- About Us
- Undergraduate
- Graduate
- Faculty and Staff
- Research and Professional Programs
- Faculty Research
- Recent Faculty Publications
- Research Centers and Institutes
- Facilities
- Biomaterials Laboratory
- Ceramics Processing Facilities and Pilot Plant
- Computer Modeling Laboratory
- Control and Communication Systems Laboratory
- Digital Signal Processing Laboratory
- Glass Processing Facilities
- Laboratory for Electronic Ceramics
- Materials Joining and Processing Laboratory
- Mechanical Engineering Facilities
- Materials Testing Laboratory
- Short Courses and Workshops
- Conferences and Lectures
- K-12 Outreach
- Resources for Current Students
- News and Events
-
| Mechanical Engineering (ME) Bachelor of Science |
|
 Curriculum
and Classes 
|
|
Mechanical Engineers (ME) are often called the "general practitioners" of engineering. As Mechanical Engineering is a broad field, graduates work in a wide range of industries: automotive, aerospace, electrical, solar, and materials processing. The challenges they encounter are as varied as the industries in which they work. In addition to using basic math and science tools, mechanical engineers must also be creative to solve open-ended problems. Mechanical engineers will often work in teams where effective communication and collaboration are essential. Through our four-year program, students gain the skills required for a successful career. As a first-year ME student, you will become immersed in hands-on, practical design projects as part of our introductory engineering courses. Hands-on practical experiences continue right on through the program. As a senior, you will undertake a comprehensive, yearlong Senior Design Project, learning how to function as an effective group member within a realistic, job-like environment. A sample of current projects includes the Society of Automotive Engineers (SAE) Formula Racer and the Extreme Gravity Racer. |
 |