Job description
The Role:
The Senior Biomechanist works with engineering staff in human-injury impact analysis in vehicular accidents, reconstructing vehicular accidents, consulting and analysis of injuries related to premises liability and slip-and-fall incidents, and requires extensive experience in forensic biomechanical analyses. This role performs investigations focusing on musculoskeletal biomechanics to determine the relationship between accident modes and injuries and requires evaluation and analysis of biomechanical systems, including voluntary and involuntary human motions, assessment of situations leading to the accident, and reconstructing the accidents. The role requires familiarity with legal depositions, working with attorneys and claims adjusters. Additionally, the ideal candidate has experience working with network of external clientele (e.g. lawyers, insurance carriers and adjusters, etc.) and is experienced with building, establishing, and maintaining rapport with this network. This is a fully remote role open to candidates located anywhere in the United States. Candidates located in the listed states are encouraged to apply.
In This Role, You Will:
Inspect and measures vehicles.
Provide expert testimony at trials, depositions, or other legal proceedings and communicates investigative findings in a manner easily understood by technical or non-technical audiences.
Use computer models to reconstruct accidents and to measure load and injury levels.
Conduct detailed inspections of vehicles and accident sites and accurately analyzes crash sequences to identify contributing factors and the induced loading on the occupants.
Review various documents to identify relevant information for an accident reconstruction or biomechanical engineering analysis (includes police reports, medical records, depositions, expert reports, legal pleadings and discovery documents, videos, photographs, etc.)
Perform simulations of vehicular collisions using advanced collision reconstruction software such as PC-Crash.
Evaluates the effects of impact forces on occupants as a result of vehicular accidents.
Determine human injury mechanisms in vehicular accidents and premises liability cases such as slip-and-fall accidents.
Perform accident reconstructions of single-vehicle rollovers, single-vehicle impacts with fixed objects, and multi-vehicle collisions (frontal, side, rear, and sideswipe).
Utilize engineering principles to calculate factors such as impact and departure speeds, collision forces, and trajectories of vehicles.
Compare calculations with crash test reports of similar collisions to correlate damages based on calculated velocities.
Review papers and journals related to vehicular accident reconstruction to understand and advance the scientific techniques used in reconstruction work.
Provide written conclusions of findings to assist others in understanding the evidence or in determining the facts at issue.
Take an active role in marketing YA Engineering Services to clients and to the forensic engineering community.
What You Bring:
4+ years of experience in biomechanics, accident reconstruction, and premises liability work or similar required
Degree in Mechanical or Biomedical Engineering required
Prior deposition and courtroom testimony experience a plus
Experience with CAD related to accident reconstruction
PE license, PhD, SAE certification or ACTAR certification
Familiarity with automotive engineering and automotive control systems
Understanding of billable hours or project-based work
Experience collaborating with forensic animators to develop visual exhibits for deposition and trial support
Exposure to performing and evaluating computer simulations
Based in (or planning to relocate to) the job location
Team oriented with a strong passion for learning
Who We Are:
YA is an international professional services organization providing forensic consulting, engineering, risk mitigation, and related services. Founded over 25 years ago as a property damage consulting firm, YA has expanded through organic growth and strategic acquisitions. Today, YA has over 800 professionals dedicated to excellence, partnership, and driving innovation.
YA Group’s Accident Reconstruction & Biomechanics team applies scientific investigation, engineering principles, and advanced technology to determine how collisions occur and why. Our experts bring extensive training and experience using sophisticated tools—including 3D modeling, vehicle and site inspections, Event Data Recorder downloads, and forensic animations—to analyze physical evidence and reconstruct events with clarity and accuracy. Capable of handling the full spectrum of motor vehicle accidents—from low speed impacts to complex rollover events, heavy truck collisions, autonomous vehicle incidents, and ADAS evaluations—our multidisciplinary specialists deliver analytically grounded findings that support clients across insurance, legal, corporate, and transportation sectors. In addition, our professionals are experienced in litigation support and are courtroom qualified experts, providing clear, confident testimony to effectively communicate reconstruction results and technical conclusions.
What We Offer:
Employee-focused culture
Strong commitment to work-life balance
Remote work
Flexible vacation & Paid holidays
Paid family care/sick leave
Parental leave
Medical, Dental, Vision + more
401k w/match
Career growth
Competitive salaries + Bonus
Fraudulent Recruitment Alert:
Please be vigilant against fraudulent recruitment attempts. YA will never ask for personal financial information (such as bank account numbers or identification numbers) via social media or chat-based apps. We also will not request money for the purchase of business equipment, post job opportunities on Craigslist or conduct interviews solely via text message. All official email communications regarding your application will come from or directly from a member of our talent team using an @yagroup.com domain name. If you suspect any fraudulent activity, please contact us directly at .
Originally posted on Himalayas
Who can apply
Eligible countries: United States. Accepted UTC offsets: UTC-10, UTC-9, UTC-8, UTC-7, UTC-6, UTC-5, UTC+14. Review the full description for employer-specific work authorization, residency and schedule requirements.