Idaho State University

What you'll study

The PhD in Engineering Science is structured around advanced coursework, original research and a public dissertation defence. Students take graduate-level classes that build depth in core areas such as advanced mathematics and modelling, experimental methods, and engineering research design, combined with specialised electives aligned to their research focus.

• Core topics: applied mathematics and numerical methods for engineering, research methods and statistics, engineering design and ethics, and graduate seminar.
• Typical specialisms: materials science and processing, biomechanics and biomedical engineering, micro/nanoengineering, mechanical systems and dynamics, electrical and control systems, and energy and environmental engineering.
• Research components: supervised laboratory research, a literature-based qualifying exam or proposal, publication in peer-reviewed journals, and the preparation and defence of a doctoral dissertation.
• Structure: programme requirements usually combine a block of coursework to establish advanced technical foundation, qualifying examinations or proposals to progress to candidacy, and the dissertation phase focused on an original contribution to engineering science.

Entry requirements

Applicants are expected to hold a relevant master's degree in engineering, applied science or a closely related discipline, or in some cases an outstanding bachelor's degree with strong research preparation. Admissions consider academic transcripts, research experience, letters of recommendation, a statement of purpose, and a curriculum vitae.

• Academic background: graduate-level coursework in engineering fundamentals, mathematics, and subject-specific prerequisites relevant to the chosen research area.
• Research experience: prior research, industry R&D experience, or a master's thesis is strongly preferred; applicants should demonstrate potential for independent research.
• Supporting materials: two to three academic or professional references, a clear statement of research interests and goals, and transcripts from all post-secondary institutions.
• English language proficiency: required for international applicants who are non-native English speakers; acceptable evidence typically includes recognised test scores or approved institutional exemptions.
• Additional considerations: applicants are encouraged to contact potential faculty supervisors before applying; the availability of faculty mentors and appropriate research funding are important factors in admission decisions.

Career prospects

Graduates of the PhD in Engineering Science go on to diverse careers that leverage deep technical expertise and research experience. Typical destinations include academic tenure-track positions, postdoctoral research, leadership roles in industrial R&D, and research positions at national laboratories or government agencies.

• University faculty and academic researchers teaching and leading research programmes.
• Research scientists and technical leaders in industry, particularly in sectors such as materials, biomedical devices, energy systems, and advanced manufacturing.
• Scientists and engineers at national laboratories and government research organisations, working on large-scale projects and technology translation.
• Consulting, patent or technology transfer roles that require deep interdisciplinary technical knowledge and problem-solving skills.

Why study at Idaho State University

Idaho State University offers a PhD environment with close student–faculty collaboration, access to specialised research facilities, and connections to regional and national research partners. The college emphasises applied, interdisciplinary projects that can be translated into practical outcomes.

• Research facilities: access to modern laboratory space, specialised instrumentation for materials and biomedical research, and computing resources to support simulation and data analysis.
• Partnerships: collaborative opportunities with regional industry and national research organisations, enabling applied projects and pathways to national laboratory work.
• Faculty mentorship: smaller research cohorts foster close mentorship, multidisciplinary advising teams and personalised development of research skills and career planning.
• Professional development: seminars, grant-writing support, teaching experience and opportunities to publish and present at conferences to prepare graduates for research-intensive careers.