University of North Dakota

What you'll study

The programme combines advanced coursework, hands-on laboratory training and a research project or thesis. Core topics include materials thermodynamics and kinetics, phase transformations, mechanical behaviour of materials, materials characterisation techniques (for example electron microscopy and X-ray diffraction), and materials processing methods. Elective study typically covers specialised areas such as polymers and soft materials, ceramics and glasses, composite materials, electronic and magnetic materials, corrosion and surface engineering, and nanomaterials.

Students develop practical skills in microstructural analysis, failure analysis, mechanical testing, and materials modelling and simulation. The programme offers both thesis (research-focused) and non-thesis (coursework and project) routes; thesis students complete an original research project under faculty supervision, while non-thesis students undertake an applied project or additional coursework. Coursework is complemented by seminars, journal clubs and opportunities to collaborate with research groups.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in materials science, materials engineering, mechanical engineering, chemical engineering, physics, chemistry or a closely related discipline. Academic performance in core undergraduate courses such as thermodynamics, solid-state physics or materials science is taken into account. Evidence of research potential, such as a prior research project, laboratory experience or strong letters of recommendation, strengthens an application.

International applicants must demonstrate English language proficiency through an approved test or equivalent. The department reviews applications for preparation and fit; additional preparatory coursework may be required for candidates from non‑materials backgrounds. GRE requirements, where used, and any specific departmental prerequisites are detailed on the programme web pages.

Career prospects

Graduates go into a wide range of roles in industry, government and academia. Typical career paths include research and development scientist, materials engineer, failure analysis specialist, quality/control engineer, process development engineer and product development engineer. Employers are found in sectors such as aerospace and defence, energy and renewables, electronics and semiconductors, biomedical devices, automotive, and advanced manufacturing.

Many graduates also pursue doctoral study or positions at national laboratories and research institutes. The combination of laboratory skills, materials characterisation expertise and project experience prepares students for technical leadership roles and for work that bridges materials science and engineering applications.

Why study at University of North Dakota

The University of North Dakota offers a focused, research-active environment with close faculty mentorship and access to modern materials characterisation and testing facilities. Small cohort sizes allow for personalised supervision of laboratory and thesis work. Faculty research strengths span energy materials, composites, electronic and functional materials, and applied materials engineering, providing diverse opportunities for collaboration.

The programme’s links with regional industry and research organisations provide pathways to internships, applied projects and employment. Students benefit from a balance of hands-on laboratory training, theoretical grounding and opportunities to present and publish research, preparing them for both industrial careers and further academic study.