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The
Mechanical Engineering Minor
The
Department of Mechanical Engineering offers a minor in Mechanical
Engineering. The minor requires four upper level courses in Mechanical
Engineering, plus any freshman or sophomore courses in mechanical
engineering, mathematics, or physics which are required pre-requisites
for the upper level courses chosen. The detailed requirements are
listed below:
Four
ME courses at the 200 level or higher with a combined GPA of at
least 2.0 in these four courses.
AND
One of four courses selected from the following list: ME 204 (Mechanical
Design I), ME 211 (Computational Methods), ME 241 (Fluids and Thermal
Sciences Laboratory), ME 242 (Solids and Materials Laboratory),
and ME 251 (Heat & Power).
Prerequisites
for upper level ME courses generally include MTH 161-164, and PHY
121-122 (or at least PHY 121). Some courses may also require ME
120 (Statics), ME 121 (Dynamics), or ME 123 (Thermodynamics).
The choice of the four courses and the determination of necessary
prerequisites should be worked out in consultation with an ME faculty
member. The current advisor for ME minors is Prof. Clark, Hopeman
329, x54078. For further information, contact Prof.
Clark, Undergraduate Committee Chair, or Carmen
Schlenker , ME Undergraduate Secretary (x54735, Hopeman 235).
Examples
of Minors
Fluid
Dynamics and Thermal Sciences
ME 225 Intro to Fluid Dynamics
ME 241 Fluids and Thermal Sciences Lab
ME 223 Heat Transfer
ME 251 Heat & Power |
Materials
and Solid Mechanics
ME 226 Intro to Solid Mechanics
ME 242 Materials and Solids Lab
ME 280 Intro to Materials
ME 281 Mechanical Properties of Materials |
Fluid
Mechanics and Solid Mechanics
ME 225 Intro to Fluid Dynamics
ME 226 Intro to Solid Mechanics
ME 241 Fluids and Thermal Sciences Lab
ME 242 Solids and Materials Lab |
Mechanical
Design
ME 226 Intro to Solid Mechanics
ME 211 Computational Methods
ME 204 Mechanical Design I
ME 205 Mechanical Design II |
Structural
Analysis
ME 226 Intro to Solid Mechanics
ME 211 Computational Methods
ME 204 Mechanical Design I
ME 440 Mechanics of Structures
(or ME 441 Finite Elements) |
Engineering
Mathematics
ME 201 Applied Boundary Value Problems
ME 202 Applied Complex Variables
ME 211 Computational Methods
ME 401 Methods of Applied Mathematics
(or ME 402 Partial Differential Equations) |
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