Assisted Robotic Kinetic Exoskeleton (IN PROGRESS)
Daniel Sadreyev
Project Timeline
Sep 2025 - Current
OVERVIEW
Working with a group to design and build a smart modular exoskeleton for limb & joint support. ARKE's goal is to create a cheap and light alternative to exoskeletons on the market that consumers with joint or limb mobility concerns could use to help with everyday tasks or for rehabilitation.
HighlightS
IN PROGRESS
SKILLS
Medical TechnologyProduct DesignManufacturingCircuitry3D Design & Printing
Daniel Sadreyev
Electrical Engineering Student
I am an Electrical Engineering student at Northeastern University with hands-on experience in biomedical research and engineering design. At Regeneron and Massachusetts General Hospital/Harvard Medical School, I contributed to molecular biology and RNA-seq projects, co-authoring a publication in the British Journal of Haematology. Beyond research, I enjoy applying engineering concepts to real-world projects—having designed a wind tunnel, custom 3D printer and a microcontroller-driven automatic watering system.
I am an Electrical Engineering student at Northeastern University with hands-on experience in biomedical research and engineering design. At Regeneron and Massachusetts General Hospital/Harvard Medical School, I contributed to molecular biology and RNA-seq projects, co-authoring a publication in the British Journal of Haematology. Beyond research, I enjoy applying engineering concepts to real-world projects—having designed a wind tunnel, custom 3D printer and a microcontroller-driven automatic watering system.