Innovate the engineering field and explore your career potential by earning your master's degree in electrical engineering. Apply advanced mathematical and physical principles to electronic and computer-based devices and systems under the practical insight of expert faculty members.
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 Electrical Engineering at Wilkes?
Benefit from hands-on experiences unparalleled at other institutions in the region. Practical coursework in our electrical engineering master's program means concepts can be implemented right away so you can make an immediate impact on your company and organization. 91茄子students benefit from the guidance and support of our faculty experts, many who still work in the field they teach. Additionally, within our program, you'll have the opportunity to design a project or thesis experience that aligns with your career goals.
What Will You Learn in our Electrical Engineering Program?
- Learn to apply advanced mathematical and physical principles to electronic and computer-based devices and systems.
- Explore communications and navigational systems; computers and digital systems; microelectronics; microwaves and antennas; power and control systems; and software engineering.
- Culminate your academic experience through a research thesis or final project where you can pursue topics of professional interest.
