University of New Haven

USA
2 Scholarships 89 Programs 3 Degree levels
Bachelor

Bachelor's in Mechanical Engineering

Offered at University of New Haven, USA
DegreeBachelor
FieldMechanical Engineering.
C

Cost & earnings at University of New Haven What students borrow here, and what they go on to earn

You borrow $27,000 median federal debt
You repay $307/mo over 10 years
Graduates earn $60,126 10 yrs after entry
Debt clears in 1.3 yrs of the salary premium
US Department of Education figures See the full breakdown →
B

Mechanical Engineering Related Technology graduates earn a median $58,522 Across 103 US programmes, two years after finishing

See the degree grade →

The Bachelor of Science in Mechanical Engineering at the University of New Haven is an ABET-accredited undergraduate programme that combines core engineering science with hands-on design, manufacturing and laboratory experience. It suits students who enjoy problem-solving, designing mechanical systems and applying mathematics and physics to real-world engineering challenges.

What you'll study

The Mechanical Engineering curriculum provides a broad foundation in engineering fundamentals and specialised mechanical topics. Early coursework emphasises mathematics, physics, chemistry and introductory engineering principles, while later years focus on mechanical systems and design.

  • Core sciences and mathematics: calculus, differential equations, linear algebra, general physics with laboratory.
  • Engineering fundamentals: statics, dynamics, strength of materials, engineering materials and manufacturing processes.
  • Mechanical engineering topics: thermodynamics, heat transfer, fluid mechanics, machine design, mechanical vibrations and control systems.
  • Design and computing: computer-aided design (CAD), finite element analysis, computer-aided manufacturing (CAM), programming for engineers and simulation tools.
  • Laboratory and hands-on experience: experimental labs in materials, thermofluids and mechanical systems, plus workshops and machining labs to build prototypes.
  • Capstone project: team-based senior design project where students develop, test and present a complete engineering solution, often sponsored by industry partners.
  • Professional development: engineering ethics, technical communication, project management and preparation for professional licensure pathways.
  • Co-operative education and internships: opportunities to gain industry experience through internships or co-op placements integrated with the programme.

Entry requirements

Applicants are expected to have completed a secondary school programme with strong performance in mathematics and science. Typical preparation includes completion of higher-level mathematics (algebra, geometry, trigonometry, pre-calculus or calculus) and physics; chemistry is recommended.

  • Academic background: secondary school diploma or equivalent with competitive grades in maths and science courses.
  • Standardised tests: the university may consider standardised test scores where submitted as part of the application; applicants should check the institution's current policy.
  • International applicants: proof of English-language proficiency through accepted tests or qualifications, unless previously educated in English.
  • Other materials: completed application, academic transcripts, and any required personal statements or references as specified by the university.

Career prospects

Graduates with a BS in Mechanical Engineering are prepared for careers designing, analysing and maintaining mechanical systems across many industries. Common entry-level roles include

  • mechanical design engineer and product development engineer
  • manufacturing and process engineer
  • HVAC and building systems engineer
  • automotive, aerospace or defence systems engineer
  • controls and robotics engineer
  • testing and quality assurance engineer

Graduates also commonly move into project management, technical sales, or consulting roles, and may pursue graduate study (master's or PhD) or professional licensure (PE) to expand career opportunities.

Why study at University of New Haven

The University of New Haven offers a practical, career-oriented mechanical engineering education with substantial laboratory resources and opportunities for experiential learning. The engineering programmes are accredited, emphasise teamwork and real-world design, and integrate co-op and internship pathways that connect students with regional and national employers.

  • Hands-on facilities: machine shops, fabrication labs, and specialised testing and fluids labs that support project-based learning.
  • Industry connections: partnerships with manufacturers, technology firms and engineering consultancies that provide internship and project sponsorship opportunities.
  • Small class sizes and faculty support: accessible faculty with industry and research experience who supervise labs, projects and undergraduate research.
  • Career services: dedicated support for job placement, résumé and interview preparation, and employer networking.
  • Location benefits: proximity to a range of engineering employers in the Northeast, facilitating co-op placements and internships.

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Programme details are indicative and may change — always verify current information with the official university website before applying.