Biomedical Engineering Society (BMES): Full Guide

The Biomedical Engineering Society (BMES) is the primary professional society for bioengineers, biomedical researchers, academic faculty, students, and industry specialists in the United States and internationally. Founded in 1968, BMES advances the development, dissemination, and clinical translation of biomedical engineering knowledge. For researchers establishing multidisciplinary projects at the intersection of engineering and medicine, the society provides scientific publishing outlets, international conferences, accreditation leadership, and career development networks.

Those seeking an introduction to the broader field can explore our overview of what biomedical engineering is. Within this ecosystem, BMES functions as a central hub connecting academic bioengineering departments with clinical practitioners and medical device manufacturers working under regulatory frameworks such as medical device classifications and design controls.

What It Is

Biomedical engineering integrates engineering principles with biological sciences and clinical practice to innovate diagnostic tools, therapeutic devices, and regenerative medicine therapies. BMES serves as the principal organizational home for this discipline, coordinating scientific communication, professional accreditation, and policy advocacy.

What Does BMES Stand For?

BMES stands for the Biomedical Engineering Society. It is incorporated as a 501(c)(3) non-profit professional association headquartered in Arlington, Virginia. The organization represents more than 6,700 individual members and supports over 115 collegiate student chapters nationwide.

What Do BMES Do?

The society operates several core functions across the research lifecycle:

• Scholarly Publishing: Disseminating original research across four specialized, peer-reviewed journals in partnership with Springer Nature.
• Scientific Conferences: Organizing the premier annual fall gathering for bioengineers, featuring podium talks, poster sessions, and industry symposia.
• Curricular Standards: Serving as the lead cooperating professional society with ABET to formulate program accreditation criteria for undergraduate bioengineering curricula.
• Professional Recognition: Administering prestigious career distinctions, including the Robert A. Pritzker Distinguished Lecture Award and the BMES Fellow grade.
• Special Interest Groups (SIGs): Supporting dedicated communities in Medical Devices, Cellular and Molecular Bioengineering, Advanced Biomanufacturing, Computational Biomedical Engineering, and Women’s Health in BME.

Who Runs It and What It Covers

BMES was formally incorporated in Illinois on February 1, 1968, by an initial cohort of 171 founding members and 89 charter members. Its inaugural scientific meeting took place on April 17, 1968, in Atlantic City, New Jersey, in collaboration with the Federation of American Societies for Experimental Biology (FASEB). The society is governed by an elected Board of Directors comprising academic department chairs, clinical bioengineers, and industry executives, operating from its headquarters at 1201 Wilson Boulevard, Arlington, Virginia.

Official Publications Portfolio

BMES sponsors four high-impact scholarly journals indexed in major bibliographic databases. Prospective authors should evaluate editorial scopes and indexing metrics when submitting manuscripts:

Journal Title	Publisher	ISSN (Print / Electronic)	Core Scope
Annals of Biomedical Engineering (ABME)	Springer Nature	0090-6964 / 1573-9686	Flagship interdisciplinary journal publishing biomechanics, biomaterials, physiological modeling, and instrumentation since 1972.
Cellular and Molecular Bioengineering (CMBE)	Springer Nature	1865-5025 / 1865-5033	Mechanobiology, cellular engineering, nanotechnology, and targeted drug delivery systems.
Cardiovascular Engineering and Technology (CVET)	Springer Nature	1869-408X / 1869-4098	Cardiovascular devices, vascular hemodynamics, imaging, and surgical cardiac interventions.
Biomedical Engineering Education (BMEE)	Springer Nature	2730-5937 / 2730-5945	Pedagogical scholarship, curriculum innovation, laboratory coursework design, and ABET assessment methods.

Authors comparing society publishing venues with other engineering titles can consult our analysis of whether IEEE is peer reviewed and indexing practices.

How to Use BMES Resources and Programs

Researchers, educators, and students utilize BMES through several established workflows:

1. Navigating the BMES Annual Meeting

The BMES Annual Meeting is the field’s flagship autumn gathering, convening more than 5,000 attendees and hosting over 3,000 scientific presentations across computational modeling, tissue engineering, neuroengineering, and clinical devices.

• Abstract Submission: Authors submit structured abstracts between March and May for competitive peer review by technical track committees.
• Track Organization: Scientific sessions are organized by track, allowing investigators to present oral podium talks or participate in interactive poster sessions.
• Future Locations: The society schedules its meetings years in advance to facilitate academic calendar planning:
  • 2025: October 8–12, 2025 in San Diego, California.
  • 2026: October 21–24, 2026 in Orlando, Florida.
  • 2027: October 6–9, 2027 in Columbus, Ohio.
  • 2028: October 4–7, 2028 in Philadelphia, Pennsylvania.

2. Leveraging Special Interest Groups (SIGs)

Members join SIGs to collaborate on niche subdisciplines. These groups organize targeted minicourses, webinars, and specialized symposium tracks at the annual meeting, providing early-stage researchers direct access to established principal investigators.

3. Academic Accreditation and Student Chapters

University departments host BMES Student Chapters to support undergraduate training, design competitions, and regional symposiums. Faculty program directors engage with BMES committee representatives to align department coursework with ABET evaluation standards.

Strengths and Limits

Strengths

• Breadth of Community: Spans the full trajectory of biomedical engineering from fundamental mechanobiology to medical device commercialization.
• Dedicated Publishing Outlets: Offers focused, high-standard society journals through a major international publisher.
• Early-Career Support: Robust student chapter infrastructure, undergraduate design competitions, and travel awards.
• Accreditation Authority: Direct involvement in shaping ABET educational criteria ensures curriculum relevance for future engineers.

Limits

• Regional Concentration: While international participation is growing, governance and conference rotations remain centered primarily within the United States.
• Hardware vs. Clinical Focus: Pure electrical engineering and digital signal specialists often split their time between BMES and specialized sub-societies such as IEEE EMBS.
• Meeting Density: With over 3,000 scientific presentations across concurrent tracks, attendees must carefully pre-plan session schedules.

Alternatives and Related Societies

Biomedical engineering researchers frequently maintain joint memberships or present findings across several complementary professional bodies:

Organization	Governance & Type	Primary Focus	Key Publications / Outlets	Distinguishing Attribute
BMES	Independent 501(c)(3)	Comprehensive biomedical engineering and bioengineering	Annals of Biomedical Engineering, CMBE, CVET	Primary home for US academic departments and student chapters.
IEEE EMBS	Society within IEEE	Engineering in medicine and biology with emphasis on instrumentation and computing	IEEE TBME, IEEE JBHI, IEEE Reviews in BME	Global scale, strong computational and electrical hardware focus.
AIMBE	Non-profit advocacy institute	Public policy, legislative advocacy, and elected College of Fellows	Policy white papers and regulatory briefings	Honorific fellowship and federal science policy lobbying.
SFB (Society For Biomaterials)	Independent society	Synthetic and natural biomaterials, implant biocompatibility	Journal of Biomedical Materials Research	Specialized depth in materials science and tissue interaction.

Frequently Asked Questions

What does BMES stand for?

BMES stands for the Biomedical Engineering Society, the professional association serving biomedical engineers, researchers, faculty, and students.

What do BMES do?

BMES organizes scientific conferences, publishes four peer-reviewed journals, collaborates with ABET on university program accreditation, hosts career development programs, and supports specialized research groups across bioengineering.

Is BMES membership worth it?

BMES membership offers substantial value for academic researchers, graduate students, and industry engineers who regularly attend the annual meeting or submit to society journals. Benefits include discounted conference registration rates, access to the online BMES Hub networking community, eligibility for society awards and travel grants, and participation in Special Interest Groups. Researchers who solely focus on signal processing or clinical devices without attending the annual meeting may find more targeted value in specialized societies such as IEEE EMBS.

Where is BMES 2026?

The 2026 BMES Annual Meeting is scheduled for October 21–24, 2026, in Orlando, Florida. Following meetings are set for Columbus, Ohio (2027) and Philadelphia, Pennsylvania (2028).

Which peer-reviewed journals are published by BMES?

BMES publishes four academic journals with Springer Nature: Annals of Biomedical Engineering (flagship, established 1972), Cellular and Molecular Bioengineering, Cardiovascular Engineering and Technology, and Biomedical Engineering Education.

Sources

• Biomedical Engineering Society. “About BMES” and “History.” Official website. Read November 8, 2026. https://www.bmes.org/about
• Biomedical Engineering Society. “Future Annual Meetings.” Official portal. Read November 8, 2026. https://member.bmes.org/future-annual-meetings
• OpenAlex. Bibliographic and citation records for Annals of Biomedical Engineering (ISSN 0090-6964), Cellular and Molecular Bioengineering (ISSN 1865-5025), Cardiovascular Engineering and Technology (ISSN 1869-408X), and Biomedical Engineering Education (ISSN 2730-5937). Read November 8, 2026. https://api.openalex.org/sources
• Crossref. Journal metadata for Annals of Biomedical Engineering. Read November 8, 2026. https://api.crossref.org/journals/0090-6964
• ABET. Biomedical Engineering Program Criteria. Read November 8, 2026. https://www.abet.org