COURSE CURRICULUM

The Bachelor of Science in Electrical and Computer Engineering (ECE) at the University of New Haven is a STEM-designated program that combines electrical engineering and computer engineering to prepare students for modern technology-driven careers involving hardware, software, embedded systems, signal processing, and digital design. The curriculum is structured across four academic years, beginning with a strong foundation in mathematics, physics, programming, and engineering fundamentals, including Calculus I and II, Physics with laboratory components, Introduction to Engineering, C programming, digital logic design, communication skills, and general education electives that support critical thinking and problem-solving. In the sophomore year, students expand their knowledge through advanced mathematics such as Calculus III and differential equations, chemistry with laboratory work, analog circuits and electronics, engineering analysis methods, intermediate programming in C and C++, and additional humanities and creative arts coursework to build a well-rounded academic background. The junior year focuses heavily on core electrical and computer engineering topics such as signals and systems, random signal analysis, digital hardware programming, embedded systems, digital signal processing, electronics design laboratory, applied engineering mathematics, and a structured junior design experience. Students also complete an internship or experiential learning requirement to gain real-world industry exposure, along with technical electives that allow specialization in areas such as computing, networking, or advanced electronics. In the senior year, students complete a professional enrichment course, a two-semester capstone design project that integrates all prior learning into a real engineering solution, and a professional issues course in computing technology. They also choose multiple technical electives and specialized courses in analog and digital systems, such as communications systems, embedded system-on-chip design, electronics, or computer organization. Additional requirements include global awareness and interdisciplinary electives that enhance communication and cultural understanding. Overall, the program emphasizes progressive skill development, moving from foundational science and mathematics to advanced engineering design, embedded systems, and industry-level problem solving, preparing graduates for careers in electrical engineering, computer engineering, embedded systems development, telecommunications, and related technology fields.