Eastern Mennonite University

What you'll study

The Bachelor’s in Engineering at Eastern Mennonite University provides a balanced programme of core engineering principles, foundational sciences and liberal arts. Early study focuses on calculus, linear algebra, physics and chemistry to build quantitative skills. Core engineering modules typically include statics and dynamics, materials science, mechanics of solids, thermodynamics, electrical circuits, systems and control, engineering graphics and computer-aided design, and introductory programming. Hands-on laboratory courses and project work are integrated throughout the curriculum to develop practical skills in measurement, instrumentation, prototyping and testing.

Students complete a senior capstone design project that requires teamwork, application of engineering methods, technical communication and attention to ethics and sustainability. Elective options allow students to pursue areas of interest such as mechanical systems, electronics, renewable energy, manufacturing processes, or software tools for engineering. The degree also includes general education courses in writing, humanities and social sciences to strengthen communication, critical thinking and interdisciplinary perspective.

Entry requirements

Applicants should hold a recognised secondary school diploma or equivalent with strong preparation in mathematics and science. Successful candidates typically present sustained achievement in subjects such as calculus (or precalculus), algebra, and physics. Admissions evidence that supports an application includes academic transcripts, a personal statement outlining motivation for engineering and interest in EMU’s values-based approach, and letters of recommendation.

Prospective transfer students should submit college transcripts and a summary of completed STEM coursework; relevant advanced placement, International Baccalaureate or dual-enrolment credits may be considered for placement. Because programme offerings and accreditation considerations can affect professional pathways, applicants are encouraged to discuss curriculum planning and transfer arrangements with the department during the application process.

Career prospects

Graduates of an engineering bachelor’s degree from EMU enter a range of technical and applied roles in industry, government and non-profit organisations. Typical job titles include design engineer, project engineer, field engineer, test engineer, manufacturing engineer, quality assurance analyst, systems engineer and technical consultant. Many graduates pursue graduate study in specialised engineering disciplines, data science, business or environmental fields.

Because professional engineering practice and licensure requirements vary by region, graduates seeking to become licensed professional engineers should review local credentialing requirements and consider postgraduate study or examination routes as appropriate. The programme’s emphasis on teamwork, communication and ethical decision-making is also valued in roles that bridge technology with management, policy or community development.

Why study at Eastern Mennonite University

EMU offers a small-campus learning environment with close faculty mentorship and opportunities for collaborative, project-based learning. The university’s liberal arts context encourages engineers to integrate technical knowledge with ethical reasoning, social responsibility and intercultural awareness. EMU emphasises experiential learning through labs, internships, community-engaged projects and a capstone design experience that connects students with real-world problems.

Students benefit from supportive advising for career planning and graduate-study preparation, plus regional partnerships that can facilitate internships and employment with local industry and engineering firms. For students who want an engineering education grounded in hands-on practice, ethical reflection and service to community, EMU provides a focused setting to develop both technical competence and leadership skills.