May 21, 2024  
2021-22 Catalog 
    
2021-22 Catalog [ARCHIVED CATALOG]

Courses


Quarterly Credit Classes are available online, where you may filter class offerings by subject, time, day, or whether they are held on campus, online or are hybrid classes.

& = Common Course Identifier

 

Marketing

  
  • MKTG 294 - Special Topics in Marketing


    1-10 CR

    Allows specialized or in-depth study of a subject related to marketing.

    Course Outcomes
    • Special topic course. Learing objectives dependent upon topic selected each quarter.


    Find out when this course is offered


  
  • MKTG 295 - Special Topics in Marketing


    1-10 CR

    Allows specialized or in-depth study of a subject related to marketing.

    Course Outcomes
    • Special topic course. Learing objectives dependent upon topic selected each quarter.


    Find out when this course is offered


  
  • MKTG 296 - Special Topics in Marketing


    1-10 CR

    Allows specialized or in-depth study of a subject related to marketing.

    Course Outcomes
    • Special topic course. Learing objectives dependent upon topic selected each quarter.


    Find out when this course is offered


  
  • MKTG 297 - Special Topics in Marketing


    1-10 CR

    Allows specialized or in-depth study of a subject related to marketing.

    Course Outcomes
    • Special topic course. Learing objectives dependent upon topic selected each quarter.


    Find out when this course is offered


  
  • MKTG 299 - Individual Studies in Marketing


    1-10 CR

    Covers directed readings, special projects, and independent study by an individual student. May be repeated for a maximum of 15 credits.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Independent study course. Learing objectives dependent upon topic selected between student and teacher.


    Find out when this course is offered


  
  • MKTG 301 - Media Planning and Buying


    5 CR

    Media continues to be central to marketing efforts, even as there is a shift from paid impressions to owned and earned activity. Students will explore the roles of media buying and media planning, tackling hands-on projects and communicating the value of different media options to clients and internal partners.

    Prerequisite(s): MKTG 234  with a C or better.

    Course Outcomes
    • Construct a campaign media plan with strategic insights and recommendations
    • Determine the value of different media properties to fit the needs of a brand
    • Calculate the costs of various online and offline media placements
    • Justify and advocate an appropriate tracking and measurement approach for all media buys
    • Integrate media performance analysis to the larger brand measurement story


    Find out when this course is offered


  
  • MKTG 333 - Content Creation


    5 CR

    This course will introduce students to content marketing and digital content creation. Students will learn about the different types of digital content while developing strategies that include managing user-generated and original content, creating new content using software tools and resources, and sharing content across digital platforms.

    Prerequisite(s): Admission to the Digital Marketing, BAS  program or permission of instructor

    Course Outcomes
     

    • Use a variety of popular software tools to create digital images, audio/video and interactive experiences to attract, engage and build relationships with customers.
    • Organize and manage a digital content repository of original and user-generated content.
    • Create a portfolio of original, engaging, highly shareable content for a variety of popular digital platforms.
    • Evaluate content creation services and models used to create original digital content.
    • Develop a content marketing strategy that transforms business and marketing goals into meaningful content deliverables.


    Find out when this course is offered


  
  • MKTG 334 - Advertising II


    5 CR

    This advanced promotional marketing course builds on ideas explored in Advertising I, with a strong emphasis on building strategies that drive smart integrated marketing plans. Students will focus more heavily on digital storytelling, and how efforts in these new digital advertising channels resonate with consumers.

    Prerequisite(s): MKTG 234  with a C or better, or permission of instructor.

    Course Outcomes
    • Create compelling brand communications through a collaborative and creative process
    • Track and optimize advertising campaigns
    • Utilize traditional and digital media in conjunction to build effective tactics
    • Evaluate campaigns to establish a framework for best practices
    • Launch a campaign for a local business and provide insights for the client


    Find out when this course is offered


  
  • MKTG 341 - Public Relations and Social Listening


    5 CR

    This promotional marketing course builds on the shift from employing mass media to having conversations with consumers. Social listening tools are employed to document how brands manage their reputations. Students will craft brand communications, measure brand equity, consider data for insights, and engage consumers across digital channels.

    Prerequisite(s): Admission to the Digital Marketing, BAS   program or permission of instructor 

    Course Outcomes
     

    • Create marketing communications to address brand issues and opportunities
    • Generate publicity for companies, individuals and non-profit organizations
    • Optimize a comprehensive public relations plan utilizing social media to build and defend your brand’s reputation 
    • Measure brand equity and ongoing engagement with consumers
    • Evaluate strategic options and commit to a public relations approach to guide campaign work


    Find out when this course is offered


  
  • MKTG 343 - Event Marketing


    5 CR

    This course connects online consumer engagement with offline promotional activities that result in purchases. Events of all types are employed to drive immediate actions and build brand equity. Students will consider consumer motivations, design event tactics, leverage unique data sets, and contribute to relationship marketing efforts with key customers.

    Prerequisite(s): Admission to the Digital Marketing, BAS  program or permission of instructor 

    Course Outcomes
     

    • Apply consumer behavior insights to help shape marketing strategies
    • Design events that successfully engage customers and results in increased brand equity
    • Evaluate the use of events to compliment larger integrated campaign work
    • Collect data and optimize event marketing efforts based on the results
    • Synchronize multiple marketing efforts with events serving as a bridge between marketing channels


    Find out when this course is offered


  
  • MKTG 434 - Branding


    5 CR

    This marketing course builds on ideas explored in Advertising I and II, expanding the promotional aspect of communicating ideas with customers to a larger brand identity building framework. Students will consider successful branding case studies, and then craft their own brand along with appropriate marketing materials in this innovative course.

    Prerequisite(s): MKTG 234  with a C or better, or permission of instructor. 

    Course Outcomes
    • Establish a new consumer offering that will require a brand identity for marketing purposes
    • Research customer behavior to identify needs and wants, along with the competitive landscape
    • Advocate product development choices, pricing, and distribution channels
    • Promote the new brand through various marketing communications
    • Evaluate the brand equity of the new offering and optimize as needed


    Find out when this course is offered


  
  • MKTG 461 - Marketing Research II


    5 CR

    This advanced marketing course builds on the research process introduced in MKTG 261 : Marketing Research I. Students will continue working with local businesses to identify marketing challenges, formulate research problems, design an approach to data collection, handle data sets and derive insights, and make the insights actionable to stakeholders.

    Prerequisite(s): MKTG 261  with a C or better, or permission of instructor. 

    Course Outcomes
    • Formulate a research problem based on client input
    • Determine which data collection methods best serve a research project
    • Connect disparate data sources to form relevant data sets that assist with problem solution
    • Employ advanced data handling to uncover patterns of consumer behavior
    • Evaluate the role of research in the larger marketing framework


    Find out when this course is offered


  
  • MKTG 462 - Data Visualization & Advanced Analytics


    5 CR

    A continuation of materials first explored in MKTG 262 : Measurement and Analytics, students will delve deeper on how analytics is maturing from static data reports to complex predictive modeling. Hands-on practice with data visualization and manipulation tools is balanced with the strategic implementation of analytics.

    Prerequisite(s): MKTG 262  with a C or better, or permission of instructor 

    Course Outcomes
    • Critique marketing campaigns with an eye towards when to best use various analytic approaches 
    • Audit digital marketing implementations for optimal traffic, conversion, and return on investment 
    • Advocate marketing strategies based on patterns of measured consumer behavior 
    • Utilize data visualizations in measurement reports and analysis to effectively persuade stakeholders   
    • Construct basic predictive models with marketing data sets


    Find out when this course is offered


  
  • MKTG 481 - Capstone I


    2 CR

    Students begin a comprehensive integrated marketing project on behalf of a local business, applying their learning from previous courses. They will develop and complete a capstone prospectus, which will then guide work in MKTG 482 and MKTG 483.

    Recommended: MKTG 461   and MKTG 462  .
    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Consult for and collaborate with an external organization
    • Apply learning from previous courses to serve the needs of the client
    • Conduct research and distill ideas to build a case for moving forward with the plan
    • Persuade department faculty to adopt the plan for the capstone project


    Find out when this course is offered


  
  • MKTG 482 - Capstone II


    2 CR

    Students continue working on a comprehensive integrated marketing project, applying their learning from previous courses.  They will execute their capstone deliverables, outlined in the prospectus for MKTG 481.

    Recommended: MKTG 481
    Prerequisite(s): Permission of instructor

    Course Outcomes
    • Maintain an ongoing relationship with the external organization serving as a client for the project
    • Establish project deliverables to serve the larger project needs
    • Apply learning from previous courses to complete client work
    • Assess progress and optimize marketing tactics based on results


    Find out when this course is offered


  
  • MKTG 483 - Capstone III


    2 CR

    Students complete their comprehensive integrated marketing project, applying their learning from previous courses.  They will present their capstone learnings to their clients, faculty and the advisory board.

    Recommended: MKTG 482   
    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Deliver a completed project to the external organization serving as a client for the project.
    • Share learnings with a diverse audience of client(s), faculty, department advisory board, and peers.
    • Articulate possible next steps to build on project learnings.
    • Connect learnings from the capstone project to career planning and personal branding.


    Find out when this course is offered


  
  • MKTG 492 - Capstone


    5 CR

    Credit is offered for an end-of-program project or professional internship that is aligned with the digital marketing curriculum. This course requires students to define the specific opportunity before enrolling or at the very beginning of the course with the course instructor. Prerequisite: Permission of instructor. Prerequisite: MKTG 462 with a C or better, or permission of instructor.

    Course Outcomes
    • Complete projects with an external organization that both utilizes learning from previous courses and demonstrates practical application of that knowledge
    • Evaluate areas of professional strengths and weaknesses with input from internal and external audiences
    • Synthesize opportunities for growth into a post-college learning plan and career development road map
    • Educate other students through class presentations on knowledge gained from their experience, and how that will provide direction with the search for full-time employment
    • Craft portfolio pieces that market the student as a professional, exceptional candidate for employment


    Find out when this course is offered



Mathematics

The Mathematics Program offers a concentration in mathematics so our advanced students can choose to receive an “Associate in Arts and Sciences with a Concentration in Mathematics”. To qualify for this concentration, students must have at least 20 credits in mathematics and at least two of the following: MATH 208 , MATH 238  and MATH 254 .

  
  • MATH 070 - Mastering Arithmetic and Prealgebra


    5 CR

    Builds confidence and skills in arithmetic and pre-algebra. Students discuss symptoms of math anxiety and avoidance, as well as suggestions for overcoming them. Topics include operations with whole numbers, fractions, decimals and percentages, and elements of geometry and prealgebra.

    Course Outcomes
     

    • Perform basic operations with integers, fractions, decimals, and percents.
    • Set up and solve basic application problems using ratios, proportions and percents.
    • Calculate perimeter, area, volumes, and angles of basic geometric shapes.
    • Solve basic linear equations with one unknown.
    • Identify and use strategies to reduce math anxiety.


    Find out when this course is offered


  
  • MATH 075 - Improving Arithmetic and Prealgebra Skills


    5 CR

    Provides an opportunity to improve math skills through an individualized program. Topics may include arithmetic, pre-algebra, and/or beginning algebra. Format includes individual and group study. Instructor provides guidance, assistance, and testing. May be repeated for a maximum of 10 credits. Not intended as a substitute for MATH 098  or MATH 099 .

    Course Outcomes
     

    • This course is an individualized course based on the student’s current math skills.
      Students will complete a selected number of outcomes based on their individual
      goals and needs. The outcomes for each student will be chosen from those listed for Math 070, Math 080 and/or Math 085.
       


    Find out when this course is offered


  
  • MATH 078 - Math Literacy


    7 CR

    This is an overview of algebra in which students build math literacy skills by exploring topics including exponents, radicals, percentages, and various equations. The course emphasizes visualization, interpretation, and communication of mathematics in context. Students learn to persevere by building strategies based on algebraic skills, numerical relationships, and attention to precision. Successful completion of this course meets the prerequisite for MATH 107  and MATH 130 .

    Prerequisite(s): MATH 070  with a C or higher, or MATH 075  with a grade of B or higher, or placement by assessment.

    Course Outcomes
     

    • Evaluate mathematical expressions, solve formulas, and interpret the relations they represent between variables. 
    • Create linear, exponential, and quadratic models of data. 
    • Construct graphs and charts of data and algebraic models and use graphs, charts, and algebraic models to analyze real life situations and make informed decisions. 
    • Apply proportional reasoning. 
    • Explain decisions and quantitative results based on mathematical reasoning and critique the reasoning of others in context of both the problem and general real world knowledge. 


    Find out when this course is offered


  
  • MATH 080 - Elementary Algebra I


    5 CR

    First in a two-quarter sequence of basic algebra using a lecture/workshop format. Topics include lines and graphs, systems of equations, linear equations, and applications. Format includes self/group study and individual assistance. Intended for students with little or no algebra. Students must complete both MATH 080 and MATH 085  to have the equivalent of MATH 097 .

    Recommended: Basic arithmetic skills.
    Course Outcomes

     
    • Perform basic arithmetic calculations with fractions, decimals, percents.
    • Add, subtract, multiply and divide real numbers (signed numbers).
    • Solve linear equations.
    • Set-up and solve application problems using linear equations.
    • Create graphs of linear relationships and extract information from graphs.
    • Solve linear systems in two variables using graphing and algebraic methods.


    Find out when this course is offered


  
  • MATH 084 - Learning Strategies for Math Success


    3 CR

    Through small group interactions and tutoring, MATH 084 builds confidence in students who have struggled trying to learn mathematics. MATH 084 facilitates the understanding of math concepts, learning effective study skills, and overcoming math anxiety/avoidance. MATH 084 students must be simultaneously enrolled in a mathematics course numbered below 100.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Recognize how their attitude toward math affects their learning.
    • Identify defeating / negative thinking and overcome these with empowering thoughts.
    • Confidently exchange math knowledge as a productive member of math learning community in a small group setting.
    • Identify the combination of study techniques and test taking strategies that they need to be successful in math classes.


    Find out when this course is offered


  
  • MATH 085 - Elementary Algebra II


    5 CR

    Second in a two-quarter sequence of basic algebra using a lecture/workshop format. Topics include exponents, polynomials, quadratic equations, rational expressions, and radicals. Students must complete both MATH 080  (or equivalent) and MATH 085 to have the equivalent of MATH 097 .

    Prerequisite(s): MATH 080  or permission of instructor.

    Course Outcomes
    • Simplify polynomial expressions, rational expression and expressions involving the properties of exponents and radicals.
    • Solve linear, quadratic, rational and radical equations.
    • Set-up and solve application problems using quadratic and rational equations.
    • Find the equation of a line and interpret slope in context.


    Find out when this course is offered


  
  • MATH 093 - Algebra Review


    1-5 CR

    Allows students to review some portion of MATH 097 , MATH 098 , and MATH 099  algebra courses. Students meet with the instructor to develop specific objectives. The course is taught using interactive software.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • This course is an individualized course based on the student’s current needs. Students will complete a selected number of topics from Academic Systems interactive software based on their individual goals and needs. The outcomes for each student will be chosen from those listed for Math 070, Math 097, Math 098 and/or Math 099.


    Find out when this course is offered


  
  • MATH 094 - Special Topics in Developmental Math


    1-5 CR

    Covers additional topics in mathematics. Topics are announced in the class schedule.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


    Find out when this course is offered


  
  • MATH 097 - Introductory Algebra I


    5 CR

    Introduces basic algebra skills for students with little or no background. Topics include signed numbers and perimeter, area, and volume of basic geometric figures. Introduces algebraic expressions, linear equations, integer exponents, polynomial arithmetic, factoring, radicals, and graphing, as well as applications and model building.

    Recommended: Basic arithmetic skills.
    Course Outcomes
    • Perform basic arithmetic calculations with fractions, decimals, percents, and signed numbers.
    • Transform and interpret algebraic expressions using polynomial operations and properties of exponents.
    • Create graphs of linear relationships and extract information from graphs.
    • Solve linear and quadratic equations.
    • Compute familiar geometric quantities in the contexts of linear and quadratic equations and introductory modeling.


    Find out when this course is offered


  
  • MATH 098 - Essentials of Intermediate Algebra


    5 CR

    Reviews and expands MATH 097  topics for students with some algebra background. Topics include equations of lines, quadratic equations and parabolas, rational exponents, elementary exponential equations, and elementary rational expressions and equations. Students practice model building and analysis of graphical and numerical data.

    Prerequisite(s): Placement by assessment, or MATH 085  or MATH 097  with a C- or better.

    Course Outcomes
    • Transform and interpret algebraic expressions using polynomial and rational operations and properties of exponents and radicals.
    • Solve linear, quadratic, rational, and radical equations.
    • Create graphs of linear and quadratic relationships and extract information from such graphs.
    • Solve linear systems, quadratics, direct and inverse variation, proportions, and radicals in context.
    • Analyze and model relationships in the contexts of linear and quadratic equations, distance, and geometry.


    Find out when this course is offered


  
  • MATH 099 - Intermediate Algebra


    5 CR

    Expands algebra skills through an axiomatic approach. Students work with mathematical systems, solution of equations, inequalities, functions, exponents and logarithms, and coordinate systems. This course is similar to second-year high-school algebra.

    Prerequisite(s): Placement by assessment, or MATH 098  with a C or better.

    Course Outcomes
    • Construct functions and use graphs to both model and interpret data as well as solve practical problems in various applications.
    • Construct functions and use equations to model and algebraically solve practical problems in various applications.
    • Use numeric data in tabular form to explore relationships between different quantities in practical applications.
    • Use appropriate algebraic techniques to simplify expressions or solve equations.
    • Use appropriate mathematical notation to express specific ideas and relationships among quantities.
    • Use appropriate technology to visualize functions (e.g., graphing calculator).


    Find out when this course is offered


  
  • MATH& 107 - Math in Society


    5 CR

    Applies mathematics to contemporary issues. Topics include networks, scheduling, data analysis, and may also include voting methods, linear programming, game theory, growth and decay, or fair division problems. Designed for liberal arts students. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment or MATH 098  with a C or better, or MATH 078  with a C or better.

    Course Outcomes
    • Use proportions and ratios to interpret and compare quantities and use these relationships to analyze problems in context.
    • Apply relevant formulas and perform calculations pertaining to personal finance.
    • Calculate and interpret probabilities in context.
    • Obtain, display, and analyze data to make informed decisions.
    • Analyze scenarios to determine if they describe linear or exponential growth and apply these models in context.
    • Recognize, categorize and apply methods of discrete mathematics for decision making in personal, business, and societal contexts.
     


    Find out when this course is offered


  
  • MATH 130 - Introduction to Statistics


    5 CR

    Emphasis on gathering and interpreting data. Material has applications in the medical fields, as well as the Social Sciences. Note: Fulfills the quantitative or symbolic reasoning course at BC.

    Prerequisite(s): Placement by assessment or MATH 098  with a C or better, or MATH 078  with a C or better.

    Course Outcomes
    • Appropriately display data, describe data with numerical summaries, and use correct vocabulary to describe patterns and trends. Identify and describe sampling methods, types of observations studies, and experiments as well as types of bias.
    • Choose and perform the correct calculations for situations involving probabilities from discrete and continuous distributions, confidence intervals, and hypothesis tests.
    • Interpret results and clearly state conclusions
     


    Find out when this course is offered


  
  • MATH& 131 - Math for Elementary Education I


    5 CR

    Study of problem solving strategies, number theory and numeration related to topics taught at the K-8 level. Includes analysis of learning difficulties and teaching strategies for these concepts. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment, or MATH 099  with a C or better.

    Course Outcomes
    • Use problem-solving models and apply them to concepts introduced throughout the course.
    • Explain the structure of the real number system and how this structure relates to learning mathematics.
    • Use various algorithms and mental computations to solve problems dealing with whole numbers, fractions, decimals, ratios, proportions, and percentages.
    • Apply basic number theory concepts.
    • Perform operations in different bases. Perform basic function operations, including identifying the domain and range of a function from its graph.


    Find out when this course is offered


  
  • MATH& 132 - Math for Elementary Education II


    5 CR

    Study of basic probability and statistics, geometry and measurement, and the real number system related to topics taught at the K-8 level. Includes analysis of learning difficulties and teaching strategies for these concepts. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment, MATH 099  with a C or better, or MATH 131  with a C or better.

    Course Outcomes
    • Apply problem-solving counting techniques.
    • Apply concepts of statistics to gather appropriate data, organize information in charts or graphs, and interpret information from displays of data.
    • Apply probability techniques of experimentation and simulation to make hypotheses, test conjectures, and refine theories.
    • Apply standard and non-standard measurement skills to geometric concepts in two and three dimensions.
    • Use basic geometry to solve real world applications. Perform unit conversions in and between the Metric system and US customary units.


    Find out when this course is offered


  
  • MATH 138 - College Algebra for Business & Social Science


    5 CR

    Examines graphs, non- trigonometric elementary functions, systems of equations and inequalities, and probability, emphasizing uses in business and social science. Either MATH 141  or MATH 138 may be taken for credit, not both. MATH 138 is required before taking MATH 148 . Note: Fulfills quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment, or MATH 099  with a B- or better.

    Course Outcomes
    After successful completion of Math 138, the student will be able to 1) Compose, and add, subtract, multiply, and divide functions represented as graphs, tables, and formulas. 2) Analyze and apply linear, quadratic, polynomial, rational, exponential, and logarithmic functions. 3) Setup, solve, and analyze significant applied problems selected from systems of linear equations, or finance mathematics, or linear programming. 4) Apply tools and techniques of introductory probability and statistics selected from the following list: sets, Venn diagrams, tree diagrams, the multiplication principle, permutations, combinations, measures of central tendency, measures of variation, histograms, and boxplots.


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  • MATH& 141 - Precalculus I


    5 CR

    Emphasizes graphs and polynomial functions. Other topics include the theory of equations and rational, exponential, inverse, and logarithmic functions. Either MATH& 141 or MATH 138  may be taken for credit, not both. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment or MATH 099  with a B- or better.

    Course Outcomes
    .
    • Perform operations on algebraic expressions.
    • Recognize, evaluate, graph, and transform functions, inverse functions, and circles.
    • Perform operations with functions, including composition.
    • Find rational and complex zeros of polynomials using the theory of polynomial equations.
    • Solve equations, inequalities, and systems of linear equations.
    • Solve application problems.


    Find out when this course is offered


  
  • MATH& 142 - Precalculus II


    5 CR

    Prepares students for the MATH 151 /MATH 152 /MATH 153  calculus sequence. Students work intensively with functional trigonometry, polar coordinates, translation and rotation of axes, plane analytic geometry, lines and planes in space, and non-linear systems. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment, or MATH 141  with a C- or better.

    Course Outcomes
    • Evaluate, analyze and graph trigonometric and inverse trigonometric functions.
    • Solve trigonometric equations and non-linear systems of equations.
    • Verify trigonometric identities and simplify trigonometric expressions.
    • Analyze and graph conic sections and parametric equations.
    • Evaluate, analyze and graph functions expressed in polar coordinates.
    • Perform operations on vectors, including the dot product.
    • Solve application problems.
     


    Find out when this course is offered


  
  • MATH& 148 - Business Calculus


    5 CR

    Surveys differential and integral calculus, emphasizing uses in business and social science. Intended for students who wish only a brief course in calculus. Either MATH 151  or MATH& 148 may be taken for credit, not both. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): MATH 138  or MATH 141  with a C- or better, or placement by assessment.

    Course Outcomes
    • Use the product, quotient and chain rules to differentiate simple algebraic, exponential and logarithmic functions.
    • Construct equations for tangent lines and find average and instantaneous rates of change from symbolic, graphical and numerical information.
    • Apply the concepts, techniques and vocabulary of limits, continuity and first and second derivatives to solve problems in contexts such as marginal analysis, product elasticity, related rates, exponential growth/decay and optimization.
    • Use simple substitutions, integration by parts and tables to determine antiderivatives of simple algebraic and exponential functions.
    • Determine the values (exact or approximate, as appropriate) of definite integrals using the Fundamental Theorem of Calculus and areas.
    • Apply the ideas of definite and indefinite integrals to solve problems in contexts such as total change/accumulation, consumer and producer surplus, exponential growth and decay, etc.
    • Determine appropriate units for definite integrals and derivatives.
    • Calculate partial derivatives of simple functions of two variables, and apply them to solve optimization problems, compute marginal productivity, and interpret three-dimensional graphics.


    Find out when this course is offered


  
  • MATH 150 - Algebra and Trigonometry in Calculus Context


    2 CR

    Provides additional instruction support for students taking MATH 151 , focusing on precalculus skills in the context of calculus. Students will review algebra and trigonometry methods as they apply to calculus
    problems. This course is designed for students that are repeating MATH 151  or who earned a C+ or below in MATH 141  or MATH 142 .                       

    Prerequisite(s): Must be co-enrolled in MATH 151 .         

    Course Outcomes
    1. Set up appropriate functions and expressions for use in applied calculus problems. 
    2. Confidently apply algebra and trigonometry skills to components of calculus problems. 
    3. Articulate the logic behind calculus procedures and interpret results in the context of calculus. 
    4. Identify the combination of study techniques and test-taking strategies that they need to be successful in the calculus sequence  


    Find out when this course is offered


  
  • MATH& 151 - Calculus I


    5 CR

    Introduces the concepts of limits, derivatives, and integrals. Topics include techniques and applications of derivatives of algebraic and transcendental functions. Students begin working with antiderivatives. Either MATH& 151 or MATH 148  may be taken for credit, not both. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment or MATH 142  with a C- or better, or Advanced Placement score of 2 or higher on AB or BC exam.

    Course Outcomes
    • Calculate limits of functions using graphs, numerical data, and analytically.
    • Define the derivative of a function and explain what that means in graphical and applied contexts.
    • Use the general differentiation rules to calculate derivatives of polynomial, rational and common transcendental functions and combinations of those functions.
    • Apply the ideas and techniques of derivatives to solve problems of maximum/minimum and rates of change.
    • Use derivatives to describe the shapes of graphs of functions.


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  • MATH& 152 - Calculus II


    5 CR

    Continues the study of integration, emphasizing applications and special techniques. Students work with algebraic and transcendental functions. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment or MATH& 151 with a C or better.

    Course Outcomes

    • Explain what a definite integral represents both geometrically and formally.
    • Model and use the ideas of integration to solve applied problems.
    • Apply the Fundamental Theorem of Calculus to evaluate definite integrals.
    • Select and apply integration techniques to calculate antiderivatives of functions.
    • Model position/velocity/acceleration and exponential growth/decay problems with differential equations and to solve those differential equations.
    • Implement numerical methods to approximate the values of definite integrals.


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  • MATH& 153 - Calculus III


    5 CR

    Emphasizes the study of infinite sequences and series including power series. Topics include plane analytic geometry, graphing in polar coordinates, and an introduction to vectors. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Prerequisite(s): Placement by assessment or MATH 152  with a C or better.

    Course Outcomes
    • Calculate and apply derivatives and integrals in the contexts of polar coordinates and parametric equations coordinates.
    • Explain the meaning of the convergence and divergence of sequences and series.
    • Determine the convergence or divergence of numerical series by applying a variety of convergence tests.
    • Determine power series for common functions.
    • Apply vector operations in two and three dimensions.


    Find out when this course is offered


  
  • MATH 194 - Special Topics in MATH


    1-5 CR

    Covers supplementary, contemporary, or focused topics related to mathematics. Topics are announced in the class schedule.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


    Find out when this course is offered


  
  • MATH 195 - Special Topics in MATH


    1-5 CR

    Covers supplementary, contemporary, or focused topics related to mathematics. Topics are announced in the class schedule.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


    Find out when this course is offered


  
  • MATH 196 - Special Topics in MATH


    1-5 CR

    Covers supplementary, contemporary, or focused topics related to mathematics. Topics are announced in the class schedule.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


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  • MATH 197 - Special Topics in MATH


    1-5 CR

    Covers supplementary, contemporary, or focused topics related to mathematics. Topics are announced in the class schedule.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


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  • MATH 199 - Individual Studies in Mathematics


    1-5 CR

    Allows directed readings or independent problem solving projects as arranged with an instructor. Primarily intended for students who have completed MATH 126, MATH 153  or MATH 208  and/or MATH 238 . May be repeated for a maximum of 15 credits.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Individual study course. Outcomes dependent upon selected topic between student and teacher.


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  • MATH 208 - Introduction to Linear Algebra


    5 CR

    Introduces the vocabulary, algebra, and geometry of vector spaces in “R” and function spaces. Students use matrix methods and vectors to explore systems of linear equations and transformations. Also presents elementary theory of eigenvalues. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Recommended: MATH 153  or MATH 254 
    Prerequisite(s): Placement by assessment or MATH 152  with a C or better.

    Course Outcomes
    • Use matrix methods to set up, solve, and analyze linear systems for applied and general situations.
    • Describe and solve problems using the ideas, properties, and vocabulary of vector spaces (e.g linear combinations, span, subspaces, linear independence, basis and a change of basis, dimension, orthogonality).
    • Identify linear transformations using properties of linearity, convert linear transformations to matrix form, compute and analyze eigenvalues, and describe the related transformation spaces (including null space and range).


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  • MATH 238 - Differential Equations


    5 CR

    Uses tools from algebra and calculus in solving first- and second-order linear differential equations. Students focus on applying differential equations in modeling physical situations, and using power series methods and numerical techniques when explicit solutions are unavailable. May include work with Laplace Transforms and systems of differential equations. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Recommended: MATH 153   and MATH 208  
    Prerequisite(s): Placement by assessment or MATH 152  with a C or better.

    Course Outcomes
    • Solve linear and non-linear first order ordinary differential equations.
    • Solve second order linear ordinary differential equations.
    • Apply ordinary differential equations to model physical situations and interpret solutions.
    • Apply numerical and graphical techniques to analyze solutions to ordinary differential equations.


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  • MATH 240 - Scientific Computation


    5 CR

    Introduction to numerical methods used to solve problems in the sciences and engineering. Students will use software to solve problems and communicate the results of calculations. Awareness of appropriate software tools to help analyze a physical problem and the limitations and strengths of these tools will be emphasized.

    Recommended: MATH 238 .
    Prerequisite(s): MATH 208 .

    Course Outcomes
    • Write and document effective Matlab or Scilab scripts involving logical and iterative flow control and file input and output.
    • Use Matlab or Scilab to write efficient commands to manipulate data and implement numerical solution algorithms.
    • Produce effective plots of numerical data using Matlab or Scilab.
    • Explain the consequences of finite precision and the inherent limits of the numerical methods considered.
    • Select appropriate numerical methods to apply to various types of problems in engineering and science.
    • Demonstrate they understand the mathematics concepts underlying the numerical methods considered.
    • Demonstrate understanding and implementation of numerical solution algorithms applied to the following classes of problems:
      • Finding roots of equations.
      • Solving systems of algebraic equations.
      • Curve fitting.
      • Interpolation.
      • Numerical differentiation of data and functions.
      • Numerical integration of data and functions.
      • Solutions of ordinary differential equations including Initial value problems, Boundary value problems and Systems of equations.
      • Other numerical methods or classes of problems as chosen by the instructor.


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  • MATH& 254 - Calculus IV


    5 CR

    Extends the concepts of calculus to vector-valued functions and functions of several variables. Partial derivatives are included. Note: Fulfills the quantitative or symbolic reasoning course requirement at BC.

    Recommended: MATH 153 
    Prerequisite(s): Prerequisite: Placement by assessment or MATH 152  with a C or better.

    Course Outcomes
    • Visualize, plot and interpret points, lines, vectors, curves, and surfaces in 3D. 
    • Translate among rectangular, cylindrical and spherical coordinate systems and state some advantages and disadvantages of each system.
    • Perform basic vector operations and apply these operations.
    • Interpret the fundamental ideas of rates of change and accumulation for curves in higher dimensions: tangent vectors, arc length, curvature.
    • Interpret the fundamental ideas of rates of change and accumulation for surfaces in higher dimensions: directional derivatives, tangent planes, max/min applications, volumes, and surface areas


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  • MATH 255 - Vector Calculus


    5 CR

    Course topics include multiple integration, line and surface integrals and the theorems of Green, Gauss and Stokes with applications. Related topics such as conservative vector fields, change of variables in special coordinate systems, the higher-dimensional Taylor’s Theorem and constrained optimization will be considered.

    Prerequisite(s): MATH 254  with a C or better.

    Course Outcomes
    • Demonstrate they understand the basic integration and differentiation theory for functions of several variables.
    • Perform calculations relating to double and triple integrals in cartesian, polar, cylindrical and spherical coordinates.
    • Demonstrate the ability to visualize vector fields in various dimensions.
    • Explain the basic theory of line and surface integrals and the theorems of Green, Stokes and Gauss.
    • Perform basic calculations relating to line and surface integrals and apply the theorems of Green, Stokes and Gauss.
    • Demonstrate understanding of basic applications of these additional topics.
       


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  • MATH 270 - Probability and Statistical Models


    5 CR

    The fundamentals of probability-based statistics with a focus on data-based problem solving. Introduces probability axioms and principles of randomness to model and evaluate samples from discrete, continuous, univariate, and multivariate distributions. Varying statistical techniques (with use of software such as MATLAB or R) will be included.

    Recommended: MATH 153 .
    Prerequisite(s): MATH 152  with a B- or better or placement by assessment.

    Course Outcomes
    - Model real-world problems by an appropriate probability distribution. 
    - Calculate probabilities using appropriate distributions, theorems, diagrams, or software tools. 
    - Formulate, fit, and apply appropriate statistical models. Assess and improve the fit of these models. 
    - Choose appropriate calculations for a confidence interval/hypothesis test: do so based on theory and simulation (including bootstrapping). 
    - Use technological tools such as MATLAB or R to manage and analyze data sets in various sizes and formats. 
    - Interpret statistical results and clearly state the conclusion in reports and presentations with close attention to details.


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  • MATH 299 - Individual Studies in Mathematics


    1-5 CR

    Allows directed readings or independent problem solving projects as arranged with an instructor. Primarily intended for students who have completed MATH 126, MATH 153  or MATH 208  and/or MATH 238 . May be repeated for a maximum of 15 credits.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    • Individual study course. Outcomes dependent upon selected topic between student and teacher.


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  • MATH 301 - Discrete Mathematics


    5 CR

    This class introduces basic discrete structures in mathematics, computer science and engineering fields. Topics include elementary logic, set theory, mathematical proof, relations, combinatorics, induction, recursion, sequence and recurrence, trees, graph theory.

    Prerequisite(s): MATH 208  with a C or better and admission to BS Computer Science program, or entry code.

    Course Outcomes
     

    • Evaluate, interpret, and reduce statements presented in Boolean logic and natural language.  Apply truth tables and the rules of propositional and predicate calculus. 
    • Formulate and solve discrete mathematics problems involving permutations and combinations of a set, recursion, and other fundamental enumeration principles (including recursion). 
    • Construct proofs throughout the course using direct proof, proof by contraposition, proof by contradiction, proof by cases, and mathematical induction. 
    • Apply (and analyze) algorithms and use definitions to solve problems and prove statements in elementary number theory and graph theory.


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  • MATH 341 - Applied Statistical Methods I


    5 CR

    This class covers probability theory and applications including trees and Venn diagrams, conditional probability, contingency tables, independence and Bayes theorem. It will cover random variables and sampling distributions (binomial, Poisson, normal, exponential, geometric and hypergeometric ) and their use in confidence intervals and hypothesis testing such as t-tests, z-tests, one and two sample mean and proportions, chi-squared; ANOVA. The focus will be on real world examples from a variety of sources and using statistical software such as Excel, Minitab, SAS or R. Students should expect to produce reports and presentations.

    Prerequisite(s): BA 240  with a C or better and admission into Data Management and Analysis BAS, Data Analytics Concentration  program, or permission of the instructor.

    Course Outcomes
    Formulate a real world problem into the appropriate statistical model Calculate probabilities using the appropriate rule, table or diagram Classify the sampling distributions and calculate probabilities Choose appropriate calculations for a confidence interval or a hypothesis test Perform calculations with and without technological tools Perform appropriate ANOVA model Interpret results and clearly state conclusions in reports and presentations with close attention to detail


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  • MATH 342 - Applied Statistical Methods II


    5 CR

    This class will focus on various types of general linear models including simple and multiple regression, and log-linear models, as well as stepwise regression, logistic regression, and analysis of variance/covariance. The focus will be on real world examples from a variety of sources and using statistical software such as Excel, Minitab, SAS or R. Students should expect to produce reports and presentations.

    Prerequisite(s): MATH 341  with a C or better, or permission of the instructor.

    Course Outcomes
    Identify various general linear models and discuss their characteristics, advantages and limitations Evaluate the relevant aspects of a real world data set and choose an appropriate type of regression model for data sets of various sizes and formats Formulate, fit, and apply the models using statistical software such as SAS or R Perform model assessment and improvement Interpret results and clearly state conclusions in reports and presentations with close attention to detail and demonstrating knowledge of data extraction and evaluation methods from previous classes


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Meteorology

  
  • METR 101 - Introduction to the Weather


    5 CR

    Introduces the study of the weather, including atmospheric properties and processes that control temperature, wind, precipitation, and storm systems. Students also discuss weather forecasting, air pollution, and climate change. Format may include field trips and guest lectures.

    Course Outcomes
    • Diagram the vertical structure of the Earth’s atmosphere and explain the concepts of density, pressure, and temperature, and how each varies vertically in the atmosphere.
    • List the major constituent gases of the atmosphere, and describe the special roles played by water in the Earth’s atmosphere.
    • Visually identify and classify clouds into the four main cloud families and ten main types.
    • Summarize the concepts of energy and heat transfer in the atmosphere, and identify the primary components of the Earth-atmosphere heat balance.
    • Apply the concepts of forces and force balances in diagramming and describing the nature of atmospheric motions.
    • Show how fronts are formed at the boundaries between air masses, and explain how such boundaries contribute to the formation of various types of storms that occur on Earth, including mid-latitude cyclones, tropical cyclones, thunderstorms, and tornadoes.
    • Evaluate the effectiveness of various weather forecasting techniques, and explain the main limitations inherent in weather predictions.
    • Describe the most important anthropogenic effects on the Earth’s atmosphere, including air pollution and global warming.


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  • METR 111 - Global Warming: Causes and Consequences


    5 CR

    Provides an overview of the earth’s climate system, and discusses how dynamic changes in the climate have occurred in the past and are occurring now. Specific topics include global warming, ozone depletion, El Nino/La Nina, and the impacts of climate change on human society and the biosphere.

    Course Outcomes
     

    • Diagram and explain the main elements of the earth’s planetary energy balance, including feedback mechanisms involving the atmosphere, ocean, and land masses.
    • Diagram and explain the planetary carbon cycle.
    • Summarize the key elements of ocean-atmosphere interaction, including surface ocean circulation and deep ocean thermohaline (“conveyor belt”) circulation.
    • Define and describe the science of paleoclimatology, and list the research tools commonly used by paleoclimatologists.
    • Explain the theories of naturally-forced long-term climate change that involve geochemical and earth-orbital variations.
    • Identify and describe the major anthropogenic changes in the earth’s climate since the start of the Industrial Revolution, including global warming, ozone depletion, and particulate pollution.
    • List and explain the major sources of uncertainty in predictions of global warming.
    • Enumerate potential impacts to human society and to the biosphere resulting from anticipated climate change over the next century.


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  • METR 199 - Individual Studies in Meteorology


    1-5 CR

    Allows for special projects, student research and independent study in Meteorology by an individual student. May be repeated for a maximum of 15 credits.

    Prerequisite(s): Permission of instructor.

    Course Outcomes
    Individual studies course. Outcomes will vary.


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Molecular Biosciences

  
  • MBS 320 - Molecular Biosciences Seminar


    2 CR

    This course provides strategies for reading and analyzing articles in molecular biosciences. Students engage in discussion while they learn to evaluate data, analyze figures and focus on the major questions addressed in a scientific paper. Students can take this class a second time for elective credit.

    Prerequisite(s): BIOL 211  or BIOL 275  with a C or higher.

    Course Outcomes
    • Identify the most important questions addressed in a scientific article.
    • Summarize a research article using language accessible to a lay audience.
    • Compare and contrast methodologies used in different papers.
    • Critically analyze the graphs and figures in an article.
    • Evaluate a scientific paper.
    • Propose alternative explanations for the results of an article.


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  • MBS 330 - Modern Genetics


    5 CR

    This course examines the principles of inheritance, the molecular nature of the gene and regulation of gene expression in various systems, and the basis for mutation, variation and evolution. The course begins with an introduction to Mendel’s experiments and culminates in a survey of modern methods in genetics research.

    Prerequisite(s): Admission to the MBS BAS program and BIOL 160  or BIOL 211  with C or higher, or permission of the program chair.

    Course Outcomes
    • Discuss the principles of classical Mendelian genetics and describe extensions to Mendelian inheritance including gene interactions, epistasis, multiple allelism, and sex-linked transmission.
    • Describe the role of recombination in generating genetic diversity and explain how recombination frequency is used in mapping chromosomes.
    • Explain the molecular basis of mutation, and discuss the various types of mutations and their consequences on gene function and health.
    • Discuss the methods and techniques used in modern genetic research including mutagenesis and genetic screens, genome sequencing, and genetic engineering and evaluate the ethical and moral implications of their application.
    • Describe the genetic regulation of various developmental processes.
    • Explain the statistical methods used to analyze quantitative traits and explain experimental approaches used to determine heritability of a trait.
    • Discuss the application of genetic analysis on the population level.


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  • MBS 340 - Molecular Cell Biology


    5 CR

    Exploration of cellular structure, organization, dynamics and signaling of diverse cell types at the molecular level. The course emphasizes the experiments and techniques used throughout the research process. Topics include biological membranes, protein targeting, the endomembrane system, cell signaling, the cytoskeleton and control of the cell cycle.

    Prerequisite(s): Admission to the MBS BAS program and MBS 330  or equivalent with C or higher or permission of the program chair.

    Course Outcomes
    • Describe the chemical and electrical properties of membranes.
    • Illustrate the processes of membrane budding, fission, fusion, endocytosis and exocytosis.
    • Compare and contrast different types of receptors, ligands and signal transduction mechanisms.
    • Explain the experimental methods used in imaging the cell structure.
    • Describe the dynamic structure and function of microtubule motors, the microtubule and actin cytoskeletons.
    • Analyze the mechanics of mitotic chromosome segregation.
    • Explain the principles of cell cycle control including cyclin and CDK signaling, cell cycle checkpoints and DNA damage signaling.


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  • MBS 350 - Bioinformatics


    5 CR

    Topics include protein and DNA sequence alignments, evolutionary analysis and phylogenetic trees, obtaining protein secondary structure from sequence, and analysis of gene expression including clustering methods.

    Prerequisite(s):
    Admission to the Molecular Biosciences, BAS  and MBS 340  or equivalent with a C or higher, or permission of the program chair.

    Course Outcomes
    • Access sequence data on appropriate databases for DNA, RNA and proteins.
    • Explain and perform pairwise and multiple alignment methods.
    • Understand and use BLAST (Basic Local Alignment Search Tool) proficiently, together with some more advanced related programs.
    • Apply different computational strategies used to predict the 3D structure of new proteins.
    • Explain the experimental techniques used in expressional and functional proteomics and the role of bioinformatics in analyzing the data.
    • Perform motif and domain searches in protein databases.
    • Explain microarray technology and microarray data analysis.


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  • MBS 399 - Individual Studies in Molecular Biosciences


    1-3 CR

    Allows for advanced special projects, student research and independent study in Molecular Biosciences by an individual student. 

    Prerequisite(s): Permission of Instructor.

    Course Outcomes
    Individual study course. Outcomes dependent upon a topic agreed upon by both student and teacher.


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  • MBS 410 - Modern Topics in Bioethics


    5 CR

    This class introduces ethical problems relating to molecular biosciences research and the biomedical industry. The emphasis is to train students on awareness of ethical issues specifically applicable to laboratory research and biomedical industry.

    Prerequisite(s): MBS 330  or equivalent, with a C or higher.

    Course Outcomes
    After completing this course, students should be able to: • Define morals, values, and ethics • Practice evidence-based decision making • Discuss how society and scientific research are interconnected • Explain the importance of Institutional Animal Care and Use Committees (IACUCs) • List and describe the elements of informed consent • Compare and contrast plagiarism, fabrication, and falsification • Discuss the professional responsibilities of researchers


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  • MBS 430 - Systems Immunology


    5 CR

    This course is an introduction to molecular immunology. Topics include an overview of the immune system, antibody and T-cell receptor structure and function, genes of the immunoglobulin family, cells and molecules that mediate the immune response, and medical applications of modern immunology.

    Prerequisite(s): MBS 340  and CHEM 406  and with a C or higher.

    Course Outcomes
    • Identify the components of the immune system.
    • Illustrate in detail the structures of antibodies and T-cell receptors and the interaction between antigens and antibodies.
    • Examine the role of major histocompatibility complex (MHC) molecules in immune responses.
    • Explain T and B-cell activation by antigens and the generation of antibody and T-cell receptor diversity.
    • Classify cell types, molecules and pathways by their innate and antibody-mediated effector functions.
    • Explain the molecular and cellular interactions in inflammation.
    • Discuss the innate and adaptive defense mechanisms against different microbes.
    • Discuss the role of the immune response in health and disease.
    • Examine current immunotherapeutic approaches.


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  • MBS 455 - Advanced Methods in Molecular Biology


    6 CR

    Topics for this advanced lab class include molecular biology, protein biochemistry and immunochemistry techniques.

    Prerequisite(s): MBS 340  or equivalent with a C or higher, or permission of the instructor and admission into the Molecular Biosciences, BAS  program.

    Course Outcomes
    • Competently use a variety of modern techniques in molecular biology
    • Select appropriate instrumentation or techniques based on the sensitivity and precision required
    • Design and carry out new molecular biology experiments
    • Record and analyze the results of such experiments
    • Communicate the results of their work to scientists and non-scientists
    • Evaluate experimental results in molecular biology obtained from the scientific literature


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  • MBS 470 - Introduction to Patent Law


    2 CR

    Topics include the four basic forms of intellectual property, patents and patentability, patent challenges and litigation, drafting and prosecuting a patent.

    Prerequisite(s): MBS 340  or equivalent with a C or higher, or permission of the instructor.

    Course Outcomes
    • Appraise whether an invention is patentable
    • Perform a prior art search to find all existing similar developments and inventions
    • Work with patent professionals to draft and prosecute a patent application
    • Analyze the role of technology transfer and licensing professionals in monetizing an invention


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  • MBS 480 - Senior Capstone Proposal


    1 CR

    First course in a sequence of three senior-level capstone classes. Students will select a research topic, formulate a relevant research question, choose a research mentor, and design a detailed plan to answer their research question.

    Prerequisite(s): Permission of the Program Chair of Molecular Biosciences, BAS .

    Course Outcomes
    • Integrate knowledge and skills acquired in different courses
    • Conduct a literature search to support a research proposal
    • With demonstrated mastery of a specific topic, generate a relevant research question
    • Research the availability and cost of all the materials needed to complete a proposal
    • Prepare a written research proposal with clearly identified steps and its corresponding timeline


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  • MBS 481 - Senior Capstone Project I


    4 CR

    Second course in a sequence of three senior level capstone classes. Each student works on her/his research proposal developed during MBS 480, collecting and analyzing data, documenting results and completing approximately half of the project.

    Prerequisite(s): MBS 480  with a C or higher, or permission of the Program Chair of Molecular Biosciences.

    Course Outcomes
    • Apply the scientific method to obtain the answer to a relevant research question
    • Demonstrate thorough understanding of the main topic of the research project
    • Comply with ethical principles throughout the execution, documentation and analysis of the experiments
    • Develop oral communication skills by way of the interactions with the mentor and others that might be involved in the project
    • Document the cost of the materials used in the research and stay within the planned budget


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  • MBS 482 - Senior Capstone Project II


    5 CR

    Last course in the capstone project sequence where students complete their research. The project culminates with the preparation of a scientific poster and a seminar to be presented to the students and faculty in the Molecular Biosciences program.

    Prerequisite(s): MBS 481  with a C or higher, or permission of the Program Chair of Molecular Biosciences.

    Course Outcomes
    • Apply the scientific method to obtain the answer to a relevant research question
    • Demonstrate thorough understanding of the main topic of the research project
    • Comply with ethical principles throughout the execution, documentation and analysis of the experiments
    • Document the cost of the materials used in the project and stay within the planned budget
    • Demonstrate written and oral communication skills by preparing a scientific poster and presenting the results of the project in a formal seminar


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Music

An asterisk (*) indicates a performance class. Use of performance classes in the distribution area of the Arts & Science transfer degree is limited to 5 credits.

  
  • MUSC 100* - Concert Choir I


    1-3 CR

    Ensemble provides vocal performance opportunities of traditional choral literature, great masterworks and musical theater scenes. Covers vocal production, reading music, and musical expression. Includes daily and scheduled rehearsals, and performances outside of class. May be repeated for a maximum of 9 credits.

    Prerequisite(s): Permission of instructor, upon audition for ensemble.

    Course Outcomes
    • Improve individual singing.
    • Improve aural skills.
    • Participate thoughtfully and actively in the choral rehearsal.
    • Study, rehearse and perform in public a variety of choral repertoire.
    • Perform and explain musical styles of different historical and cultural origins.
    • Actively advocate for music in society.
     


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  • MUSC 101* - Community Symphonies


    1 CR

    Students earn credit for playing in approved community orchestras or ensembles. Provides an opportunity to perform a wide variety of literature. Rehearsals are usually one evening per week. Participation may require audition. May be repeated for a maximum of ~ 6 credits.

    Prerequisite(s): Permission of program chair for approved ensembles.

    Course Outcomes
    • Perform a variety of musical techniques including legato, staccato, spiccato, and slurring.
    • Perform in a chamber orchestra concert with rhythmic accuracy, good intonation, and dynamic variety.
    • Perform scales in several different keys.
    • Compare and contrast different aspects of musical styles.


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  • MUSC 102* - Community Band


    1 CR

    Students earn credit for playing in approved community bands or wind ensembles. Provides an opportunity to perform a wide variety of literature. Rehearsals are usually one evening per week. Participation may require audition. May be repeated for a maximum of ~ 6 credits.

    Prerequisite(s): Permission of program chair for approved ensembles.

    Course Outcomes

    • Correctly perform pitch notation on her/his instrument as prescribed by the respective instrumental part.

    • Correctly perform rhythmic notation on her/his instrument as prescribed by the respective instrumental part.

    • Correctly perform metric notation on her/his instrument as prescribed by the respective instrumental part.

    • Tune the instrument based on the readings of an electronic tuner.
    • Participate in public performances.


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  • MUSC 103* - Chamber Choir


    3 CR

    A performance class open to advanced vocalists by audition. Chamber choir includes five hours of rehearsal per week plus scheduled outside rehearsals and performances. Course is designed to expose students to the most advanced musical idioms on a regular basis, including madrigals, Baroque, classical and romantic period literature. Course may be repeated for a maximum of 9 credits.

    Prerequisite(s): Permission of instructor (audition) 

    Course Outcomes
    • Improve individual singing.
    • Improve aural skills.
    • Participate thoughtfully and actively in the choral rehearsal.
    • Study, rehearse and perform in public a variety of choral repertoire.
    • Perform and explain diverse musical styles of different historical and cultural origins.
    • Actively advocate for music in society.


     


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  • MUSC& 105 - Music Appreciation


    5 CR

    Develops listening skills and an understanding of how elements of music are used by composers, while exploring the history of music in western civilization. Class activities include lectures, written materials and a variety of listening experiences including attendance at live musical events.

    Course Outcomes
    • Describe and distinguish between the basic elements of music.
    • Describe and distinguish between the prevailing styles of composition of the medieval through the modern eras, as well as the styles of the major composers within those eras.
    • Use a vocabulary of musical terms to accurately describe music.
    • Apply the above elements in critical analyses of musical performances.


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  • MUSC 106* - Jazz Band


    3 CR

    Offers performance opportunities for instrumentalists within the Stage Band instrumentation. The Jazz Band focuses on jazz improvisation, performance, and interpretation of Big Band jazz literature. Students audition for available chairs. May be repeated for a maximum of 9 credits.

    Prerequisite(s): Prior enrollment in MUSC 106 or permission of instructor.

    Course Outcomes
    • Correctly perform pitch notation on her/his instrument as prescribed by the respective instrumental part.
    • Correctly perform rhythmic notation on her/his instrument as prescribed by the respective instrumental part.
    • Correctly perform metric notation on her/his instrument as prescribed by the respective instrumental part.
    • Tune her/his instrument based on the readings of an electronic tuner.
    • Participate in public performances.



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  • MUSC 107 - Fundamentals of Music


    5 CR

    Introduces the structure of music and its notation. Students learn to read and write basic pitch and rhythm notation and to construct scales, chords, and melodies. Intended for nonmajors with little or no musical experience.

    Course Outcomes
    • Express basic musical thoughts using musical notation on staff paper.
    • Write scales on treble and bass clefs.
    • Write key signatures on treble and bass clefs.
    • Read musical notation and translate into singing or rhythmic tapping.
    • Write triads and seventh chords on treble and bass clefs.
    • Write Roman numeral analyses of basic musical excerpts.
    • Compose basic Music Notation using computing software such as Finale/Sibelius.




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  • MUSC 109* - Vocal Jazz & Recording Ensemble


    3 CR

    Develops the vocal techniques, performance, and recording skills necessary to the contemporary recording studio singer. Ensemble members are selected by audition from the college choir. May be repeated for a maximum of 9 credits.

    Prerequisite(s): Permission of instructor (audition) by entry code. 

    Course Outcomes
     

    • Understand how assumptions, value organizations, and conditions of societies influence artistic creation. A successful student:
      • Expresses personal understanding of the importance of the arts in society.
      • Interprets a selected society or culture (its assumptions, values, relationships, etc.) and its influences upon art work created within the society or culture.
      • Analyzes how an artistic work(s) reflects or reacts to needs, beliefs, and trends in a society or culture.
      • Draws and communicates general conclusions about the ways in which artists and the art reflect or react to society and culture.


    Interpret works of art from various historical periods, cultures, and peoples, analyzing the context in which they were created, the characteristics of the works, and the range of possible interpretations. A successful student: Identifies the historical, cultural, social, biographical, intellectual or artistic context in which a work(s) of art was created. Distinguishes and interprets significant contexts on an artist(s) and artistic work(s). Recognizes and discusses varied perceptions of and responses to an artistic work(s)caused by the social, cultural, historical, or personal perspectives of its audiences. Recognizes artistic forms, styles, and/or qualities which are characteristic of work created within various cultures and/or historical periods Interprets works of art from various historical periods, cultures, peoples, and artists in relation to the context in which they were created Recognizes and interprets examples of influential artistic movements, schools, or styles within a selected art discipline
    Understand the significance and potential contribution of the arts to the quality of one’s life. A successful student: Reflects discovery of personal meaning in the creation or interpretation Makes clear and specific references to aspects of artistic work which are personally meaningful Makes clear and specific references to personal experiences, discoveries, or views in relation to artistic work Discusses and analyzes personal reactions to artistic work in relation to personal experiences and views  Articulates discoveries about self, life, and/or the world which have been shaped by artistic work or by experiences with the arts Represents, communicates, or alludes to connections between selected artistic work and her/his own work represents the ways in which the arts contribute to and enrich his/her life.
    Exhibit skill and understanding of music, defining and responding to artistic problems with insight, technical ability, and quality. Quality of sound Uses excellent tone most of the time, correcting individual problems presented by demanding musical passages Uses consistent and well-controlled tone color, focus and timbre Achieves tonal clarity most of the time Uses consistent melodic and harmonic intonation Establishes and maintains blend and balance
    Technique Maintains rhythmic accuracy and precision Controls pulse and tempo Correctly interprets rhythm Uses well-developed articulation technique Concentrates and responds to director accurately and appropriately
    Musicality Uses consistent style and tempo, accurately interpreting the composer’s intent. Uses uniform and consistent phrasing throughout the passage Shapes and contours phrases and passages with naturally expressive communication Creates a free-flowing performance through the use of accents, stress, rubato and flexibility in phrasing
    Performance Plans, rehearses, and prepares for a public musical performance (solo or ensemble) Works responsibly and effectively with others in preparing for a musical performance Performs with skill, control, and expressiveness for a public audience Reflects upon and evaluate public musical performances (one’s own and others’) plans and implements actions that will help students keep the singing activity in their lives on a consistent basis
    Analyze and evaluate works of art and performances from functional, structural/formal, historical, and cultural perspectives, using defensible criteria and communicating effectively. A successful student: Describes and explains personal responses to a work(s) of art, extending beyond initial observations and general opinions Investigates and considers the responses of other audiences, and compares them to personal responsesexamines creative choices made within a work(s), and relates them to audience responses Discusses specific aspects, examples, and details from a work(s) in analyzing its effects on an audience(s) Correctly uses concepts and terminology particular to a chosen critical approach and art discipline Uses criteria and sound-critical analyses to evaluate their own work and the work of other artists/performers (both works in progress and final work


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  • MUSC 110 - First-Year Theory I


    5 CR

    First of a six-course sequence in Music Theory for music majors and students who wish to compose. Students learn notation, rhythm, scales, keys, intervals, chords, voicing, chord progression, harmony, and composition. Sight singing and ear training are also included.

    Prerequisite(s): Basic knowledge of music notation and either vocal or instrumental performance capability.

    Course Outcomes
    • Express basic musical thoughts using musical notation on staff paper.
    • Write scales on treble and bass clefs.
    • Write key signatures on treble and bass clefs.
    • Read musical notation and translate into singing or rhythmic tapping.
    • Write triads and seventh chords on treble and bass clefs.
    • Write Roman numeral analyses of basic musical excerpts.
    • Compose basic Music Notation using computing software such as Finale/Sibelius
     


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  • MUSC 111 - First-Year Theory II


    5 CR

    Second of a six-course sequence in Music Theory for music majors and students who wish to compose. Students learn notation, rhythm, scales, keys, intervals, chords, voicing, chord progression, harmony, and composition. Sight singing and ear training are also included.

    Prerequisite(s): MUSC 110  or permission of instructor.

    Course Outcomes
    • Create harmonic progressions in 4 parts using musical notation.
    • Harmonize a Soprano line using 16th - 18th century voice leading guidelines.
    • Analyze musical works from various stylistic periods using Roman numerals.
    • Compose musical excerpts representing typical harmonic progressions.
    • Sing major scales using solfege syllables (do, re, mi, fa, sol, la, ti).
    • Translate notation from a musical score into actual sound: intervals, phrases, complete melodies by means of singing.
    • Translate rhythmic notation from musical score into actual sound by means of singing, clapping, and tapping.
     


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  • MUSC 112 - First-Year Theory III


    5 CR

    Third of a six-course sequence in Music Theory for music majors and students who wish to compose. Students learn notation, rhythm, scales, keys, intervals, chords, voicing, chord progression, harmony, and composition. Sight singing and ear training are also included.

    Prerequisite(s): MUSC 111  or permission of instructor.

    Course Outcomes
    • Create harmonic progressions that incorporate chords from outside the key (chromaticism).
    • Analyze musical works from various stylistic periods using formal structure guidelines and Roman numerals.
    • Compose musical excerpts representing formal units.
    • Create harmonic progressions that incorporate chords from outside the key (chromaticism).
    • Analyze musical works from various stylistic periods using formal structure guidelines and Roman numerals.
    • Compose musical excerpts representing formal units
     


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  • MUSC 113 - Survey of Music History: Antiquity to 1800


    5 CR

    Reviews the development of music from its origins to its emergence as a major art form by 1800. Course format includes lectures, demonstrations, research about prominent composers and styles, and development of listening skills.

    Course Outcomes
    • Understand how assumptions, value organizations, and conditions of societies influence artistic creation. A successful student:
      • Expresses personal understanding of the importance of the arts in society.
      • Interprets a selected society or culture (its assumptions, values, relationships, etc.) and its influences upon art work created within the society or culture.
      • Analyzes how an artistic work(s) reflects or reacts to needs, beliefs, and trends in a society or culture.
      • Draws and communicates general conclusions about the ways in which artists and the art reflect or react to society and culture.

    Interpret works of art from various historical periods, cultures, and peoples, analyzing the context in which they were created, the characteristics of the works, and the range of possible interpretations. A successful student: Identifies the historical, cultural, social, biographical, intellectual or artistic context in which a work(s) of art was created. Distinguishes and interprets significant contexts on an artist(s) and artistic work(s). Recognizes and discusses varied perceptions of and responses to an artistic work(s)caused by the social, cultural, historical, or personal perspectives of its audiences. Recognizes artistic forms, styles, and/or qualities which are characteristic of work created within various cultures and/or historical periods Interprets works of art from various historical periods, cultures, peoples, and artists in relation to the context in which they were created Recognizes and interprets examples of influential artistic movements, schools, or styles within a selected art discipline
    Understand the significance and potential contribution of the arts to the quality of one’s life. A successful student: Reflects discovery of personal meaning in the creation or interpretation Makes clear and specific references to aspects of artistic work which are personally meaningful Makes clear and specific references to personal experiences, discoveries, or views in relation to artistic work Discusses and analyzes personal reactions to artistic work in relation to personal experiences and views  Articulates discoveries about self, life, and/or the world which have been shaped by artistic work or by experiences with the arts Represents, communicates, or alludes to connections between selected artistic work and her/his own work represents the ways in which the arts contribute to and enrich his/her life.
    Analyze and evaluate works of art and performances from functional, structural/formal, historical, and cultural perspectives, using defensible criteria and communicating effectively. A successful student: Describes and explains personal responses to a work(s) of art, extending beyond initial observations and general opinions Investigates and considers the responses of other audiences, and compares them to personal responses Examines creative choices made within a work(s), and relates them to audience responses Discusses specific aspects, examples, and details from a work(s) in analyzing its effects on an audience(s) Correctly uses concepts and terminology particular to a chosen critical approach and art discipline Uses criteria and sound-critical analyses to evaluate their own work and the work of other artists/performers (both works in progress and final work


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  • MUSC 114 - Survey of Music History: 1800 to Present


    5 CR

    Reviews the development of music from the Romantic period through the 20th century. Course format includes lectures, demonstrations, listening exercises, and research work. May be taken independently of MUSC 113 .

    Course Outcomes
    • Understand how assumptions, value organizations, and conditions of societies influence artistic creation. A successful student:
      • Expresses personal understanding of the importance of the arts in society.
      • Interprets a selected society or culture (its assumptions, values, relationships, etc.) and its influences upon art work created within the society or culture.
      • Analyzes how an artistic work(s) reflects or reacts to needs, beliefs, and trends in a society or culture.
      • Draws and communicates general conclusions about the ways in which artists and the art reflect or react to society and culture.

    Interpret works of art from various historical periods, cultures, and peoples, analyzing the context in which they were created, the characteristics of the works, and the range of possible interpretations. A successful student: Identifies the historical, cultural, social, biographical, intellectual or artistic context in which a work(s) of art was created. Distinguishes and interprets significant contexts on an artist(s) and artistic work(s). Recognizes and discusses varied perceptions of and responses to an artistic work(s)caused by the social, cultural, historical, or personal perspectives of its audiences. Recognizes artistic forms, styles, and/or qualities which are characteristic of work created within various cultures and/or historical periods Interprets works of art from various historical periods, cultures, peoples, and artists in relation to the context in which they were created Recognizes and interprets examples of influential artistic movements, schools, or styles within a selected art discipline
    Understand the significance and potential contribution of the arts to the quality of one’s life. A successful student: Reflects discovery of personal meaning in the creation or interpretation Makes clear and specific references to aspects of artistic work which are personally meaningful Makes clear and specific references to personal experiences, discoveries, or views in relation to artistic work Discusses and analyzes personal reactions to artistic work in relation to personal experiences and views  Articulates discoveries about self, life, and/or the world which have been shaped by artistic work or by experiences with the arts Represents, communicates, or alludes to connections between selected artistic work and her/his own work represents the ways in which the arts contribute to and enrich his/her life.
    Analyze and evaluate works of art and performances from functional, structural/formal, historical, and cultural perspectives, using defensible criteria and communicating effectively. A successful student: Describes and explains personal responses to a work(s) of art, extending beyond initial observations and general opinions Investigates and considers the responses of other audiences, and compares them to personal responses Examines creative choices made within a work(s), and relates them to audience responses Discusses specific aspects, examples, and details from a work(s) in analyzing its effects on an audience(s) Correctly uses concepts and terminology particular to a chosen critical approach and art discipline Uses criteria and sound-critical analyses to evaluate their own work and the work of other artists/performers (both works in progress and final work


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  • MUSC 116 - History of Rock & Roll


    5 CR

    Traces the development of Rock and Roll from its roots in Jazz, Rhythm and Blues, Hillbilly, and Country idioms. Covers both instrumental and vocal styles from Elvis, the British invasion, heavy metal, Britney Spears, and other contemporary performers. Students learn to identify styles, musical characteristics, artists, and periods of music through listening, group discussion, and written texts.

    Course Outcomes
    • Summarize the history of Rock Music Identify the sources and roots of Rock Music.
    • Define the elements of the Rock and Roll style.
    • Analyze aural rock music examples.
    • Describe the cultural impact and influence of Rock Music.
    • Summarize the evolution of genres in Rock Music.


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  • MUSC 117 - Music of the World


    5 CR

    Examines the varied ways music is used and performed in selected non-Western cultures, such as Africa, India, the Middle East, China, Japan, Indonesia, Latin America, and Native North America. Includes styles and methods of music making, music’s relationship to religion, magic, social structure, language, politics, philosophy and aesthetics, and the impact of historical migration and dispersions of ethnic groups.

    Course Outcomes
    • Identify and describe selected styles of world music within their cultural context.
    • Understand and discuss the relationship between music and society in selected cultures of the world.
    • Understand and describe how the music they typically enjoy and listen to is a part of, and is emblematic of, their own culture and social milieu.
    • Demonstrate a greater appreciation, understanding and respect for other cultures.


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  • MUSC 118 - History of Music in Film


    5 CR

    Presents a comprehensive survey of the history of film music from the genre’s precursory influences to the present day. Topics include: historically significant film composers from the Hollywood and international scenes, genre specific film scoring trends and compositional techniques, and an overview of the film music business.

    Recommended: College level reading and writing skills. Past experience performing or composing music is helpful but not necessary.
    Course Outcomes
    • Summarize the history of music in film from the silent era to the present day through written papers, examination, and class discussion.
    • Recognize and define terminology associated with the film music profession as well as the techniques involved in the creation of film music.
    • Recognize and describe the characteristics and developments that define each sub-genre of film and its accompanying music.
    • Employ methods for synthesizing, analyzing and describing the visual and aural combination inherent in film within written assignments and class discussions.
    • Aurally identify the various styles of film music and the music of important film composers.
    • Define and apply the six elements of music (melody, harmony, rhythm, timbre, style and structure) to a written or oral analysis of film music.


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  • MUSC 120* - Class Voice Vocal Group Instruction


    2 CR

    Offers group instruction for students who have not had individual voice training. Students learn voice science, vocal production, pronunciation, style, music notation, and some music literature.


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  • MUSC 130* - Group Piano Instruction I


    2 CR

    Provides basic keyboard experience for nonmajors and prepares the beginning music major for the piano-competency requirement. Studio instruction includes basic music reading, keyboard technique, interpretation, and simple chording.

    Course Outcomes
    • Identify piano keys by name and find their representation on the music staff.
    • Identify key signatures and play their Major scale patterns on the keyboard.
    • Identify note values and play melodies with rhythmic accuracy, both in class and through practice assignments.
    • Interpret the nuances of music trerminology at the piano keyboard.
    • Play both one- and two-hand pieces reading from manuscript both at sight and through outside practice demonstrating proper posture, hand position, and reading technique.
    • Play from memory a piece learned in class.



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  • MUSC 131* - Group Piano Instruction II


    2 CR

    Continues MUSC 130  with more advanced keyboard and music reading skills. Students learn more keys, chord combinations, and performance of more complex compositions.

    Prerequisite(s): MUSC 130  or permission of instructor.

    Course Outcomes
    • Play at sight simple pieces utilizing independent left- and right-hand parts.
    • Play all major and minor scales utilizing proper fingering patterns, posture and hand position.
    • Play finger and hand strengthening exercises as assigned by instructor.
    • Demonstrate a knowledge of basic chord theory and structure by playing written parts and deciphering chord symbols.
    • Interpret dynamic, tempo, and expression markings to add sensitivity into their performance at the keyboard.
    • Prepare for final performance a medium-level “sonatina” or equivalent to be performed at quarter’s end with assigned sight-reading and scales.



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  • MUSC 132* - Group Piano Instruction III


    2 CR

    Continues MUSC 131  with intermediate level piano keyboard repertory.

    Recommended: Completion of MUSC 131 .
    Course Outcomes
    • Play at sight intermediate pieces utilizing independent left- and right-hand parts.
    • Play all major and minor scales and modes utilizing proper fingering patterns, posture and hand position.
    • Play finger and hand strengthening exercises as assigned by instructor.
    • Demonstrate a knowledge of intermediate chord theory and structure by playing written parts and deciphering chord symbols.
    • Interpret dynamic, tempo, and expression markings to add sensitivity into their performance at the keyboard.
    • Prepare for final performance a medium-level “sonatina” or equivalent to be performed at quarter’s end with assigned sight-reading and scales.


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  • MUSC 135* - Beginning Guitar


    2 CR

    Presents the basic skills for reading music and the techniques needed to play the guitar. Intended for students with little or no background in guitar performance. Students must supply their own ACOUSTIC guitar.

    Course Outcomes
    • Identify a small sample of key signatures and play the Major scale patterns related to those key signatures.
    • Identify the basic notes on the fret board in by name and find their representation on the music staff.
    • Identify note basic rhythmic note values and play simple melodies with rhythmic accuracy. 
    • Read and perform chords indicated by chord nomenclature and tablature
    • Identify and perform music demonstrating meter and chordal rhythmic patterns accurately. 
    • Perform a small variety of strumming and picking patterns
    • Play pieces learned in class by both reading from manuscript and from memory
    • Design and implement an effective practice routine


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  • MUSC 136* - Intermediate Guitar


    2 CR

    Develops the skills and knowledge required for playing the guitar, reading music and performance techniques in greater depth. Intended for students with a moderate level of experience. Students must supply their own ACOUSTIC guitar.

    Course Outcomes
    • Identify a medium sample of key signatures and play the Major scale patterns related to those key signatures.
    • Identify the diatonic notes on the fret board in by name and find their representation on the music staff.
    • Identify growing level of complex rhythmic note values and play simple melodies with rhythmic accuracy. 
    • Read and perform chords indicated by a moderate number of chord nomenclature and tablature
    • Demonstrate the ability to perform chords in a variety of voicings
    • Identify and perform music demonstrating meter and chordal rhythmic patterns accurately. 
    • Perform a variety of strumming and picking patterns
    • Play pieces learned in class by both reading from manuscript and from memory
    • Design and implement an effective practice routine


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  • MUSC 140* - First-Year Private Instruction I


    1 CR

    Provides one-on-one instruction on a variety of instruments or voice from beginning to advanced levels. Instruction must be provided by an approved teacher with at least one 30 to 45 minute lesson per week. Private lesson fee is added to normal college fees. May be repeated for a maximum of ~ 3 credits in three quarters.

    Prerequisite(s): Permission of program chair.

    Course Outcomes
    • Perform a “Skills Set and Performance Level Inventory”.
    • Design a course of study that is followed throughout the quarter.
    • Organize their time to attend a 30 minute long lesson on a weekly basis (8 lessons is the minimum to earn credit for the course)
    • Develop and implement a practice routine that provides for consistent growth and preparation of the materials worked on in each lesson.
    • Discuss the implications of the role of taking private lessons and developing practice habits that might play a role in their future involvement in music.
    • Perform and/or discuss the intent of exercises designed to improve tone quality, intonation, technical mastery of their instrument or voice. Discuss the student’s musical growth as a result of the exercises
    • Demonstrate a growth in their ability to read music.
    • Demonstrate growth in their ability to interpret music through the performance and/or discussion of such concepts as musical dynamics, phrasing and expression, rhythmic feel, articulation and other idioms assigned by the teacher.
    • Demonstrate proper performance skills through the preparation and presentation of a representative piece of music.


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  • MUSC 143* - First-Year Private Instruction II


    2 CR

    Provides one-on-one instruction on a variety of instruments or voice from beginning to advanced levels. Instruction must be provided by an approved teacher with at least one 60 minute lesson per week. Students pay the cost of lessons. May be repeated for a maximum of ~ 4 credits.

    Prerequisite(s): Permission of program chair.

    Course Outcomes
    • Perform a skills and performance level inventory.
    • Design a course of study that was followed during the quarter.
    • Organize their time to attend a 60 minute long lesson on a weekly basis (8 lessons is the minimum to earn credit for the course)
    • Develop and implement a practice routine that provides for consistent growth and preparation of the materials worked on in each lesson. 
    • Discuss the implications of the role of taking private lessons and developing practice habits might play in their future involvement in music.
    • Perform and/or discuss the intent of exercises designed to improve tone quality, intonation, technical mastery of their instrument or voice. Discuss the student’s musical growth as a result of the exercises
    • Demonstrate a growth in their ability to read music.
    • Demonstrate growth in their ability to interpret music through the performance and/or discussion of such concepts as musical dynamics, phrasing and expression, rhythmic feel, articulation and other idioms assigned by the teacher.
    • Demonstrate proper performance skills through the preparation and performance of a musical selection that is personally expressive and is representative of their quarters work.


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  • MUSC 150 - Music Technology


    5 CR

    Explores electronic and synthesized music. Students learn sound theory and become familiar with historical and current hardware and software for writing and sequencing music. Lecture/demonstration format.


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  • MUSC 156 - Audio Engineering & Production I


    5 CR

    Introduces professional studio control room equipment, microphone use and placement for recording acoustic and electronic instruments, listening skills, basic electronics and acoustics and studio design and workflow.

    Course Outcomes
    • Understand how we hear music, how to develop qualitative listening skills and how to apply them in the process of recording
    • Analyze and apply acoustical theory to make a recording studio sound its best
    • Understand basic electrical formulas and how they are used by recording engineers
    • Recognize and describe the functions of current hardware and software found in recording industry.
    • Demonstrate a working knowledge of how cables, connectors and patchbays are used in a studio
    • Analyze and place microphones in the studio and/or concert hall to get a quality recording of all kinds of musical instruments and voice
    • Be able to plan the workflow for a recording project
    • Produce quality recordings of both acoustic and electrical instruments.


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  • MUSC 157 - Audio Engineering & Production II


    5 CR

    Students gain experience in recording, mixing down, and burning CD music projects by working with analog and digital mixing consoles. Course covers the history and theories of multitrack technology, analog and digital recording.

    Prerequisite(s): MUSC 156 .

    Course Outcomes
    • Articulate the evolution of current recording technology
    • Analyze the best options for recording different kinds of music.
    • Evaluate and present alternatives for recording with different budgets
    • Demonstrate setting levels and running an analog mixing console
    • Demonstrate knowledge of and a level of proficiency in using a digital and/or virtual recording console
    • Demonstrate effective use of signal processing technology to enhance recording.
    • Design and set up a studio for a recording sessions
    • Create a quality final mix of a CD project.


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  • MUSC 158 - Audio Engineering & Production III


    5 CR

    Covers intermediate techniques in recording, mixing down, and mastering music projects. Students work with analog and digital mixing consoles. Includes the history and theories of multi-track technology, analog and digital recording.

    Recommended: MUSC 157 .
    Prerequisite(s): MUSC 156  and permission of instructor.

    Course Outcomes
    • Articulate the evolution of current recording technology.
    • Analyze the best options for recording different kinds of music.
    • Evaluate and present alternatives for recording with different budgets.
    • Demonstrate effective construction of gain structure and running an analog mixing console.
    • Demonstrate knowledge of and a level of proficiency in using a digital and/or virtual recording console.
    • Demonstrate effective use of signal processing technology to enhance recording.
    • Demonstrate Ear Training proficiency.
    • Design and set up a studio for a recording sessions.
    • Create a quality final mixdown and mastered recording project.


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  • MUSC 194 - Special Topics in Music


    1-3 CR

    Allows specialized or in-depth study of a subject supplementing the music curriculum. Student interest and instructor expertise help determine the topic, to be announced in the class schedule. May be repeated for a maximum of 10 credits.

    Prerequisite(s): Permission of program chair or instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


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  • MUSC 195 - Special Topics in Music


    1-3 CR

    Allows specialized or in-depth study of a subject supplementing the music curriculum. Student interest and instructor expertise help determine the topic, to be announced in the class schedule. May be repeated for a maximum of 10 credits.

    Prerequisite(s): Permission of program chair or instructor.

    Course Outcomes
    • Special topics course. Outcomes dependent upon selected topic each quarter.


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