• Mark 120 labs weekly and 3 exams for 600 students• Conduct office hours helping approximately 50 students weekly • Conduct lab sessions for 30 students weekly

• Developed mechanical building system layouts such as HVAC, fire protection standpipes for 14 staircases, plumbing, and drainage systems.• Designed building systems in accordance with codes and standards such as the BC Building and Plumbing Codes, CSA Z317, and NFPA 14.• Drafted mechanical building systems directly in Autodesk’s AutoCAD and Revit.• Liaised with 4 project consultants to coordinate design requirements for New St. Paul’s Hospital and Health Campus, Vancouver BC.• Volunteered to lead a comparison of residential ventilation requirements from BC Building Code, CSA, and Passive House in 6 test suites.• Guided fellow co-op students in onboarding by providing assistance in Autodesk Revit and Excel design spreadsheets.

• Spearheaded experimental phase of a thermal tooling project, alongside principal investigators, and finalized experimental plan in 3 months.• Produced a detailed SolidWorks model of UBC’s research-grade autoclave.• Initiated 10 finite element simulations in ANSYS Discovery to explore various experimentation setups.• Engineered experiment’s apparatus, including a wind tunnel and a platform with 3 degrees of freedom.• Implemented strategies to collect data from 28 thermocouples using a National Instruments data acquisition and LabVIEW.• Generated a Python script to visualize and assess data, and propose data-driven conclusions.

• Compiled and tracked community engagement analytics in Microsoft Excel leading to a 15% increase in activity over 8 months.• Supervised email correspondence with current or prospective clients and improved response delay to be less than 2 hours.• Modernized 2 automation scripts in Python to draw user-provided information directly from company's online database.• Pioneered coordination with 2 service teams to troubleshoot customer issues by delegating responsibility to create specialized roles.