Course Descriptions

LEX 121 Legal Research/Writing II (3 Credit Hours)

LEX 130 Civil Injuries (3 Credit Hours)

LEX 140 Civil Litigation I (3 Credit Hours)

LEX 141 Civil Litigation II (3 Credit Hours)

LEX 150 Commercial Law I (3 Credit Hours)

LEX 170 Administrative Law (2 Credit Hours)

LEX 210 Real Property I (3 Credit Hours)

LEX 220 Corporate Law (2 Credit Hours)

LEX 240 Family Law (3 Credit Hours)

LEX 250 Wills, Estates, & Trusts (3 Credit Hours)

LEX 270 Law Office Mgt/Technology (2 Credit Hours)

LEX 280 Ethics & Professionalism (2 Credit Hours)

LDD 112 Intro Light-Duty Diesel (3 Credit Hours)

LOG 110 Introduction to Logistics (3 Credit Hours)

LOG 120 Global Logistics (3 Credit Hours)

LOG 210 Fleet Management (3 Credit Hours)

LOG 211 Distribution Management (3 Credit Hours)

LOG 220 Logistics Management (3 Credit Hours)

LOG 230 Transportation Management (3 Credit Hours)

LOG 245 Logistics Security (3 Credit Hours)

MAC 122 CNC Turning (2 Credit Hours)

MAC 124 CNC Milling (2 Credit Hours)

MAC 131 Blueprint Reading/Mach I (2 Credit Hours)

MAC 132 Blueprint Reading/Mach II (2 Credit Hours)

MAC 141 Machine Applications I (4 Credit Hours)

MAC 142 Machine Applications II (4 Credit Hours)

MAC 171 Measure/Material & Safety (1 Credit Hour)

MAC 178 CNC Turning: Operator (1 Credit Hour)

MAC 179 CNC Milling: Operator (1 Credit Hour)

MAC 180 CNC Turn: Prog Set & Oper (4 Credit Hours)

MAC 181 CNC Mill: Prog Set & Oper (4 Credit Hours)

MAC 228 Advanced CNC Processes (3 Credit Hours)

MAC 231 CAMCNC Turning (3 Credit Hours)

MAC 232 CAMCNC Milling (3 Credit Hours)

MAC 234 Adv Multi-Axis Machine (3 Credit Hours)

MAC 241 Jigs & Fixtures I (4 Credit Hours)

MAC 243 Die Making I (4 Credit Hours)

MAC 245 Mold Construction I (4 Credit Hours)

MAC 247 Production Tooling (2 Credit Hours)

MNT 110 Intro to Maint Procedures (2 Credit Hours)

MNT 111 Maintenance Practices (3 Credit Hours)

MNT 220 Rigging & Moving (2 Credit Hours)

MNT 230 Pumps & Piping Systems (2 Credit Hours)

MNT 240 Industrial Equip Troubleshoot (2 Credit Hours)

MKT 120 Principles of Marketing (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Define the role of marketing in business.
2. Explain the role of selling, customer relations and product management in marketing.
3. Describe marketing.
4. Define pricing and channel management strategies.

MTH 110 Fundamentals of Massage (10 Credit Hours)

MTH 120 Therapeutic Massage Applications (10 Credit Hours)

MTH 121 Clinical Supplement I (1 Credit Hour)

MTH 125 Ethics of Massage (2 Credit Hours)

MTH 130 Therapeutic Massage Mgmt (2 Credit Hours)

MTH 210 Adv Skills of Massage (8 Credit Hours)

MTH 220 Outcome-Based Massage (7 Credit Hours)

MTH 221 Clinical Supplement II (2 Credit Hours)

MAT 003 Transition Math (3 Credit Hours)

MAT 010 Math Measurement & Literacy Su (1 Credit Hour)

MAT 021 Algebra/Trigonometry I Support (2 Credit Hours)

MAT 043 Quantitative Literacy Support (2 Credit Hours)

MAT 052 Statistical Methods I (2 Credit Hours)

MAT 071 Precalculus Algebra Suppor (2 Credit Hours)

MAT 110 Math Measurement & Literacy (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Demonstrate estimation skills and justify results.
2. Use dimensional analysis to convert units of measurement.
3. Employ fractions, percentages and proportions to solve contextual problems.
4. Compute geometric measurements of perimeter, area, volume and angles.
5. Use technology to analyze and interpret elements of personal finance.
6. Compare and contrast measures of center and measures of dispersion.
7. Interpret tables, charts, and graphs and communicate results.

MAT 121 Algebra/Trigonometry I (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Use geometric principles to solve industrial application problems involving perimeter, area, and volume.
2. Employ basic algebraic operations to simplify, evaluate, and solve proportions, radical and other algebraic functions, equations, and inequalities.
3. Perform basic algebraic operations involving complex numbers.
4. Solve applied problems using trigonometric principles involving right triangles.
5. Solve applied problems using systems of equations involving two and three variables.
6. Use technology to solve practical problems and communicate results.

MAT 143 Quantitative Literacy (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Judge the reasonableness of results using estimation, logical processes, and a proper understanding of quantity
2. Utilize proportional reasoning to solve contextual problems and make conversions involving various units of measurement
3. Identify, interpret, and compare linear and exponential rates of growth to make predictions and informed decisions based on data and graphs
4. Differentiate between simple and compound interest and analyze the long-term effects of saving, investing, and borrowing
5. Describe, analyze, and interpret statistical information such as graphs, tables, and summarized data to draw appropriate conclusions when presented with actual statistical studies
6. Determine probabilities and expected values and use them to assess risk and make informed decisions
7. Analyze civic and/or societal issues and critique decisions using relevant mathematics

MAT 152 Statistical Methods I (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Organize, display, calculate, and interpret descriptive statistics
2. Apply basic rules of probability
3. Identify and apply appropriate probability distributions
4. Perform regression analysis
5. Analyze sample data to draw inferences about a population parameter
6. Communicate results through a variety of media

MAT 167 Discrete Mathematics (3 Credit Hours)

Competencies

Student Learning Outcomes

1. Construct and use truth tables to solve logical problems.
2. Solve application problems in set theory using appropriate notation.
3. Set up and solve linear programming problems using various appropriate methods.
4. Construct elementary direct proofs, indirect proofs, and proofs by contradiction.
5. Analyze, construct, and verify algorithms.
6. Formulate and assess Boolean functions.

MAT 171 Precalculus Algebra (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Use analytical, graphical, and numerical representations to solve absolute value, radical, polynomial, rational, exponential, and logarithmic equations with both real and complex solutions.
2. Use analytical, graphical, and numerical representations to solve absolute value, polynomial and rational inequalities with real solutions.
3. Use analytical, graphical, and numerical representations to analyze absolute value, radical, polynomial, rational, exponential and logarithmic functions with both real and complex zeros.
4. Use multiple methods to solve problems involving systems of equations and apply to decomposing partial fractions.
5. Construct the composition and inverse of functions.
6. Use polynomial, exponential and logarithmic functions to model various real world situations in order to analyze, draw conclusions, and make predictions.

MAT 172 Precalculus Trigonometry (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Use the unit circle and right triangle definitions to evaluate and graph trigonometric functions and their inverses, to derive trigonometric identities, and to simplify trigonometric expressions.
2. Use multiple methods to solve problems involving trigonometric equations, right triangles, and oblique triangles.
3. Demonstrate knowledge of vector definitions and perform vector operations.
4. Convert equations and graphs between rectangular and polar coordinate systems, and apply to complex numbers.
5. Use multiple representations to define, construct and analyze conic sections.
6. Create, graph, and analyze parametric equations.

MAT 252 Statistical Methods II (4 Credit Hours)

Competencies

Student Learning Outcomes

1. Perform tests of normality on univariate and multivariate data and select the appropriate test, either parametric or non-parametric, perform the analysis, and communicate the results.
2. Detect the difference between independent and dependent data and select the appropriate inferential test, analyze and communicate results.
3. Perform a regression, analyze and communicate the results.
4. Perform a one and two factor analysis of variance, analyze and communicate the results.
5. Design an experiment, collect data, construct a data file and run the appropriate test and analyze and communicate the results.
6. Employ a variety of software to run analyses, construct reports and communicate results in both written and oral presentations.

MAT 263 Brief Calculus (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Calculate limits and verify using graphical, numerical and analytical methods.
2. Interpret the derivative as a rate of change.
3. Analyze and interpret the derivative of algebraic, exponential, and logarithmic functions.
4. Evaluate antiderivatives and definite integrals of algebraic, exponential, and logarithmic functions.
5. Apply derivatives and integrals to business, economics, and biological and behavioral sciences contexts.
6. Use appropriate technology and communicate results through a variety of media.

MAT 271 Calculus I (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Apply the definition of limit to evaluate limits by multiple methods and use it to derive the definition and rules for differentiation and integration.
2. Use derivatives to analyze and graph algebraic and transcendental functions.
3. Select and apply appropriate models and differentiation techniques to solve problems involving algebraic and transcendental functions; these problems will include but are not limited to applications involving optimization and related rates.
4. Apply the definition of indefinite integral to solve basic differential equations.
5. Apply the definition of definite integral to evaluate basic integrals.
6. Use the fundamental theorem of calculus to evaluate integrals involving algebraic and transcendental functions.

MAT 272 Calculus II (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Select and apply appropriate models and integration techniques to solve problems involving algebraic and transcendental functions; these problems will include but are not limited to applications involving volume, arc length, surface area, centroids, force and work.
2. Evaluate proper and improper integrals using various integration techniques.
3. Analyze the convergence and divergence of infinite sequences and series and find the Taylor and McLaurin representations for transcendental functions.
4. Use differentiation and integration to analyze the graphs of polar form equations and parametric form equations.
5. Solve separable and first-order linear differential equations.
6. Analyze and graph conic sections using calculus techniques.

MAT 273 Calculus III (4 Credit Hours)

Competencies
Student Learning Outcomes

1. Perform operations with vectors in two and three dimensional space and apply to analytic geometry.
2. Differentiate and integrate vector-valued functions and apply calculus to motion problems in two and three dimensional space.
3. Determine the limits, derivatives, gradients, and integrals of multivariate functions.
4. Solve problems in multiple integration using rectangular, cylindrical, and spherical coordinate systems.
5. Select and apply appropriate models and techniques to define and evaluate line and surface integrals; these techniques will include but are not limited to Green’s, Divergence, and Stoke’s theorems.
6. Demonstrate proficiency in using CAS technology to analyze, solve and interpret the various applications.

MAT 280 Linear Algebra (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Use analytical and graphical representations to apply vector operations in multiple-dimensions.
2. Solve systems of linear equations using multiple manual and technology-based methods; these methods will include but are not limited to Gaussian and Gauss-Jordan.
3. Use eigenvalues, eigenvectors and diagonalization to solve problems in appropriate situations.
4. Use matrix operations and linear transformations to solve problems in appropriate situations.
5. Demonstrate knowledge of orthogonal projections and orthogonal complements of subspaces, and apply to appropriate situations.
6. Use the fundamental concept of a basis for a subspace to give a precise definition of dimensions and rank, and to solve problems in appropriate situations.
7. Demonstrate proficiency in using CAS technology to analyze, solve and interpret the various applications.

MAT 285 Differential Equations (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Find general solutions to first-order, second-order, and higher-order homogeneous and non-homogeneous differential equations by manual and technology-based methods.
2. Identify and apply initial and boundary values to find particular solutions to first-order, second-order, and higher order homogeneous and non-homogeneous differential equations by manual and technology-based methods, and analyze and interpret the results.
3. Select and apply appropriate methods to solve differential equations; these methods will include, but are not limited to, undetermined coefficients, variation of parameters, eigenvalues and eigenvectors, LaPlace and inverse LaPlace transforms.
4. Select and apply series techniques to solve differential equations; these techniques will include but are not limited to Taylor series.
5. Select and apply numerical analysis techniques to solve differential equations; these techniques will include but are not limited to Euler, Improved Euler, and Runge-Kutta.
6. Demonstrate proficiency in using CAS technology to analyze, solve and interpret the various applications.

MEC 151 Mechanical Mfg Systems (2 Credit Hours)

MEC 161 Manufacturing Processes I (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Distinguish various primary metal working processes.
2. Compare and contrast various welding processes.
3. Compare and contrast various material finishing
4. Compare and contrast testing techniques.

MEC 180 Engineering Materials (3 Credit Hours)

Competencies
Student Learning Outcomes

1. Identify and explain the physical and mechanical properties of ferrous metals.
2. Identify and explain the physical and mechanical properties of non-ferrous metals.
3. Identify and explain the physical and mechanical properties of plastics, composites, ceramics, engineered wood materials.
4. Evaluate the effects heat treatments have on various materials.
5. Describe and/or conduct the physical procedures required to test these properties to compare and contrast them.
6. Summarize the use of engineering materials and the impact in the industry.

MEC 265 Fluid Mechanics (3 Credit Hours)

Competencies

Student Learning Outcomes

1. Calculate the physical properties of fluids and fluid systems.
2. Calculate fluid statics and dynamics.
3. Calculate the effect of fluid pressure and flow on areas and pipes.
4. Describe the transmission of power through fluids.
5. Explain the basic concepts of fluid power systems.
6. Calculate the flow of fluids using Bernoulli’s Equation.

MEC 267 Thermal Systems (3 Credit Hours)

MEC 270 Machine Design (4 Credit Hours)

MEC 275 Engineering Mechanisms (3 Credit Hours)

MED 110 Orientation to Medical Assisting (1 Credit Hour)

MED 118 Medical Law and Ethics (2 Credit Hours)

MED 120 Survey of Med Terminology (2 Credit Hours)

MED 121 Medical Terminology I (3 Credit Hours)

MED 122 Medical Terminology II (3 Credit Hours)

MED 130 Administrative Office Procedures I (2 Credit Hours)

MED 131 Administrative Office Procedures II (2 Credit Hours)

MED 140 Exam Room Procedures I (5 Credit Hours)

MED 150 Laboratory Procedures I (5 Credit Hours)

MED 240 Exam Room Procedures II (5 Credit Hours)

MED 260 Clinical Externship (5 Credit Hours)

MED 262 Clinical Perspectives (1 Credit Hour)

MED 264 Medical Assisting Overview (2 Credit Hours)

MED 272 Drug Therapy (3 Credit Hours)

MED 276 Patient Education (2 Credit Hours)

MUS 110 Music Appreciation (3 Credit Hours)

MUS 112 Introduction to Jazz (3 Credit Hours)

NET 126 Routing Basics (3 Credit Hours)

NET 175 Wireless Technology (3 Credit Hours)

NET 225 Routing & Switching I (3 Credit Hours)