BMES 2026 Annual Meeting

How it compares

IEEE EMBC is the closest broad technical alternative. Its program gives particular weight to biomedical signal processing, imaging, wearables, neural and rehabilitation engineering, and health informatics. The IEEE network makes it a useful choice for engineers seeking collaborations around sensing, computation and connected medical systems. BMES gives more space to the US biomedical engineering departmental community, recruitment and the connections between research training and industry.

TERMIS-AM narrows the discussion to tissue engineering and regenerative medicine. Its New Orleans meeting brings organ-on-chip models, CRISPR, lipid nanoparticles and artificial intelligence into that specialist setting. For a team whose work centers on engineered tissues or regenerative therapies, that concentration can be more useful than the breadth of BMES. BMES brings those subjects into contact with imaging, biomechanics, drug delivery and other branches of bioengineering.

The BMES CMBE Conference is another focused choice, built around cell engineering and biological mechanisms across scales. It suits researchers who need depth in cellular and molecular bioengineering. The Annual Meeting adds the wider exhibition, graduate-program recruitment, career sessions and university receptions. Its strongest case is a visit combining scientific collaboration with recruitment or access to the laboratories developing biomedical technologies.

BMES is the right trip for research suppliers, biomedical engineering departments and scientists who want laboratory partnerships and recruitment alongside a broad scientific program.

Who exhibits

University departments set the tone: Johns Hopkins University, Duke University and the University of Florida have booths alongside a broad range of graduate programs. Izon Science brings nanoparticle isolation and characterization; MathWorks and JMP Statistical Discovery cover engineering and data analysis software. TissueLabs adds bioprinting and tissue models, while NIBIB/NIH and the U.S. National Science Foundation connect visitors with research programs. The mix favors laboratory methods, research collaboration and education.

This year's list is on its way. A HallBrief brief ranks every exhibitor against your goals and finds who to meet at each. Get a brief

BMES 2026 Annual Meeting

The Orlando meeting develops its human-health theme through translational research, from therapeutics and medical devices to integrative diagnostics. Kafui Dzirasa opens the program with “Engineering the Brain to Prevent Psychiatric Illness.” Workshops with Izon Science, JMP Statistical Discovery and MathWorks bring laboratory workflows, statistical methods and generative AI into the meeting. The Advanced Biomanufacturing Symposium and Medtronic/BMES Student Design Competition connect the scientific sessions with production and device development.

• For university recruitment, combine the Meet the Faculty Candidates Forum with the hosted university receptions; the exhibition also brings graduate programs together.
• For laboratory methods, match the Izon Science, JMP or MathWorks workshop to the corresponding exhibitor booth. Their sessions cover nanoparticle analysis, statistics and biomedical data modeling.
• Poster discussions and exhibitor conversations share the Cypress Ballroom, making it useful for following a research method from the poster to its supplier.
• Keep your BMES badge with you for Member Appreciation Night at ICON Park: it admits you to the event and the transport from the host hotel.

Exhibiting

The booth packages distinguish academic from corporate exhibitors and standard from premium positions. Each basic booth package includes full conference registrations and core furnishings; services such as electricity and additional furniture are ordered through the exhibitor portal. Staff must complete their own conference registration. The format suits graduate-program recruitment, research tools and technologies that benefit from discussion with laboratory teams.