Biomedical Engineer · London

I turn medical images and patient anatomy into models, simulations and validated medical devices.

Biomedical engineer working across medical imaging, anatomical reconstruction, patient-specific CAD, biomechanical simulation, additive manufacturing and experimental validation. I build end-to-end workflows from scan data and clinical requirements to engineering evidence and manufacturing-ready outputs.

Medical imaging and segmentationAnatomical modelling and reconstructionPatient-specific CAD and mesh generationFEA and biomechanical simulationMedical device prototypingAdditive manufacturingVerification and validationClinician and stakeholder collaboration
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Engineering evidence

Patient-specific workflows with measurable outcomes.

The work spans medical-device design, surgical planning, imaging, biomechanics and additive manufacturing. Metrics are retained only where supported by the existing portfolio.

8h → 3mDesign workflowAutomated a manual paediatric NIV-mask design process at Imperial.
£300 → £7Estimated unit costReduced cost through repeatable digital design and manufacturing logic.
1,800+Patient scansUsed real-world scan variation and failure analysis to improve the workflow.
<10 minAutomated reportingConverted patient-specific TKR planning outputs into a repeatable reporting workflow.
Featured biomedical engineering projects

From patient data to anatomy, simulation and manufacturable devices.

Each case study separates my contribution from the wider team context and avoids patient-identifiable, confidential and proprietary detail.

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Clinical Ops
Video-to-pose / 3D movement review product

UrCoach Studio

Most coaching tools either show raw video or require expensive motion capture. This turns ordinary footage into structured movement data that a coach or user can inspect.

1 camera · 1 browser · 0 markers
Input

Video frames, pose landmarks, joint trajectories, movement phases

Workflow logic

Pose extraction, joint-angle logic, confidence handling, visual overlays, 3D pose reconstruction experiments

Output

Coach-readable movement review, pose metrics, and 3D posture interpretation

Primary users

Coaches, athletes, trainers, remote rehab users

Product value

Most coaching tools either show raw video or require expensive motion capture. This turns ordinary footage into structured movement data that a coach or user can inspect.

View full case study →
Experience

Biomedical engineering across clinical, academic and manufacturing environments.

Medical imaging, anatomical modelling, simulation, device development and manufacturing workflow leadership.

Aug 2024 – Apr 2026

Imperial College London

Product and Workflow Lead
  • Developed an automated scan-to-manufacture workflow for patient-specific NIV masks.
  • Translated clinical fit and fabrication requirements into repeatable digital geometry.
Aug 2023 – Aug 2024

PhiloMech / Polytechnique Montréal

Product and Research Lead
  • Connected medical imaging, patient-specific modelling, biomechanics and automated reporting for TKR planning.
Earlier roles

SUTD · HP-NTU Digital Manufacturing Corporate Lab · McGill · University of Auckland · Max Planck / TU Berlin

Biomedical imaging, biomechanics and digital manufacturing research
  • Worked across robotic fabrication, additive manufacturing, orthotic design, bone modelling, micro-CT and synchrotron imaging.
Technical skills

Imaging, modelling and computational engineering

Medical imaging and segmentationAnatomical modelling and reconstructionPatient-specific CAD and mesh generationFEA and biomechanical simulationMotion analysisComputer vision
Devices, manufacturing and validation

From prototype to engineering evidence

  • Medical device prototyping and patient-specific design.
  • Additive manufacturing and robotic fabrication workflows.
  • Verification, validation and dimensional comparison.
  • Clinician, stakeholder and multidisciplinary engineering collaboration.
About

Biomedical Engineer | Medical Imaging, Anatomical Modelling, Surgical Simulation and Medical Device Development

I’m Aravind Kumar Jayasankar, PhD, a biomedical engineer based in London. I turn medical images, patient anatomy and clinical requirements into anatomical models, simulations, patient-specific devices and manufacturing-ready workflows. My work sits between clinicians, researchers and engineering teams, with a focus on traceable methods and evidence that supports real design decisions.

CV

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