Student Research Intern

• May 2022 - Present

Assistant to the Beamlines Group

• Sep 2021 - Dec 2021

-Successfully assembled, aligned, and installed a high energy FLASH radiotherapy beam dump in a radioactive and confined environment-Optically profiled the layout of the installation by using laser trackers and sphere reflectors with the help of Spatial Analyzer software-Gained hands-on machine shop experience involving drilling, lathe, and MIG and TIG welding- Undertook sanitization of ultra-high vacuum beamline components in ultrasonic baths prior to their installation -Successfully assembled, aligned, and installed a high energy FLASH radiotherapy beam dump in a radioactive and confined environment-Optically profiled the layout of the installation by using laser trackers and sphere reflectors with the help of Spatial Analyzer software-Gained hands-on machine shop experience involving drilling, lathe, and MIG and TIG welding- Undertook sanitization of ultra-high vacuum beamline components in ultrasonic baths prior to their installation

Assistant Engineer-in-Training

• Jan 2021 - Apr 2021

Undertook direct ownership of select customer beginning- to-end quoting activities. The processes include developing, defining and scoping the initial project requirements and source and procure raw components meeting the customers’ approval. Also, designed a working prototype of a labour template that accounted for inventory and quality check costs. Undertook direct ownership of select customer beginning- to-end quoting activities. The processes include developing, defining and scoping the initial project requirements and source and procure raw components meeting the customers’ approval. Also, designed a working prototype of a labour template that accounted for inventory and quality check costs.

Research Assistant - Biomedical Mechanical Engineering

• May 2020 - Aug 2020

Researched and studied the existing biotechnologies such as the thermal cycler and the centrifugation machine in digital PCR. Learned to use Autodesk Fusion 360 in order to make a 3D prototype of a point of care diagnostic device WATSON. Summarized design specifications of the device and identified its limitations and proposed alternative strategies in a comprehensive, technical report. Researched and studied the existing biotechnologies such as the thermal cycler and the centrifugation machine in digital PCR. Learned to use Autodesk Fusion 360 in order to make a 3D prototype of a point of care diagnostic device WATSON. Summarized design specifications of the device and identified its limitations and proposed alternative strategies in a comprehensive, technical report.