Course
1
100: Intro to Physics
2
101: Mechanics and Control
3
102: Measurement
4
200: Numerical Computation
5
201: Electronics and Circuits
6
300: Differential Equations
7
301: Nonlinear Dynamics
8
302: Fluid Dynamics
9
303: Thermodynamics
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Number
Name
Description
Corequisites
Prerequisites
Offered
Teaching credits
Classes
# of classes
100
Intro to Physics
Introduces basic mechanics: motion in a plane, force and acceleration, momentum and inertia.
Fall
Spring
0.5
100: Intro to Physics | Rasheeda Balentine
100: Intro to Physics | Edwardo Groman
2
101
Mechanics and Control
Deformable solids and material behavior.
Spring
1.5
0
102
Measurement
Observation and measurement of physical variables.
101: Mechanics and Control
Fall
1.5
102: Measurement | Georgianne Etsitty
1
200
Numerical Computation
Programming concepts for MechE approximation and ODEs.
Fall
Spring
1.5
200: Numerical Computation | Dann Harpin
200: Numerical Computation | Rasheeda Balentine
2
201
Electronics and Circuits
Circuit abstraction focused on switches and MOS devices.
Fall
2.0
201: Electronics and Circuits | Kraig Landi
1
300
Differential Equations
Exploration of linear ODEs, complex numbers, and inhomogeneous equations.
300: Differential Equations
100: Intro to Physics
Fall
Spring
1.5
300: Differential Equations | Roger Coady
300: Differential Equations | Bob Gandara
2
301
Nonlinear Dynamics
Nonlinear dynamics and chaos—exploring phase space and aperiodic flows.
Spring
1.5
0
302
Fluid Dynamics
Fundamental fluid mechanics and inviscid flow analysis.
303: Thermodynamics
Fall
2.0
302: Fluid Dynamics | Jenniffer Hutton
1
303
Thermodynamics
Focus on phase change heat transfer and thermal radiation.
302: Fluid Dynamics
Spring
2.0
303: Thermodynamics | Roger Coady
1
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