All schools  /  California State University-Sacramento  /  ME

ME

College of Engineering and Computer Science · California State University-Sacramento
37,143 grades84 courses

Department and course prefixes as California State University-Sacramento lists them in its own catalog.

3.24
average GPA across 37,143 grades
+7% vs. California State University-Sacramento overall (3.03)
82%
A or B
of 37,143 grades
3.2%
D, F or withdrew
A50.0%
B31.8%
C15.0%
Most taken
ME 138
Concurrent Product and Process Design
3.43
2,723 grades
+6% vs. dept
ME 126
Heat Transfer
2.80
2,716 grades
−13% vs. dept
ME 190
Project Engineering I
3.77
2,654 grades
+17% vs. dept
ME 191
Project Engineering II
3.74
2,575 grades
+16% vs. dept
ME 180
Mechanical Properties of Materials
2.76
2,574 grades
−15% vs. dept
ME 108
Professional Topics for Mechanical Engineers
3.16
2,298 grades
−2% vs. dept
ME 171
Modeling and Simulation of Mechatronics and Control Systems
2.93
2,106 grades
−10% vs. dept
ME 116
Machinery Design I
3.32
2,092 grades
+3% vs. dept
Courses with a grade record · 84
100 level64200 level20
CourseDistributionGPAvs. deptGrades
100 level64 courses
ME 105 · Introduction to Technical Problem Solving
3.28 +1% vs. dept 1,666
ME 106 · Applications of Programming in Mechanical Engineering
3.64 +12% vs. dept 371
ME 108 · Professional Topics for Mechanical Engineers
3.16 −2% vs. dept 2,298
ME 114 · Vibrations
3.08 −5% vs. dept 219
ME 115 · Dynamics of Machinery and Multi-Body Systems
2.86 −12% vs. dept 459
ME 116 · Machinery Design I
3.32 +3% vs. dept 2,092
ME 117 · Machinery Design II
3.44 +6% vs. dept 1,586
ME 118
2.83 −12% vs. dept 439
ME 119
2.76 −15% vs. dept 464
ME 120 · Fluid Mechanics for Mechanical Engineers
2.69 −17% vs. dept 597
ME 121 · Solar Thermal and Energy Storage Systems
2.84 −12% vs. dept 102
ME 122 · Geothermal and Bioenergy Systems
3.39 +5% vs. dept 42
ME 123 · Wind, Hydro and Ocean Energy
3.33 +3% vs. dept 82
ME 125
3.36 +4% vs. dept 417
ME 126 · Heat Transfer
2.80 −13% vs. dept 2,716
ME 127
3.04 −6% vs. dept 456
ME 128 · Thermal-Fluid Systems
3.11 −4% vs. dept 1,918
ME 132 · Solar Energy, Geothermal Energy, and Bioenergy Systems
3.83 +18% vs. dept 96
ME 136 · Numerical Control Programming
3.69 +14% vs. dept 418
ME 137 · Product Design for Manufacturing and Automation
3.81 +18% vs. dept 337
ME 138 · Concurrent Product and Process Design
3.43 +6% vs. dept 2,723
ME 141 · Introduction to Tolerance Analysis
3.63 +12% vs. dept 129
ME 143 · Vehicle Dynamics and Design
3.15 −3% vs. dept 274
ME 145 · Vehicle Crash Reconstruction
3.21 −1% vs. dept 48
ME 151 · Fundamentals of Combustion
2.89 −11% vs. dept 14
ME 152 · Turbomachinery Design
3.64 +13% vs. dept 31
ME 153 · Thermodynamics of Combustion Engines
3.08 −5% vs. dept 30
ME 154 · Alternative Energy Systems
3.71 +15% vs. dept 95
ME 155 · Gas Dynamics
3.52 +9% vs. dept 54
ME 156 · Heating and Air Conditioning Systems
2.81 −13% vs. dept 440
ME 157 · Solar Energy Engineering
2.96 −8% vs. dept 155
ME 159 · High Efficiency HVAC
2.86 −12% vs. dept 122
ME 164 · Introduction to Test Automation
3.85 +19% vs. dept 75
ME 165 · Introduction To Robotics
3.36 +4% vs. dept 161
ME 166
3.54 +9% vs. dept 14
ME 171 · Modeling and Simulation of Mechatronics and Control Systems
2.93 −10% vs. dept 2,106
ME 172 · Control System Design
2.94 −9% vs. dept 1,783
ME 173 · Applications of Finite Element Analysis
2.91 −10% vs. dept 227
ME 175
2.94 −9% vs. dept 457
ME 176 · Product Design & CAD
3.41 +5% vs. dept 308
ME 177 · Product Design and 3D Parametric Solid Modeling
3.29 +2% vs. dept 507
ME 180 · Mechanical Properties of Materials
2.76 −15% vs. dept 2,574
ME 182 · Introduction to Composite Materials
3.83 +18% vs. dept 428
ME 183 · Materials Selection in Engineering Design
3.93 +22% vs. dept 31
ME 184 · Corrosion and Wear
2.73 −16% vs. dept 143
ME 186 · Fracture Mechanics in Engineering Design
2.78 −14% vs. dept 199
ME 190 · Project Engineering I
3.77 +17% vs. dept 2,654
ME 191 · Project Engineering II
3.74 +16% vs. dept 2,575
ME 196A · Motion and Dynamic Analysis using Solid Modeling
3.46 +7% vs. dept 13
ME 196B · Engineering Systems Approach to Product Design
3.47 +7% vs. dept 16
ME 196E · Vehicle Safety and Crash Reconstruction
2.94 −9% vs. dept 39
ME 196F · Materials Selection in Engineering Design
3.88 +20% vs. dept 249
ME 196G
3.23 −0% vs. dept 42
ME 196H · Air Resources Engineering
2.57 −21% vs. dept 10
ME 196M · Engineering Research Methodology and Communication for Undergraduate Students
3.41 +5% vs. dept 12
ME 196Q · Ceramic Materials
3.10 −4% vs. dept 110
ME 196R · Fundamentals of Physical Metallurgy and Materials
3.26 +1% vs. dept 38
ME 196T
3.57 +10% vs. dept 15
ME 196U
3.65 +13% vs. dept 26
ME 196V
3.55 +10% vs. dept 35
ME 196W
3.55 +10% vs. dept 32
ME 196X
3.43 +6% vs. dept 53
ME 196Y
3.75 +16% vs. dept 13
ME 196Z
3.79 +17% vs. dept 38
200 level20 courses
ME 206 · Stochastic Modeling for Engineers
3.79 +17% vs. dept 13
ME 209 · Research Methodology. 
3.65 +13% vs. dept 356
ME 233 · Intelligent Product Design and Manufacturing
3.85 +19% vs. dept 186
ME 238 · Automated Inspection
3.90 +20% vs. dept 125
ME 240 · Mechanical Design & Failure Analysis
3.60 +11% vs. dept 53
ME 241 · Optimum Mechanical Design
3.45 +7% vs. dept 78
ME 250 · Heat Transfer: Conduction
3.49 +8% vs. dept 47
ME 274 · Introduction to Flight Dynamics
3.59 +11% vs. dept 49
ME 296H
3.90 +21% vs. dept 25
ME 296I
3.88 +20% vs. dept 11
ME 296J
3.63 +12% vs. dept 24
ME 296K
3.69 +14% vs. dept 12
ME 296L · Creative Engineering Design for Quality Products
3.10 −4% vs. dept 17
ME 296M · Space Mission Design and Analyses
3.64 +12% vs. dept 44
ME 296N
3.69 +14% vs. dept 32
ME 296O · Advanced Heat Transfer
3.62 +12% vs. dept 32
ME 296R
3.26 +1% vs. dept 19
ME 296S · Advanced CAD for Aerospace Applications
3.45 +7% vs. dept 96
ME 296T
3.79 +17% vs. dept 27
ME 296U · Advanced Computer-Aided Product Design
3.08 −5% vs. dept 24
39 more ME courses appear in the catalog with no grade record yet.
Find a course or professor

Search helper · Uses this school’s records. Try “compare ECON 101” or a professor’s name.