Academics

Internship experience

Ericsson Canada

I worked on the Integration, Verification and Certification team from May 2022 to August 2023. 

I conducted Electromagnetic Compatibility (EMC) and Environmental (ENV) verification testing on indoor and outdoor radio products. I was responsible for setting up, configuring, and testing the radios. This work required solid critical thinking to debug complex systems. It provided hands-on experience working with Keysight, NI, and R&S instruments, including PXi SA/SG, ENA, SMW, and FSW.

Additionally, I worked in an Agile development environment with global teams on proprietary test automation software. I was the primary developer working on the final implementation of ENV test cases at the Ottawa site and led user acceptance for ENV automation. I supported verification engineers using the automation software to perform ENV, EMC, and Radio Product Verification (RPV) testing.

Queen’s University

I worked as a Course Development Lead for the Faculty of Engineering and Applied Science from May 2021 to August 2021.

I developed, tested, and implemented a new laboratory experiment for APSC 100M2 (Introduction to Experimentation) in which students analyze the motion of a spring mass system using an Arduino. I worked on creating a new open-ended engineering design project for APSC 200 (Engineering Design and Practice II), and a comprehensive, interactive Python Jupyter Notebook summarizing the content ENPH 252 (Management of Experimental Data) to facilitate the removal of the course in future years. The notebook covered topics including error estimation and propagation, along with analysis, graphing, and curve fitting of experimental data.

Projects

Engineering Physics Thesis

September 2023 - present
(For ENPH 455)

I am currently working on the Design and Implementation of an Automation System for a Satellite Ground Station for my undergraduate thesis, supervised by L. Sangalli (Royal Military College of Canada).

More to come.

Small Scale Radio Telescope build

September 2023 - present
(For ENPH 454)

I am currently working with a team designing and implementing a small-scale radio telescope to observe solar microwave radiation. The primary goal of the project is to compare the performance of a parabolic reflector and a horn antenna for observing solar emissions in high X-band frequencies. The better-performing design will be used to observe the April 2024 total solar eclipse in Kingston, Ontario.

More to come.

Courses

First Year (general)

Physics I (APSC 111)

Calculus I (APSC 171)

Chemistry and Materials (APSC 131)

Intro to Computer Programming (APSC 143)

Engineering Geology and the Biosphere (APSC 151)

Engineering Design and Practice Module 1 (APSC 100)

Engineering Design and Practice Module 2 (APSC 100)

Electricity and Magnetism (APSC 114)

Calculus II (APSC 172)

Chemistry and its Applications (APSC 132)

Introduction to Linear Algebra (APSC 174)

Engineering Graphics (APSC 162)

Applied Engineering Mechanics (APSC 182)

Engineering Design and Practice Module 3 (APSC 100)

Introduction to Canadian Law (LAW 201)

Introduction to Music Fundamentals (MUSC 104)

Third year (Engineering physics, computing)

Introduction to Quantum Mechanics (ENPH 344)

Engineering Physics Laboratory II (ENPH 353)

Mathematical Methods in Physics I (ENPH 316)

Fundamentals of Software Development (CMPE 320)

Digital Systems (ELEC 271)

Electronics for Applied Scientists (ENPH 334)

Quantum Physics of Atoms, Nuclei and Particles (ENPH 345)

Engineering Physics Design Project (ENPH 354)

Mathematical Methods in Physics II (ENPH 317)

Computer Architecture (ELEC 274)

Thermodynamics (ENPH 372)

Intellectual Property Law (LAW 206)

* In progress

** Enrolled