Mechanical Engineering (MECH)
MECH 200L Machine Shop Laboratory 1 Credit (0,1)
Introduction to manufacturing techniques, including riveting, sheet metal forming, welding, and machining.
MECH 201L Computer-Aided Manufacturing Laboratory 1 Credit (0,1)
Introduction to computer-aided manufacturing (CAM), including turning, milling, laser cutting, and additive manufacturing.
MECH 208L Manufacturing Laboratory 1 Credit (0,1)
Mechanical assembly and disassembly. CAD/CAM tools used to design components and manufacture parts using CNCs, welding, and basic fabrication techniques.
MECH 299 Special Topics in Mechanical Engineering 1-6 Credit (0,0)
Individual, independent, or directed studies of selected topics in mechanical engineering.
MECH 304 Introduction to Machine Design 3 Credits (3,0)
Design of machine components. Topics include mechanical properties, stress analysis, deformation equations, static failure theories, and fatigue analysis.
MECH 304L Machine Design Laboratory 1 Credit (0,1)
Practical applications of machine component design.
MECH 307 Modeling and Simulation of Complex Engineering Problems 2 Credits (2,0)
Computer-aided modeling and simulation; numerical methods for solving algebraic systems, differential equations, curve fitting, data analysis, optimization; case-based approach to solve multidisciplinary engineering problems with non-unique solutions.
MECH 307L Modeling and Simulation of Complex Engineering Problems Laboratory 1 Credit (0,1)
Advanced programming and scripting techniques for modeling and simulation of multidisciplinary engineering problems; project-based approach.
MECH 309 Fluid Dynamics 3 Credits (3,0)
Physical characteristics of the fluid state, fluid statistics, kinematics of fluid motion, flow of an incompressible ideal fluid, the impulse-momentum principles, similitude and dimensional analysis and fluid measurements.
MECH 330 Fundamentals of Biomechanics 3 Credits (3,0)
Biomechanics principles and fundamentals of musculoskeletal anatomy; kinematics and kinetics related to human movement; biodynamic analysis of forces in human function; mechanical properties and functions of the musculoskeletal system; qualitative and quantitative movement approaches; overview of various biomechanical data collection and analysis.
MECH 340 Alternative Energy I 3 Credits (3,0)
Survey of alternative energy resources and technologies; electricity generation and distribution; traditional fossil fuels, nuclear, hydro, wind, solar, geothermal, biomass, fuel cells, ocean energy; energy storage and energy economics.
MECH 350 Longitudinal and Vertical Vehicle Dynamics 3 Credits (3,0)
Design and analysis of high-performance vehicles. Models for vertical and longitudinal dynamics using computational tools.
MECH 360 Airbreathing and Rocket Propulsion 3 Credits (3,0)
Study of airbreathing and rocket engines. Topics include thermodynamics, propulsion systems, and components like inlets, compressors, turbines, nozzles, and rockets.
MECH 370 Introduction to Robotics 3 Credits (3,0)
Introduction to robotics with an emphasis on kinematics and dynamics of robot arms. Topics include forward/inverse kinematics, trajectory generation, and manipulator control.
MECH 370L Introduction to Robotics I Laboratory 1 Credit (0,1)
Basics of Robot Operating System (ROS); low-level sensor-actuator interfacing, motion planning, pose estimation, localization; projects using ROS libraries and frameworks.
MECH 371 Robotic Technologies for Uncrewed Systems 3 Credits (3,0)
Fundamentals of robotic and uncrewed systems; uncrewed system terminology; operating principles of common robot sensors; localization strategies and sensors; active ranging technologies and use cases; cameras and computer vision; autonomous behaviors and strategies.
MECH 372 Robotic Architecture 3 Credits (3,0)
Foundational concepts and tools used to develop, analyze, debug, and use complex robotic systems. A Robot Operating System (ROS)-based framework used throughout.
MECH 399 Special Topics in Mechanical Engineering 1-6 Credit (0,0)
Individual, independent, or directed studies of selected topics in mechanical engineering.
MECH 400 Mechanical Vibrations 3 Credits (3,0)
Basic concepts of vibration; free and undamped vibration; natural frequencies, damping mechanisms, torsional vibration; harmonically excited and transient vibration; multi-degree-of-freedom systems; rotor dynamics; vibratory response of complex structures.
MECH 402 Model-Based Control System Design 2 Credits (3,0)
Model-based control system design. Control synthesis, system simulation, plant modeling, controller programming; systematic approach to reduce development costs and time to market.
MECH 402L Model-Based Control System Design Laboratory 1 Credit (0,1)
Model-based design process; plant modeling; control system synthesis; system simulation; controller programming; lab instrumentation.
MECH 404 Advanced Machine Design 3 Credits (3,0)
Design and analysis of mechanical systems and components under static and fluctuating loads; static and fatigue failures of determinate and indeterminate systems; finite element method and use of computer aided tools for analyzing machine component.
MECH 405 Thermal-Fluid Science and Energy Measurement 1 Credit (1,0)
Measurement techniques and instrumentation in thermal-fluid sciences. Temperature, pressure, flow, heat transfer measurement; design of experiments, data analysis methods.
MECH 405L Thermal-Fluid Science and Energy Measurement Laboratory 1 Credit (0,1)
Measurement techniques for temperature, pressure, flow, heat flux in thermal-fluid systems; data analysis and interpretation; reporting of experimental results; team-based projects.
MECH 430 Biofluid Mechanics 3 Credits (3,0)
Fluid mechanics principles applied to the human cardiovascular system. Cardiovascular structure, blood flow analysis, heart valves, mechanical assist devices.
MECH 431 Biosolid Mechanics 3 Credits (3,0)
Mechanical behavior of biological systems; stress-strain analysis of tissues under static load; cartilage, bone; finite element analysis of biomaterials; application of solid mechanics to biological structures.
MECH 438 Biomedical Systems Preliminary Design 4 Credits (3,3)
Mechanical engineering design for biomedical systems. Professionalism, creativity, design logic, communication; long-term project assigned for practical implementation of the design process.
MECH 439 Biomedical Systems Detail Design 4 Credits (3,3)
Continuation of preliminary design; capstone project for biomedical engineering degree. Final project design, analysis, and presentation.
MECH 440 Thermal Power Systems 3 Credits (3,0)
Thermodynamics of power and refrigeration cycles; psychrometrics and environmental control; ideal gas mixtures, combustion; internal combustion engines, gas turbines, fuel cells, direct energy conversion; design and optimization of power systems.
MECH 442 Alternative Energy II 3 Credits (3,0)
Detailed analysis of alternative energy power generation. Traditional power cycles with alternative fuels; energy from air and water movement; electrochemical conversion; photovoltaic power generation.
MECH 443 Environment Control and HVAC Systems 3 Credits (3,0)
Fundamentals of heating, ventilation, and air conditioning (HVAC). Heat transfer, energy consumption, human comfort in building structures.
MECH 445 Sustainable Design 3 Credits (3,0)
Sustainable design principles including climate change, sustainable power sources, the electric grid, energy storage, building and transportation loads. Utility-scale solar, wind, and energy storage, plus residential scale energy generation and storage approaches.
MECH 448 Energy Systems Preliminary Design 4 Credits (3,3)
Alternative energy system design. Aerodynamic, thermodynamic calculations; system/site drawings, weight estimates, structural analysis, control system design, performance report.
MECH 449 Energy Systems Detail Design 4 Credits (3,3)
Continuation of the preliminary design course, including manufacturing, hardware testing & design validation Capstone project for the degree.
MECH 450 Combined Vehicle Dynamics 3 Credits (3,0)
Design and analysis of high-performance vehicles. Multi-degree-of-freedom models; roll, pitch, bounce; tire models (combined slip); suspension systems, cornering dynamics, bicycle model.
MECH 451 Vehicle Aerodynamics 3 Credits (3,0)
Aerodynamics of high-performance land vehicles. Influence of design on drag, lift, and moments; performance, handling, stability; noise, safety, comfort; internal flows, engine cooling; computational fluid dynamics for performance evaluation and design. Wind tunnel basics for testing vehicle aerodynamics.
MECH 458 High Performance Vehicles Preliminary Design 4 Credits (3,3)
Conceptual and detailed mechanical design for high-performance vehicles. Component design, manufacture, production; complete system design; specifications, analysis, drawings, performance report. For Senior undergraduate students.
MECH 459 High Performance Vehicles Detail Design 4 Credits (3,3)
Continuation of the preliminary design course, including manufacturing, hardware testing & design validation. Capstone project for the degree.
MECH 460 Advanced Propulsion 3 Credits (3,0)
In-depth jet engine analysis. Parametric engine cycle analysis, ideal engines, engines with losses; operational condition analysis (altitude, throttle); turbojet, turbofan, turboprop, turbo shaft, scramjet.
MECH 461 Boost Rocket Propulsion 2 Credits (2,1)
Solid and liquid rocket propulsion systems; staging; chemical combustion; heat transfer, regenerative cooling, ablatives; nozzle flow, over- and under-expansion. Solid propellants, St. Robert's Law, grain geometry and thrust profile. Liquid propellants, mixture ratio, engine cycles, power balance. Sea-level and altitude simulation test stands; instrumentation.
MECH 461L Boost Rocket Propulsion Laboratory 1 Credit (0,1)
Hands-on experience with rocket propulsion components and systems. Solid propellants and motors; liquid engines and propellants. Use of test facilities, equipment, and instrumentation to measure thrust, impulse, and other performance parameters. Emphasis on safety and proper testing practices.
MECH 468 Propulsion System Preliminary Design 4 Credits (3,3)
Preliminary design of propulsion system components. Requirements analysis, propulsion system selection, system design characteristics; component integration with vehicle; complete paper design.
MECH 469 Propulsion System Detail Design 4 Credits (3,3)
Detailed design of propulsion system components. Design for operational environment; component integration; manufacture, testing of components; hardware design, manufacturing, and testing.
MECH 470 Mechatronics 3 Credits (3,0)
Introduction to mechatronics with an emphasis on integrating mechanical, electrical, and computer systems; microcontrollers, sensors, actuators, and other components for electromechanical devices.
MECH 470L Mechatronics Laboratory 1 Credit (0,1)
Hands-on application of microcontrollers, sensors, and actuators; practical skills for programming and integration of mechatronic systems.
MECH 471 Robotics II 3 Credits (3,0)
Design and application of robotic systems for aviation and space; motion requirements, control systems, sensors, signal conditioning; actuators (motors, linear actuators); system modeling and control law development; software for robotic control systems.
MECH 471L Robotics II Laboratory 1 Credit (0,1)
Real-time control of robotic manipulators; multidegree-of-freedom systems; harmonic drives, AC servo motors, controllers.
MECH 478 Robotic Systems Preliminary Design 4 Credits (4,0)
Conceptual and detailed mechanical design for robotic applications. Component design, manufacture, production; complete system design; specifications, analysis, drawings, performance report.
MECH 479 Robotic Systems Detail Design 4 Credits (4,0)
Continuation of the preliminary design course. Capstone project for the degree.
MECH 496 Engineering Practice and Entrepreneurship 3 Credits (3,0)
Product conception, market research, conceptual design, project management, budgeting, leadership, and presentations. Preparation for entrepreneurial roles in engineering.
MECH 499 Special Topics in Mechanical Engineering 1-6 Credit (1-6,0)
Individual, independent, or directed studies of selected topics in mechanical engineering.