As a part of the new-grad rotational program within the Wireless Networks team, my roles include:• 5G - product owner for new feature introduction on 5G NSA for mobility. • Wireless Home Internet - 3500 Spectrum coordination and deployment of fixed wireless access service using LTE-TDD.• Wireless Technology: Consumer Products – worked closely with Apple, Google and other OEMs to certify and launch consumer devices, and various new cellular technologies on the Bell network… Show more As a part of the new-grad rotational program within the Wireless Networks team, my roles include:• 5G - product owner for new feature introduction on 5G NSA for mobility. • Wireless Home Internet - 3500 Spectrum coordination and deployment of fixed wireless access service using LTE-TDD.• Wireless Technology: Consumer Products – worked closely with Apple, Google and other OEMs to certify and launch consumer devices, and various new cellular technologies on the Bell network, including the iPhone XS and dual-SIM dual-standby (DSDS).• Wireless Technology: RAN Architecture – evaluated the functionality and performance of RAN hardware and features from different vendors for new technology introduction.• User Experience – used the ReactNative framework, and eventually native Android and Swift to develop a user experience app for internal use.• InBuilding Engineering Solutions – designed and deployed passive DAS and small cell solutions for several indoor venues.Through these roles, I have gained experience in spectrum, 5G NSA, TDD/FDD technologies, device and network element call flow analysis, the air interface, and various features including DSS, VoLTE, VoWiFi, SMS, etc. Show less

Supported the maintenance department with the scheduling, coordination and execution of day to day maintenance work, and analyzed metrics from reactor unit outages to identify key areas for improvement for future outages.

Effectively interfaced with several departments to qualify firmware/software releases, image processing algorithms and optical performance of military EO/IR imaging systems, worth an upwards of $2.5 million. Also deployed various automation tools, graphical user interfaces, and databases using MATLAB, Python, C/C++, and SQL.

I worked in Dr. Mascher's group of researchers to fabricate thin film Silicon semiconductor devices that were doped with rare Earth elements. The idea was to grow thin films on Si using a chemical vapour deposition in order to get a device that would produce red light, to complement the green and blue light emitting structures that were previously developed by the group. My responsibilities included fabricating the semiconductor samples and running characterization tests to measure the… Show more I worked in Dr. Mascher's group of researchers to fabricate thin film Silicon semiconductor devices that were doped with rare Earth elements. The idea was to grow thin films on Si using a chemical vapour deposition in order to get a device that would produce red light, to complement the green and blue light emitting structures that were previously developed by the group. My responsibilities included fabricating the semiconductor samples and running characterization tests to measure the electrical, optical and physical properties of the sample using various surface science techniques: Ellipsometry, Rutherford Back-scattering Spectroscopy, Photo-luminescence. Show less