Master in Electrical Engineering

Gannon University in Erie, Pennsylvania is a private Catholic university founded in 1925 that emphasizes values-driven education and student-centered learning. With a broad selection of undergraduate and graduate programs, Gannon balances rigorous academics with community engagement, ethical leadership and practical experience. The campus culture supports close faculty mentoring and a focus on career-ready skills across healthcare, engineering, business and liberal arts.

Academic programs at Gannon prioritize experiential learning through internships, labs and real-world projects that connect classroom theory to professional practice. Small class sizes allow individualized support and meaningful connections with faculty, while the university’s network of local and regional partners helps students secure placements and employment. Service, justice and community involvement are woven into many programs and extracurricular activities.

International students find a welcoming environment in Erie with services for academic advising, visa support and cultural integration. Campus life includes student organizations, volunteer opportunities and events that build community and professional networks. Gannon’s emphasis on holistic development aims to produce graduates who are technically prepared, ethically grounded and ready to contribute in diverse professional settings.

The Master in Electrical Engineering at Gannon University is a degree program for students who want to advance their knowledge in electrical and cyber engineering. This Master's degree takes a few years to complete and helps students develop problem-solving skills. The program's main advantage is that it prepares students for a lifetime of learning in a rapidly changing technological world.

The curriculum includes subjects like advanced control theory, system modeling, electronics, communication, systems engineering, and embedded software. Students work with their advisors to create a personalized curriculum and must complete at least 9 credits of Electrical Engineering program courses. The program also requires a project or thesis in Electrical Engineering, which helps students develop hands-on skills.

Graduates of this program can pursue careers as design engineers, systems engineers, electrical engineers, control systems engineers, or electronics engineers. They can work in various industries, including technology, manufacturing, and energy, and can be employed by companies that specialize in electrical and cyber engineering.