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// CLINICAL WORKVIEW & BIO

About Andrew Ekelem, PhD

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Andrew is a mechanical and bio-systems engineer who specializes in wearable robotics, mechatronic control loops, and clinical-grade medical hardware design.

Educated in bioengineering at UC Berkeley (BS) and mechanical engineering at Vanderbilt University (PhD), Andrew has spent over a decade leading products from initial prototype concept through FDA clinical testing and regulatory clearances.

1. Clinical Robotics History

During his doctoral work at Vanderbilt's Center for Intelligent Mechatronics, Andrew led key research and development on the Indego Exoskeleton, a powered orthosis designed to restore mobility to individuals with spinal cord injuries. His clinical trials validated mechatronic safety controls and walking gaits, forming the groundwork for FDA clearance.

2. Industry & Product Leadership

Currently serving as Chief Product Officer at Evolution Devices, Andrew guides mechatronic product architecture and clinical-ready wearable devices. He bridges the gap between complex software systems, neuromuscular electrical stimulation (NMES), and lightweight durable mechatronics.

Patented Inventions & Claims

US PATENT 9,693,926
Hip actuator module for powered lower limb orthosis with integrated torque sensing and redundant safety limit stops.
US PATENT 10,238,564
Control system and mechatronic framework for powered orthosis with adaptive human-in-the-loop assistance torque.

Technical Core Competency

Mechatronics ArchitectureSolidWorks CAD / FEAISO 13485 QMSIEC 62304 ComplianceEmbedded C/C++Sensor Fusion (IMU/Loads)Feedback Control LoopsRapid Prototyping (CNC/3D Print)
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