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The B2B AI startup sequencing the human movement fingerprint. Techstars London Accelerator '23 cohort

- Project Lead for prosthetic socket innovation- Optimized product creation timelines and workflows - Managed business collaborations with external partners- Aligned GDPR and ISO standards for medical devices- Identification and exploration of emerging technologies toward medical applications

- PhD work in anthroengineering; work situated at the intersection of engineering, clinical orthopaedic medicine, product development, and applied bioanthropology. - Extracurricular pursuits include entrepreneurship, applied biomechanics, orthopaedic implant innovation, and product engineering. - Managed technical research, planning, and execution of three, multi-year R&D projects- Invented and patented a gradated carbon fiber/polyurethane composite material (provisional patent… Show more - PhD work in anthroengineering; work situated at the intersection of engineering, clinical orthopaedic medicine, product development, and applied bioanthropology. - Extracurricular pursuits include entrepreneurship, applied biomechanics, orthopaedic implant innovation, and product engineering. - Managed technical research, planning, and execution of three, multi-year R&D projects- Invented and patented a gradated carbon fiber/polyurethane composite material (provisional patent application number 62675321)- Raised Amazon Grant funding for the development of a medical orthopaedic boot ($10,000)- Designed, budgeted, and led technical projects to fill gaps in medical knowledge and technology - Managed the sourcing and purchasing of technical equipment towards improving facility capabilities in biomechanical analyses Show less

- Managed research projects in biomechanics, biomedical engineering, bone mechanics via finite element analysis & modeling (FEA/FEM) of bone, biomimetic materials, and physical anthropology- Supplied weekly technical reports of project progress- Managed technical protocol and development documentation - Taught three, hour-long undergraduate laboratory sections of 25 students per section per term- Presented weekly information to supplement and reinforce lecture content

Engineer for Single Wafer Diffusion module working specifically with Atomic Layer Deposition, Epitaxial, Rapid Thermal Anneal, and Laser Spike Anneal semiconductor manufacturing equipment and processes for front end of line transistor creation in a Class 1/Class 100(/1000) cleanroom environment.

Postgraduate engineer in the adidas innovation team (ait.), Performance footwear and apparel innovation, Sport performance engineering and development. Cross-functional collaboration and deployment.

"Production and Testing of Polymer/Graphene Composites Toward Industry Applications"Rheology, Dispersion Measurements, Mixing, Nanocompositing. Research and development of techniques to delaminate single carbon layers from bulk graphite

Travelled as part of Bridge Project Pre-Implementation Team to Ait Bayoud, Morocco (summer 2011)Secretary of Morocco Program (2010-2011)Aided in implementation planning of suspension bridge built in Ait Bayoud, Morocco in summer 2012

Performed exfoliation of graphene on silicon dioxide wafers in a clean room and wet bench environment. Nanoindentation testing and data analysis of exfoliated and chemical vapor deposition graphene substrates. Atomic Force Microscopy (AFM) and topographical analysis of suspended graphene membranes. Provided analytical images from AFM, optical microscopy, and Nanoindentation testing for publication in Science; "High-Strength Chemical-Vapor–Deposited Graphene and Grain Boundaries" Lee et al… Show more Performed exfoliation of graphene on silicon dioxide wafers in a clean room and wet bench environment. Nanoindentation testing and data analysis of exfoliated and chemical vapor deposition graphene substrates. Atomic Force Microscopy (AFM) and topographical analysis of suspended graphene membranes. Provided analytical images from AFM, optical microscopy, and Nanoindentation testing for publication in Science; "High-Strength Chemical-Vapor–Deposited Graphene and Grain Boundaries" Lee et al. (link to article provided below) Show less

Development of liposome encapsulation of phosphate and calcium toward increasing the rate of repair of patellar tendon.