Advance your knowledge of engineering theory with hands-on technical experience and the guidance of faculty who are experts in the field. Mechanical engineers with advanced degrees can pursue careers and inspire solutions in robotics, automation, energy, manufacturing and product development.
COBE Business Ethics Workshops for Undergraduates
These workshops are designed specifically for undergraduate students to gain foundational knowledge in business ethics. Each 8-hour session will feature case studies and group activities that introduce participants to key ethical principles and decision-making frameworks. These hands-on workshops provide an excellent opportunity for students to explore ethical issues and develop practical skills in a collaborative setting.
Nursing Careers Day MAC 10/28, 11-1
Meet with recruiters from a variety of health care settings seeking nursing majors. First and second year students, get ideas about externships and financial incentives offered to your majors; juniors and seniors, check out the opportunities and get your questions answered from a recruiter. Resumes suggested but optional, for resume assistance, contact carol.bosack@wilkes.edu, Center for Career Development & Internships.
Program Snapshot
| Program Type | Format | Credit Hours |
|---|---|---|
| Master's Degree | On Campus | 30 |
Why Study Mechanical Engineering at Wilkes?
Benefit from hands-on experiences unparalleled at other institutions in the region. Project-based courses offer immediate hands-on application through interactive classes and state-of-the-art labs. The Mark Engineering Center uses the latest professional technology to ensure our engineering graduates are prepared for their next step, whether that be an advanced career in the field of mechanical engineering or a PhD program.
A variety of electives will allow you to create a program of study that鈥檚 tailored to your interests and objectives.
What Will You Learn in our Mechanical Engineering Program?
- Explore core courses in applied engineering analysis, product development, materials sciences and solid mechanics.
- Select from electives that address mechatronics, nanotechnology, robotics, advanced CADD, among others.
- Benefit from hands-on experience in problem solving in state-of-the-art labs dedicated to these advanced concepts.
- Apply what you鈥檝e learned to a culminating thesis or final project under the guidance of a faculty expert.
