Dr Neeraj Mehta, PhD is a Clinical Biomechanics Scientist, Principal Investigator, and founder of the MMSx Authority Institute for Movement Mechanics & Biomechanics Research — a U.S.-registered 501(c)(3) nonprofit scientific research organisation based in Powell, Ohio. His career spans more than three decades at the intersection of applied biomechanics, human movement science, clinical rehabilitation, sports performance research, and scholarly publishing.
His doctoral research in Sports & Exercise Biomechanics — completed at the Indian Institute of Kinesiology and Biomechanics Science (IIKBS) with a dissertation on "Biomechanical Asymmetry and Stability Deficits as Predictors of Injury and Performance Loss" — established the scientific position that defines his entire body of work: that human movement must be governed through the lens of mechanics — forces, vectors, torque, and load-distribution — not through descriptive anatomy alone.
As Founder and Principal Investigator of MMSx Authority Institute, Dr Mehta leads eight active research streams and an international scholarly network spanning 50+ countries. His clinical research programme includes three ClinicalTrials.gov-registered investigations conducted under GCP ICH E6(R3) standards with aggregate enrolment exceeding 430 participants across international multi-site cohorts. In 2025 he was elected Full Member of Sigma Xi, The Scientific Research Honor Society (est. 1886).
Conflict of Interest Note: Dr. Mehta is the founder of BodyGNTX Institute, which serves solely as a clinical implementation and applied practice site for MMSx Authority research. All commercial education and training activities are conducted separately under BodyGNTX. MMSx Authority Institute operates as an independent 501(c)(3) nonprofit scientific research organization with dedicated governance and ethics policies.
Dr Mehta serves as Editor-in-Chief of the Journal of Movement Mechanics & Biomechanics Science (JMMBS) — a Crossref-registered, ROAD-indexed, open-access peer-reviewed journal (ISSN 3070-3662, DOI prefix 10.66078). He holds formal research training credentials from the U.S. National Institutes of Health (NIH), Johns Hopkins University (4-course Drug Development specialisation, Coursera), the World Health Organization (WHO), the U.S. Office for Human Research Protections (OHRP/HHS), and the Indian Council of Medical Research (ICMR, 25-module programme). His research output comprises 17+ indexed publications across ORCID, Google Scholar, and ResearchGate.
Dr Mehta’s 89 gold medals among 300+ total across bodybuilding, martial arts, strength sports, and fitness disciplines provide a uniquely applied perspective that distinguishes the MMSx framework. Three decades of elite competition directly underpin the performance-driven, mechanically rigorous methodology characterising all MMSx research and education.
| Qualification | Institution | Year | Level |
|---|---|---|---|
|
PhD — Sports & Exercise Biomechanics
Dissertation: "Biomechanical Asymmetry and Stability Deficits as Predictors of Injury and Performance Loss" · Cert. ID: IIKBS PHD-2018-0019
|
IIKBS — Indian Institute of Kinesiology & Biomechanics Science (est. 1993) |
2021 | Primary PhD |
|
PhD — Alternative Medicines
Cert. No. IBAM/D/2283H · Govt. of West Bengal (Act XXVI of 1961)
|
Indian Board of Alternative Medicines, Kolkata |
2014 | Second PhD |
|
M.Phil.
University of Delhi
|
University of Delhi |
2001 | Pre-Doctoral |
Master of Computer Applications (MCA) |
University of Delhi |
1999 | Master's |
Bachelor of Commerce (B.Com) |
University of Delhi |
1995 | Bachelor's |
| Framework | Description | DOI / Registry |
|---|---|---|
| NEEBAL™ Principle | Neuromechanical Equilibrium and Balance — six-axis framework integrating neurological, energetic, and biomechanical factors. | 10.5281/zenodo.17664904 |
| BPIT™ 5-Line Principle | Biomechanics-based performance & injury training. Validated via NCT07296640 (n=23 pilot) and NCT07256717 (n=369 multi-cohort). | 10.5281/zenodo.17594977 |
| MOVE™ Protocol | Multi-component rehabilitation and movement restoration protocol. NCT-registered multi-site clinical investigation. | NCT07220200 · Wikidata Q138793635 |
| MMSx-SCAN™ v2.1 | Clinical movement assessment and screening protocol. Standardised biomechanical failure detection. | 10.17605/OSF.IO/F87N2 |
| MMSx Force-Vector Framework | Core institutional framework treating biomechanics as a mechanical decision science through force-vector and torque-management analysis. | MMSx Authority — Registered |
| MOLOCH Framework | Mechanical Overload & Load-Capacity Hierarchy — theoretical model for cumulative mechanical stress and tissue tolerance thresholds. | MMSx Authority — Registered |
Full publication list (17+ outputs): ORCID · ResearchGate · Google Scholar · JMMBS
These articles reflect public-health outreach during his leadership at GFFI Fitness Academy and demonstrate long-standing commitment to translating movement science for the general public.
MMSx Authority Institute welcomes formal collaboration with universities and research institutions worldwide. We offer:
- Multi-site clinical trial partnerships (ClinicalTrials.gov infrastructure)
- Co-authorship and co-PI opportunities in JMMBS and preprints
- Student internships / research placements in biomechanics lab
- Guest lectures and faculty development workshops
- Data sharing and open-science collaboration
- Framework validation and joint position papers
Collaborate With Dr Mehta & MMSx Authority Institute
The institute welcomes collaboration from researchers, clinicians, rehabilitation scientists, biomechanics specialists, and academic institutions globally. Engagement is voluntary, non-commercial, and contribution-based. Opportunities include clinical research partnerships, co-authorship, peer review, and framework validation work.
info@mmsxauthority.com · +1 (614) 822-8038 · 940 Vauxhill Lane, Powell, Ohio 43065, USA