● Designing and implementing a thermal model for UBC Orbit’s comprehensive satellite simulation software, capable of estimating temperature throughout the satellite’s operational procedure ● Documented a nadir-pointing satellite model for UBC Orbit’s documentation submitted to the ESA

● Developed a Dockerized application which extends the capabilities of an underwater robot, enabling it to read from sensors and an IMU, communicate with peripherals, and interact with the user through a GUI.● Implemented a reference frame manager, capable of displaying IMU data with arbitrary basis direction. ● Aided with the design, manufacturing, and testing of a transmission, thereby accelerating the completion of a new robot accessory.

● Designed and sourced an isolated battery monitoring system that handles high voltages and currents● Developed the design and fastening plans for robot structural components, shell, and sensors● Performed static simulations on load-bearing components● Created engineering drawings for robot frame components and subassemblies, featuring GD&T

● Designed the body for a regeneratively-cooled pintle injector, informed by desired rocket performance, manufacturability, and material properties● Modelled the injector in SolidWorks● Assisted with manufacturing the injector using the mill and lathe

● Tasked with characterizing the relationship between pressure change in the nitrogen tank and torque on rocket● Designed test stand structure and plumbing and modelled in SolidWorks● Manufactured test stand using waterjet and plumbing tools, resolved nitrogen leaks, and performed roll tests.

● Led the development of a weather balloon project, tasked with measuring wind speed at high altitudes● Prototyped, built, and tested a circuit containing sensors, Arduino, GPS, APRS radio transmitter, and data logger● Modified open-source firmware in C ● Developed Python script to calculate wind velocity patterns from data

● Developed critical libraries for node and sensor firmware, resulting in it being nearly ready for field testing by the end of the term. ● Troubleshooted PCBs and microcontrollers in conjunction with firmware● Implemented device networking and peripheral management logic

● Assisted carpenter for two summers (2018 and 2019)● Built and sheathed walls, prepared materials, and cleaned up/organized construction sites● Demonstrated ability to keep work area clean and adhere to workplace safety