Mechanical Engineering
Mechanical Engineering prepares individuals to apply mathematical and scientific principles to the design, development and operational evaluation of physical systems used in manufacturing and end-product systems used for specific uses. These uses include machine tools, jigs and other manufacturing equipment; stationary power units and appliances, engines, self-propelled vehicles, housings and containers, hydraulic and electric systems for controlling movement, and the integration of computers and remote control with operating systems.
Courses
- BIOL202 — Human Anatomy and Physiology I
- BIOL366 — Human Anatomy
- CHEM210 — General Chemistry 1
- CHEM211 — General Chemistry 2
- CHEM240 — Basic Organic Chemistry
- CHEM320 — Environmental Chemistry
- ECE102 — Engineering Problem Solving
- ECE201 — Circuit Analysis I
- EM560 — Quality Engineering
- EXSC448 — Biomechanics
- GENG101 — Ethics and the Engineering Profession
- GENG102 — Engineering Problem Solving
- GENG103 — Engineering Ethics
- GENG104 — The Engineering Profession Supplemental
- HLTH249 — Anatomy/Kinesiology
- MATH221 — Calculus I
- MATH222 — Calculus II
- MATH312 — Linear Algebra
- MATH320 — Multivariable Calculus for Engineers
- MATH427 — Partial Differential Equations
- MATH452 — Numerical Analysis
- MATH453 — Numerical Linear Algebra
- MFET330 — Production Systems Control
- MFET345 — Manufacturing Processes
- MFET420 — Continuous Improvement
- MME120 — 3D Modeling and Visualization
- MME200 — Engineering Thermodynamics
- MME213 — Mechanics of Materials
- MME231 — Materials and Processes
- MME241 — Statics
- MME242 — Dynamics
- MME250 — Industrial Automation
- MME300 — Fluid Mechanics
- MME331 — Design for Manufacturing
- MME342 — Fatigue and Machine Design
- MME346 — Mechanisms and Robotics
- MME444 — Internship: Undergraduate
- MME452 — Industrial Measurement and Experimentation
- MME453 — System Dynamics and Industrial Controls
- MME454 — Industrial Robotics
- MME461 — Quality Engineering
- MME462 — Quality Engineering
- MME464 — Process and Tool Design
- MME480 — Senior Design I
- MME481 — Senior Design II
- PHYS234 — Classical Physics I
- PHYS235 — Classical Physics II
- PHYS332 — Electronics
- PHYS333 — Optics
- PHYS346 — Mathematical Methods for Physics