Certificate in Power Electronics and Systems

The University of St. Thomas in Minnesota, founded in 1885, combines a long academic tradition with a focus on ethical leadership and community engagement. Serving around 5,900 students, including international learners, St. Thomas fosters a supportive, close-knit environment where rigorous academics and personal development go hand in hand. The university emphasizes holistic education that prepares students to think critically and act responsibly in professional and civic life.

St. Thomas offers a broad range of undergraduate and graduate programs across liberal arts, business, education and professional disciplines, featuring experiential learning, service projects and partnerships with local organizations. Faculty mentorship and small class sizes create accessible opportunities for research, internships and collaborative work that bridge theory and practice. Campus resources such as career services and student organizations support practical skill building and leadership development.

International students benefit from targeted advising, orientation programs, and community networks that ease academic and cultural transitions. The university’s location provides access to metropolitan internships and service-learning opportunities while preserving a campus atmosphere that values personal attention. Prospective students should review program prerequisites, connect with admissions for guidance on visas and funding, and explore how St. Thomas’ values-driven approach aligns with their goals for academic growth and civic contribution.

The Certificate in Power Electronics and Systems is a non-degree program for students with a bachelor's degree, offered at the University of St. Thomas, Minnesota. This one-year program helps students gain expertise in power electronics. Its main advantages include understanding alternative energy systems and microgrids.

The curriculum covers power electronics and systems, including Distributed Energy Resources and microgrids. Students develop skills in designing and implementing power electronics systems. The program includes hands-on components to help students apply theoretical knowledge in real-world scenarios.

Graduates can pursue careers as Power Systems Engineers, Renewable Energy Specialists, or Microgrid Designers. They can work in industries such as energy, manufacturing, or consulting, and with employers like utility companies or engineering firms. Other potential job titles include Energy Systems Analyst or Electrical Engineer.