Mechanical Engineering (ME)
Overview
Mechanical Engineering is one of the most versatile and impactful engineering disciplines, shaping nearly every aspect of modern life. Mechanical engineers design, analyze, and improve mechanical systems used in many industries including energy, transportation, robotics, aerospace, and biomedical. Students learn to apply mechanical principles to new technologies, materials, and processes, strengthening their ability to drive innovation and continuous improvement.
Mechanical engineers contribute to every stage of product and system development, from concept and modeling to rapid prototyping, testing, validation, and implementation. Through hands on coursework and internships students also develop practical skills in experimental methods, project management, and cross functional collaboration with engineering teams, production, vendors, and customers. Employers value ME graduates for their broad technical knowledge, adaptability, and real-world problem-solving ability.
Key Course Highlights
- Strong fundamentals in Calculus, Physics, and Chemistry
- Statistics and Dynamics
- Heat Transfer
- Fluid Mechanics
- Materials Analysis
- Computer Aided Design and Analysis
Internship Project Samples
- Design of Testing Equipment
- Analysis of Heat Transfer and Fluid Flow in Various Systems
- Design and Implementation of New Machine Elements to Processes
- Cost analysis of Replacing Old Products or Process Components
- New Product Design, Testing, and Implementation
- Analysis and Qualification of Competitors Products and Vendor Parts
- Versatile Tooling Design, such as Jigs, Fixtures, and Custom Tools
Internship History
Active Company Participants
The following participating companies have taken ME students in the recent past (within the last 5 years):
Student Participation
Participating Universities
MECOP currently accepts Mechanical Engineering students from the following universities:
Internship Timeframes
The following timeframes have been laid out by our participating universities for when an internship should be offered. These timeframes have been structured to allow students to participate in the program and not fall behind on their upper-division coursework schedule beyond the terms that internships overlap.
Oregon State University
- Junior Year: Spring-Summer Internship
- Senior Year: Spring-Summer Internship
Oregon Tech
- Junior Year: Spring-Summer Internship
- Senior Year: Summer-Fall Internship
Portland State University
- Junior Year: Spring-Summer Internship
- Senior Year: Spring-Summer Internship
University of Portland
- Junior Year: Summer-Fall Internship
- Senior Year: Summer-Fall Internship
- Spring-Summer Internship: Internship occurring during Spring and Summer school terms (March through September).
- Summer-Fall Internship: Internship occurring during Summer and Fall school terms (June through December).
Coursework Requirements
Each participating university discipline has a set of required courses that must be taken to stay on schedule for program participation. These requirements are optimized to provide the necessary skills to participate in MECOP's internships while minimizing the amount of time added to receiving a degree. If you are a student and want to discuss your current academic qualifications and to plan out your curriculum for participation, please see our directory of advisors.
MECOP Affiliated Advisors For This Discipline
Oregon State University
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Department Email: mailto:[email protected]
Advisors Active With MECOP:- Haitham Anbar
- John Barber
- Alexandra Davis
- Cheyenne Standing-Elk
- Darr Tucknott
Oregon Tech
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Brian Moravec
Portland State University
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Lemmy Meekisho
University of Portland
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Lindsey Johnson
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Rebecca Neal