- Location
- Waterloo, Ontario, Canada
- Bio
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Nanotechnology Student at the University of Waterloo. Completed a 2024 summer internship at Saftey Media in database development. I have experience working with 3D modelling on Solidworks. PCB design with Altium is my target for entering the semiconductor and IC industry.
- Resume
- Devesh_Resume_VA.pdf
- Portals
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Vancouver, British Columbia, Canada
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- Categories
- Mechanical engineering Robotics Chemical engineering Electrical engineering Hardware product design
Skills
Socials
Achievements
Latest feedback
Individual endorsement
I am pleased to endorse Devesh Premkumar for his exceptional work on electrical circuit design for a medical device project on the Riipen platform. Devesh demonstrated remarkable technical expertise, a keen eye for detail, and a clear understanding of the safety and reliability requirements critical to medical devices. He communicated effectively, consistently provided timely updates, and approached every challenge with innovative problem-solving skills. Deveshβs professionalism and dedication significantly contributed to the projectβs success, ensuring that all deliverables met both technical standards and stakeholder expectations. His collaborative spirit and willingness to go the extra mile are qualities that make him an invaluable asset to any engineering team.
Learner feedback
Individual endorsement
I highly recommend Davesh for any role that values strong analytical thinking, research skills, and teamwork. During his time at Telebotics, he demonstrated exceptional market research and competitive analysis abilities, along with a proactive approach to problem-solving. His ability to translate complex insights into actionable strategies made a real impact on our autonomous vehicle project. Davesh is a dedicated, detail-oriented, and collaborative professional who would be a valuable asset to any team.
Learner feedback
Recent projects
Design and Simulation (Hardware)- Cargo Delivery Robot
The main goal of the project is to develop a conceptual design for a cargo delivery robot, conduct simulations to assess its functionality and efficiency, and create a detailed 3D model of the design. The emphasis is on the robot's base structure, which should be optimized for cargo carrying, stability, and maneuverability in urban environments.
Electrical Circuit Design for a Medical Device
Main Goal for the Project: The main goal of this project is to develop and refine the hardware and software components of the Pocket Clinic smart injector, ensuring it meets all functional and regulatory requirements. Problem Learners Will Be Solving: Learners will address the challenge of designing and coding the electronic boards for the smart injector. This involves creating schematics, selecting appropriate components, designing the PCB, and developing the firmware to ensure seamless operation of the device. Expected Outcome by the End of the Project: By the end of the project, learners are expected to achieve the following outcomes: Hardware Development: Design electronic boards that meet the specific requirements of the Pocket Clinic smart injector. Create detailed schematics and select the appropriate components for optimal performance. Successfully design and fabricate the printed circuit boards (PCBs). Software Development: Develop and debug firmware to ensure the smart injector operates efficiently and accurately. Implement coding solutions that enhance the functionality and reliability of the device. Ensure seamless integration between the hardware and software components for optimal performance. Overall, learners will gain comprehensive experience in both hardware and software aspects of medical device development, contributing to the successful creation of the Pocket Clinic smart injector.
Work experience
Systems Engineering Intern
Safeyy Media INC
Toronto, Ontario, Canada
June 2024 - August 2024
β’ Reduced production backlog by 15% after testing focal lengths and 3x Passover intensities for steel, and PVC using Speedy 400.
β’ Designed and produced acrylic signage cards using the Arizona 1300 series printer, featuring 1 mil raised ink gradient printing.
β’ Achieved 3% crawl speed improvement with a 90% image resolution and file size of 25-50KB target.
β’ Developed Docmosis templates, formatting a 15000+ line JSON file for conditional logic rows, dynamic tables for C2202 SAAS.
β’ Resolved Heroku and AWS logs errors (H12, L10, R12) for Ruby on Rails project, collaborating with the Ukrainian off-shore team on back-end data structures, QR Codes and FileStack plugins, QA testing.
β’ Led a site crawling campaign for a site speed and health growth of 5% (FID, LCB), and reduced toxicity scores by 80%.
β’ Created a formatting algorithm for unorganized arrays, utilizing $IDX functions and parent trees to output dates/timestamps.
β’ Developed a custom GPT-4o for automatic product suggestion using SPIRE Excel files, saving 3-4 hours/100 products.
Hardware Integration Technician
1Valet
Markham, Ontario, Canada
July 2023 - September 2023
β’ Performed tablet UI installation and reproduced client installation errors for CX team at Wells E, Toronto.
β’ Commissioned and upgraded thermostats for M-City (M1 & M2), exceeding turnaround target by 50%.
β’ Staged and managed Sato Networks Database for multiple buildings.
β’ Encoded 500+ Security fobs and updated BOM for Avalon Tower F.
β’ Coordinated with CX team to develop presentations and demo the 1Valet security systems.
β’ Setup RDP connections for Bianca Toronto and provided remote support and customer service during off peak hours.
β’ Delivered administrative presentations and server racks by collaborating with our final integration partner Capital Fire.
Education
Bachelor of Applied Science - BASc, Nanotechnology, Nanotechnology Engineering / Material Science
University of Waterloo
September 2024 - Current
Personal projects
Stock CAD hedged Vs USD Ticker ANalyzer
November 2024 - December 2024
https://github.com/56Mustanger/CDR-VS-US-Ticker-Growth-VisualizerUsed Pyhton's streamlet, plotlyexpress, YFinance to build and interactive web dashboard to determine the overall net return of CDR compared to USD counter part.
TENG Generator
November 2024 - December 2024
https://www.deveshp.tech/Designed a Turbo Electric Nano Generation to capture and convert kinetic energy into electrical energy. Used Solidworks and Utlimaker-3D printer to build and conduct aerodynamic stimulation on various turbines.
Custom PCB design for ESP-32
July 2024 - December 2024
https://cart.jlcpcb.com/quote/gerberviewThree/?pcb=true&qs=6bd4f27500d9496d93c396bbadc6a4e6_1_0_7_0_0.html&isReplaceFile=falseUsed Altium and existing ESP-32 schematics to make a custom version detecting high-frequency emissions form cellular devices during phone calls.