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Mechanical Engineering (ME)

Mechanical Engineering majors develop skills in modeling, designing, fabricating, and analyzing thermal, fluid, and mechanical systems. The program aims to empower students to succeed in careers that serve society by cultivating curiosity, empowering students to tackle technical challenges, and providing opportunities to practice ME skills in contexts that matter.

The Course Requirements of the ME program are:

ME - All of:

ENGR2320Mechanics of Solids & Structures

4 ENGR
 
ENGX2134Engineering Systems Analysis

2 ENGR
ENGR2340Engineering Systems Analysis: Dynamics

2 ENGR
OR
or designated alternative
 
ENGR2350Thermodynamics

4 ENGR
OR
ENGR2355Introductory Thermodynamics

2 ENGR
AND
ENGR3355Intermediate Thermodynamics

2 ENGR
 
ENGR3310Transport Phenomena

4 ENGR
OR
ENGR2365Introductory Transport Phenomena

2 ENGR
AND
ENGR3365Intermediate Transport Phenomena

2 ENGR
 
ENGR3330Mechanical Design

4 ENGR

ME - One of:

ENGR3110Elecanisms

4 ENGR
ENGR3180Renewable Energy

4 ENGR
ENGR3225Systems

4 ENGR
ENGR3232Biomedical Device Design

4 ENGR
ENGR3242Quantitative Engineering Design

4 ENGR
ENGR3260Design for Manufacturing

4 ENGR
ENGR3345Mechanical and Aerospace Systems

4 ENGR
ENGR3350Finite Element Analysis

4 ENGR
ENGR3370Controls

4 ENGR
ENGR3390Fundamentals of Robotics

4 ENGR
ENGR3392Robotics Systems Integration

4 ENGR
ENGR3610Biomedical Materials

4 ENGR
ENGR3820Failure Analysis and Prevention

4 ENGR
or other course approved by ME program group

ENGR3225, ENGR3232, ENGR3242, ENGR3260: if not used to satisfy the Design Depth requirement

ME Math - One of:

MTH3120Partial Differential Equations

4 MTH
MTH3150Numerical Methods and Scientific Computing

4 MTH
MTH3170Nonlinear Dynamics and Chaos

4 MTH
or other math course approved by ME program group