COURSE CURRICULUM

Concentrations within the Mechanical Engineering major allow students to specialize in a focused area of study, gaining deeper technical knowledge and hands-on experience beyond the core curriculum. By selecting a concentration, students can tailor their education to match specific career interests, develop advanced skills in a chosen field, and often connect with mentors, internships, and industry opportunities before graduating. This focused approach helps prepare students for more specialized roles in engineering and technology industries.The Advanced Manufacturing concentration focuses on modern production methods and industrial technologies used in today’s manufacturing sector. Students explore topics such as manufacturing processes, automation systems, simulation techniques, and materials processing. This concentration provides a strong foundation in manufacturing principles while also emphasizing the use of advanced technologies that improve efficiency, precision, and productivity in industrial operations. Graduates from this pathway are well-prepared for careers in manufacturing industries, automation, and production engineering.The Aerospace Engineering concentration is designed for students interested in the design, development, and operation of vehicles capable of flight. This includes aircraft as well as spacecraft that operate within and beyond Earth’s atmosphere. Students study key engineering subjects such as fluid mechanics, chemical propulsion, structural design, and stability and control systems. Through coursework and collaboration with faculty experienced in the aerospace industry, students gain insight into both theoretical principles and practical applications of aerospace systems.Overall, both concentrations provide specialized training that builds on the core mechanical engineering curriculum while preparing students for advanced careers in highly technical fields. Whether focusing on manufacturing systems or aerospace technologies, students graduate with strong problem-solving abilities, technical expertise, and industry-relevant experience that position them for success in engineering careers.