University of New Haven

What you'll study

The programme combines foundational science and mathematics with discipline-specific engineering courses and hands-on laboratory experience. Early years typically cover calculus, physics, chemistry, computer programming, engineering graphics and material science, while later years focus on core engineering topics such as statics and dynamics, thermodynamics, fluids, circuits and systems, design and manufacturing principles, and control systems. Every student completes laboratory courses, computing and simulation modules, and a team-based capstone design project that applies engineering practices to a real-world problem.

• Common first-year modules: Calculus, General Physics, Introductory Engineering Design, Computer-Aided Design, Foundations of Programming.
• Typical intermediate modules: Mechanics of Materials, Electrical Circuits, Thermodynamics, Fluid Mechanics, Materials Science, Signals and Systems.
• Advanced and specialist modules: Machine Design, Control Systems, Embedded Systems, Structural Analysis, Biomedical Instrumentation or Energy Systems depending on specialisation options.
• Capstone and practical learning: Multidisciplinary capstone design, laboratory work, industry-sponsored projects and opportunities for undergraduate research.
• Professional skills: Engineering ethics, project management, technical communication and preparation for industry or graduate study.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong achievement in mathematics and the sciences. Successful candidates typically demonstrate competence in algebra and calculus, and have studied physics and chemistry where possible. Admissions decisions are based on academic transcripts, a personal statement and any supplementary materials requested by the admissions office. International applicants will need to meet English language proficiency requirements. Transfer applicants are considered on the basis of prior college-level coursework and programme compatibility.

Career prospects

Graduates enter a wide range of roles in engineering and technology, including design and development, project engineering, systems engineering, testing and quality assurance, manufacturing and process engineering, and technical sales. Typical employers include engineering consultancies, manufacturing firms, construction and infrastructure companies, medical device makers, energy and utilities providers, and technology firms. Many graduates progress to specialist roles, management positions or further study such as master’s programmes; others pursue professional registration and licensure, which in many jurisdictions involves accredited academic qualifications, documented engineering experience and professional examinations.

Why study at University of New Haven

The University of New Haven offers an applied, career-oriented engineering education with emphasis on hands-on learning and industry engagement. Students benefit from well-equipped laboratories, small class sizes that enable close faculty mentoring, and project-based courses that mirror professional practice. The university’s location in Connecticut provides access to a network of regional employers and internship opportunities, and dedicated career services support helps students secure co-op placements, internships and graduate employment. Faculty-led research projects and industry partnerships give motivated students pathways into undergraduate research and innovation initiatives.