Florida International University

What you'll study

This doctoral programme emphasises original research combined with advanced coursework. Early-stage students complete core and elective courses covering quantitative methods, engineering mathematics and advanced topics in biomedical engineering. Typical subject areas include:

• Biomaterials and tissue engineering — design, characterisation and biological interactions of scaffolds and implants
• Biomechanics and mechanobiology — musculoskeletal mechanics, soft tissue modelling and experimental biomechanics
• Biomedical imaging and instrumentation — modalities, signal processing and hardware design
• Neural engineering and neurotechnology — neural interfaces, computational neuroscience and rehabilitation engineering
• Micro/nanotechnology and lab-on-a-chip systems for diagnostics and therapeutics
• Bioinformatics, systems biology and data-driven methods for physiological systems
• Translational research topics such as medical device development, regulatory considerations and human-subjects research design

Training includes a combination of seminars, advanced electives, research rotations or laboratory placement, qualifying examinations and an extended, faculty-supervised dissertation project. Students develop experimental and computational skills, lead independent research, and are encouraged to publish in peer-reviewed journals and present at conferences.

Entry requirements

Applicants are normally expected to hold a relevant graduate degree (master’s) or a strong bachelor’s degree in biomedical engineering, engineering, physical sciences or a closely related discipline. Suitable applicants typically demonstrate:

• Strong academic record in prior tertiary study (transcripts required)
• Research experience or potential, shown by a statement of purpose, publications or documented laboratory work
• Letters of recommendation from academic or professional referees who can attest to research aptitude
• A detailed CV/resume outlining technical skills and relevant projects
• If applicable, proof of English language proficiency for international applicants

Prospective students should consult the programme’s admissions web page for any additional department‑specific requirements and for advice about contacting potential faculty supervisors before applying.

Career prospects

Graduates of the PhD programme pursue a range of careers that leverage deep technical and research skills. Common career pathways include:

• Academic research and teaching — postdoctoral positions and faculty roles at universities
• Industry research and development — engineering and scientific roles in medical device, diagnostics, biotech and pharmaceutical companies
• Clinical translation and regulatory science — roles in technology transfer, clinical trials, regulatory affairs and hospital‑based research
• Government and national laboratories — research scientist and programme leadership positions
• Entrepreneurship and startups — founding or technical leadership in early‑stage biomedical ventures
• Specialised technical roles — imaging specialists, computational modelers, quality systems and validation engineers

The programme’s emphasis on publication, interdisciplinary teamwork and industry engagement supports candidates seeking both research leadership and applied development roles.

Why study at Florida International University

Florida International University offers a biomedical engineering PhD within a research‑oriented engineering college and benefits from its metropolitan location and regional healthcare ecosystem. Students have access to interdisciplinary collaborations across campus and with local hospitals and industry partners, supporting translational and clinical research opportunities. The university maintains core facilities and laboratory infrastructure suitable for biomaterials, imaging, microfabrication and computational work, and faculty research spans areas such as regenerative medicine, neural engineering, biomechanics and medical imaging.

Doctoral students can pursue funded research assistantships and teaching opportunities, work closely with faculty mentors on grant‑driven projects, and tap into a diverse community of researchers and clinicians in the Miami region. These institutional strengths make FIU a suitable choice for students aiming to advance both fundamental science and practical biomedical technologies.