About
At VoltSafe, I lead the development of a patented technology that eliminates electric shock risks and standardizes electrical plugs globally. Our technology also incorporates power metering circuitry that enhances user awareness and control of power consumption, enabling us to influence change in power consumption habits worldwide. I am privileged to work with a vibrant, ambitious team that shares my vision and values of problem-solving, curiosity, and excellence. Together, we have secured multiple awards, grants, and partnerships with leading organizations and investors in the field.
Experience
Technology Solutions Lead
Vancouver Maritime Centre for Climate · Vancouver, British Columbia, Canada
Present
https://vmcclimate.ca/
Procurement Lead
Open Source COVID19 Medical Supplies - British Columbia · Vancouver, British Columbia, Canada
https://www.osmsbc.ca/
Lead Design Engineer
LAB 498 Products Inc. · Vancouver, Canada
R&D Engineer
Eaton Corporation · Vancouver, Canada Area
- Successfully designed a sustainable and practical supercapacitor that is flexible, able to withstand a cell potential higher than the industry standard (over 2.7 V), and operates at room temperature - Conducted numerous Cyclic Voltammetry, Electrochemical Impedance Spectroscopy and Cyclic Charge Discharge tests inside a low moisture environment in order to minimize faradaic reactions - Created circuit equivalent models of the device, simulated and analyzed the data using MatLab and Excel - Designed the test and the application setup whose purpose was to show tangible evidence of the functionality of our device against other commercially available ones
Research Assistant
Nojeh Nano-structure Group · 2259 Lower Mall V6T 1Z4
- Successfully synthesized Graphene on copper and platinum substrates - Conducted quantitative studies on different Graphene growth parameters and the effects each one has on the number of layers formed - Authored a thesis paper titled “Synthesis of Single- and Few- Layer Graphene by Chemical Vapor Deposition of Methane on Copper and Platinum ”, which received a grade of 95% and was published on the UBC cIRcle database - Analyzed numerous nanomaterial samples of Nanotubes, Graphene and Graphite using Raman Spectroscopy, in association with the department of Materials Engineering at UBC - Received a training certificate and modified an existing Chemical Vapor Deposition system that led to better synthesis results, involving hands-on experience with chemical etching, vacuum plumbing & digital flow meters Project: Graphene and Porous Graphene synthesis Supervisor: Dr. Alireza Nojeh & Andrew Koch
Education
The University of British Columbia
Bachelor's Degree, Electrical Engineering
Capilano University
Associate's Degree, Engineering
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