Sr. Engineer, Biomechanics Testing

• Provide technical leadership, guidance, and direction for the Biomechanics Test Laboratory team as a subject matter expert in testing for spinal medical devices
• Partner with new product development, sustaining, and marketing teams to deliver laboratory results that support products
• Utilize advanced knowledge of surgical procedures to develop clinically relevant test methods
• Generate test protocols, technical documents, and test reports
• Execute testing for experimental, characterization, and product verification purposes
• Develop prototypes and fixtures for testing
• Analyze data sets using statistical techniques and compare results with FEA and engineering analyses
• Develop new testing methodologies and refine existing techniques
• Utilize FEA (Finite Element Analysis) systems to support analytical assessment of designs prior to physical testing
• Actively participate on cross-functional design teams to support testing needs throughout the product lifecycle
• Utilize the PLM system for management of test laboratory documents and ensure quality documentation practices
• Ensure laboratory notebooks, calibrations, and other Good Laboratory Practices (GLPs) are maintained
• May prepare and review information for invention disclosures and patent applications
• Provide input at Trade Meetings and Standards Boards (such as ASTM) to support the field and VB Spine Biomechanics Laboratory
• Evaluate laboratory practices and drive improvements in engineering acumen and efficiency

• Bachelor’s degree in Mechanical or Biomedical Engineering from an accredited college or university (Master’s preferred; PhD welcomed)
• Minimum of 2 years of experimental test laboratory experience (4+ years preferred); medical device industry experience preferred
• Experience with mechanical testing systems including electromagnetic and servohydraulic test frames (Instron or MTS experience preferred)
• Moderate experience with parametric CAD packages (Creo or SolidWorks preferred) and CAE software
• Strong data analytics skills and basic project management ability (managing test development, timelines, budgets, and goals)
• Experience and demonstrated proficiency with design controls within a regulated industry
• Excellent technical communication skills and strong general communication abilities
• Ability to handle assignments of high technical complexity and apply professional judgment
• Ability to work with a moderate level of supervision

Why VB Spine?

We believe in growing talent from within.

At VB Spine, join a high-performing R&D team where your biomechanics testing expertise will directly support the development and verification of innovative spinal implants and instruments that improve patient lives.

Pay for this role is competitive and based on experience, qualifications, and performance.

The typical pay range for this position is $100,000.00 - $110,000.00 annually, with potential for bonuses and incentives plus benefits.

Final compensation is determined on a case-by-case basis and considers a variety of factors including experience level, technical expertise, and market conditions.

include:

• Comprehensive health, dental, and vision insurance
• 401(k) with company match
• Paid time off (PTO) and holidays
• Ongoing training and professional development opportunities
• Opportunity to grow within a fast-paced, dynamic company

Senior Engineer, Biomechanics Testing Location: Allendale, NJ (Up to 15% Travel Required)

Looking for a career where your work truly matters? At VB Spine, you’ll be part of a mission-focused team that supports surgeons during life-changing spinal procedures. We’re the largest privately held spine company and among the largest family-owned medical technology companies in the world, dedicated to innovation, surgeon partnerships, and improving patient outcomes in spine care. As a Senior Engineer, Biomechanics Testing in our R&D function within the Spine division, you’ll be an active member of the Biomechanics Test Laboratory team — performing expert implant and instrument testing, providing technical expertise, leading laboratory projects, and advancing testing methods that support the design and verification of spinal medical devices.