ME courses
102 courses · California State University, Sacramento · Fall 2026
- ME 37 — Manufacturing Processes.1 section
- ME 76 — Programming and Problem Solving in Engineering.1 section
- ME 105 — Introduction to Technical Problem Solving.1 section
- ME 106 — Applications of Programming in Mechanical Engineering.1 section
- ME 108 — Professional Topics for Mechanical Engineers.1 section
- ME 114 — Vibrations.1 section
- ME 115 — Dynamics of Machinery and Multi-Body Systems.1 section
- ME 116 — Machinery Design I.1 section
- ME 117 — Machinery Design II.1 section
- ME 120 — Fluid Mechanics for Mechanical Engineers.1 section
- ME 121 — Solar Thermal and Energy Storage Systems.1 section
- ME 122 — Geothermal and Bioenergy Systems.1 section
- ME 123 — Wind, Hydro and Ocean Energy.1 section
- ME 126 — Heat Transfer.1 section
- ME 126W — Heat Transfer Workshop.1 section
- ME 128 — Thermal-Fluid Systems.1 section
- ME 129 — Power Plant Engineering.1 section
- ME 132 — Solar Energy, Geothermal Energy, and Bioenergy Systems.1 section
- ME 136 — Numerical Control Programming.1 section
- ME 137 — Product Design for Manufacturing and Automation.1 section
- ME 138 — Concurrent Product and Process Design.1 section
- ME 140 — Introduction to Motors and Actuators.1 section
- ME 141 — Introduction to Tolerance Analysis.1 section
- ME 143 — Vehicle Dynamics and Design.1 section
- ME 145 — Vehicle Crash Reconstruction.1 section
- ME 151 — Fundamentals of Combustion.1 section
- ME 152 — Turbomachinery Design.1 section
- ME 153 — Thermodynamics of Combustion Engines.1 section
- ME 154 — Alternative Energy Systems.1 section
- ME 155 — Gas Dynamics.1 section
- ME 156 — Heating and Air Conditioning Systems.1 section
- ME 157 — Solar Energy Engineering.1 section
- ME 159 — High Efficiency HVAC.1 section
- ME 164 — Introduction to Test Automation.1 section
- ME 165 — Introduction To Robotics.1 section
- ME 171 — Modeling and Simulation of Mechatronics and Control Systems.1 section
- ME 172 — Control System Design.1 section
- ME 173 — Applications of Finite Element Analysis.1 section
- ME 176 — Product Design & CAD.1 section
- ME 177 — Product Design and 3D Parametric Solid Modeling.1 section
- ME 180 — Mechanical Properties of Materials.1 section
- ME 180W — Mechanical Properties of Materials Workshop.1 section
- ME 182 — Introduction to Composite Materials.1 section
- ME 183 — Materials Selection in Engineering Design.1 section
- ME 184 — Corrosion and Wear.1 section
- ME 186 — Fracture Mechanics in Engineering Design.1 section
- ME 190 — Project Engineering I.1 section
- ME 191 — Project Engineering II.1 section
- ME 194 — Career Development in Mechanical Engineering.1 section
- ME 195 — Professional Practice. 1 -1 section
- ME 195A — Professional Practice. 1 -1 section
- ME 196A — Motion and Dynamic Analysis using Solid Modeling.1 section
- ME 196B — Engineering Systems Approach to Product Design.1 section
- ME 196C — Computer Programming for Mechanical Engineering Applications.1 section
- ME 196D — Ground Vehicle Aerodynamics.1 section
- ME 196E — Vehicle Safety and Crash Reconstruction.1 section
- ME 196F — Materials Selection in Engineering Design.1 section
- ME 196H — Air Resources Engineering.1 section
- ME 196M — Engineering Research Methodology and Communication for Undergraduate Students.1 section
- ME 196Q — Ceramic Materials.1 section
- ME 196R — Fundamentals of Physical Metallurgy and Materials.1 section
- ME 199 — Special Problems. 1 -1 section
- ME 206 — Stochastic Modeling for Engineers.1 section
- ME 209 — Research Methodology. 1 section
- ME 233 — Intelligent Product Design and Manufacturing.1 section
- ME 236 — Computer Controlled Manufacturing Processes.1 section
- ME 237 — Digital Control of Manufacturing Processes.1 section
- ME 238 — Automated Inspection.1 section
- ME 240 — Mechanical Design & Failure Analysis.1 section
- ME 241 — Optimum Mechanical Design.1 section
- ME 243 — Accident Biomechanics Reconstruction.1 section
- ME 250 — Heat Transfer: Conduction.1 section
- ME 251 — Heat Transfer: Convection.1 section
- ME 252 — Heat Transfer: Radiation.1 section
- ME 253 — Advanced Fluid Mechanics.1 section
- ME 255 — Advanced Heat Transfer.1 section
- ME 256 — Mechanics and Thermodynamics of Compressible Flow.1 section
- ME 258 — Advanced Thermodynamics.1 section
- ME 259 — Introduction to Computational Fluid Dynamics.1 section
- ME 270 — Advanced Computer-Aided Design of Dynamic Systems.1 section
- ME 272 — Finite Element Modeling in Computer-Aided Design.1 section
- ME 273 — Multibody Dynamics of Rigid and Flexible Systems.1 section
- ME 274 — Introduction to Flight Dynamics.1 section
- ME 275 — Analysis of Aircraft Structures.1 section
- ME 276 — Advanced Vibration Theory.1 section
- ME 278 — Space Systems Engineering Management.1 section
- ME 280 — Advanced Mechanical Properties of Materials.1 section
- ME 285 — Materials for Extreme Environments.1 section
- ME 295 — Fieldwork. 1 -1 section
- ME 296A — Lightweight Materials and Structures.1 section
- ME 296L — Creative Engineering Design for Quality Products.1 section
- ME 296M — Space Mission Design and Analyses.1 section
- ME 296O — Advanced Heat Transfer.1 section
- ME 296P — Advanced Dynamics.1 section
- ME 296Q — Advanced Solid Modeling.1 section
- ME 296S — Advanced CAD for Aerospace Applications.1 section
- ME 296U — Advanced Computer-Aided Product Design.1 section
- ME 296V — Advanced Control System Design.1 section
- ME 296W — Accident Biomechanics.1 section
- ME 296X — Sustainable Energy Economics and Management for Engineers.1 section
- ME 299 — Special Problems. 1 -1 section
- ME 500 — Master's Thesis. 1 -1 section
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