Remote Athlete Biomechanics Data Analyst

Introduction: Shape the Future of Human Performance

Are you driven by the science of movement and inspired by the possibilities of biomechanics in elite athletics? This is your opportunity to contribute meaningfully to high-performance sports through precise data analysis and biomechanical modeling, from the comfort of your home. We seek a Remote Athlete Biomechanics Data Analyst to join a forward-thinking sports science team that transforms raw kinematic data into actionable performance metrics. With an annual salary of $107,180, this fully remote role supports cutting-edge athletic development at the highest levels.

About the Role

This position centers on collecting, interpreting, and visualizing motion capture data, kinetic trends, and force plate analytics to support training interventions and injury prevention strategies. You will collaborate with performance scientists, strength coaches, and medical staff to deliver insight-driven recommendations that help athletes thrive.

The successful candidate will proficiently interpret 3D biomechanical assessments and turn complex datasets into tangible outcomes that improve real-world performance.

Key Responsibilities

Performance Analysis

• Analyze athlete movement patterns using marker-based and markerless motion capture systems.
• Evaluate force generation, joint mechanics, and asymmetries to detect performance inefficiencies.
• Translate high-volume kinematic and kinetic data into digestible, visual reports for coaches and trainers.

Injury Prevention & Recovery Support

• Contribute to protocols for post-injury return-to-play assessments using objective biomechanical benchmarks.
• Monitor longitudinal biomechanical trends to flag early risk indicators.
• Support rehabilitation teams with data that aligns with sport-specific biomechanical demands.

Data Management and Visualization

• Maintain a well-organized database of athlete testing sessions, synchronized video footage, and time-series sensor data.
• Develop interactive dashboards to track athlete progress and compare results across cohorts.
• Perform temporal-spatial gait analyses and ground contact force breakdowns using platforms such as Visual3D and OpenSim.

Cross-Disciplinary Collaboration

• Work closely with sports scientists, physiotherapists, and strength staff to ensure insights lead to practical applications.
• Attend virtual case meetings to present findings, contribute to individualized performance plans, and revise analysis strategies.

Tools and Technologies

You’ll be immersed in a technologically advanced environment that uses world-class sports performance tools, including:

• Motion Capture Systems: Vicon, Qualisys, Simi
• Force Platforms: AMTI, Bertec
• Wearables: IMUs, GPS units, heart rate monitors
• Software Platforms: Visual3D, MATLAB, R, Python, Cortex, Dartfish
• Cloud-Based Dashboards: Power BI, Tableau, custom-built web apps

Work Environment

Remote Infrastructure

• This remote role provides flexibility to structure your workflow while engaging in real-time collaborations.
• All necessary hardware and software licenses, including high-resolution screens and data analysis tools, will be provided.

Global Collaboration

• Engage with international teammates across multiple time zones, reflecting a global commitment to innovation and research.
• Participate in remote workshops and performance summits with some of the industry’s brightest minds.

Performance-First Culture

• Join a results-oriented team that values continuous improvement, athlete longevity, and evidence-based decision-making.
• Experience a workplace encouraging you to stretch your limits and experiment with new analytical approaches.

Required Qualifications

Technical Expertise

• Master’s degree in Biomechanics, Sports Science, Biomedical Engineering, or a related field
• Minimum of 3 years of experience in athlete performance analysis or applied biomechanics research
• Proficiency in biomechanical modeling, motion analysis, and interpretation of kinetic/kinematic variables

Analytical Skills

• Strong ability to synthesize complex biomechanical data into understandable insights
• Experience designing and refining testing protocols for various athletic populations
• Familiarity with statistical analysis, scripting languages, and visualization tools

Communication & Collaboration

• Excellent communication skills for translating scientific data to non-technical stakeholders
• Comfort with presenting insights in team settings, both synchronously and asynchronously
• Demonstrated experience working in a remote, interdisciplinary environment

Preferred Qualifications

• Doctoral-level coursework or ongoing PhD research in biomechanics or a related discipline
• Familiarity with AI/machine learning applications in sports science
• Experience publishing findings in peer-reviewed sports or biomechanics journals

Growth Opportunities

This is more than just a data role—it’s a launchpad for those who envision reshaping sports science. Whether you aim to develop next-gen performance models, lead biomechanics research teams, or co-create new wearable tech standards, this role provides the exposure and mentorship to evolve your career meaningfully.

• Lead experimental projects to test innovative biomechanical frameworks
• Author white papers and technical briefs presented to elite sports organizations
• Represent the analytics team in virtual conferences and sports science think tanks

Why This Role Matters

In elite sports, milliseconds and millimeters matter. This role enables you to uncover the hidden mechanics behind peak human performance, ensuring athletes perform better, safer, and longer. Your analysis could directly impact career-defining moments.

Call to Action

If you’re passionate about turning motion into meaning and ready to contribute to a high-performance team without borders, this is your invitation. Apply today to help redefine how the world understands athletic performance through biomechanics.

Your next breakthrough in sports science begins here.