Resume

EXPERIENCE

APSC 103 — Moon Autonomous Rover for Cargo (MARC) – Collaboration with Canadian Space Agency (CSA)

• Designed and modeled a servo-actuated payload mechanism in Autodesk Fusion, featuring dual clamping arms and a 90-degree rotational platform to secure and transport cargo
• Set up and ran static stress simulations (FEA) on the cargo clamping mechanism in Autodesk Fusion, completing material assignments, load and constraint application, mesh generation, and results interpretation
• Achieved a minimum safety factor >4 and a maximum displacement of <2mm across the PLA structure during simulation
• Conducted a feasibility study and researched space-grade material alternatives, proposing Aluminum 7075 and flexible polymer alloys to withstand extreme lunar temperature swings (-200°C to 100°C) and UV radiation

Aerostructures Sub-Team Member

• Responsible for the technical design and build of a fully operational rudder and aileron for a fixed-wing aircraft using Onshape
• Designed a structurally critical rod mount connecting the carbon-fiber wing spar to the fuselage, ensuring structural integrity
• Collaborated within a multidisciplinary team to ensure design specifications and builds were completed on time and to target
• Manufactured composite aerostructures, including the aircraft wing and chassis, utilizing carbon fiber wet layup and epoxy pouring techniques

Machine Shop Training

• Completing formal machine shop training, developing hands-on competency with foundational manual machining equipment (lathes, mills) and safety protocols.

APSC 101 – Problem Solving and Modelling Project                        

• Designed a sustainable water filter using CAD tools to address environmental challenges
• Applied engineering modelling techniques to optimize filter efficiency and durability
• Collaborated with a design group to produce technical reports and present final concepts

Sales Associate                                                                                          

• Entrusted by management to advise customers on high-value, high-performance golf gear, consistently meeting sales goals
• Analyzed customer needs and abilities to recommend appropriate equipment, translating technical features like MOI and shaft performance into clear benefits
• Collaborated with team members to reach 100% of sales targets while maintaining high customer satisfaction ratings

Co-op Student

• Conducted plan checks and verified technical drawings for accuracy before submission to clients
• Performed QA/QC checks on technical drawings to ensure compliance with standards
• Organized project backlogs into an efficient digital system, earning the team’s trust through reliability and strong work ethic
• Assisted senior engineers with site inspections, surveys, and assessments
• Supported senior staff in reviewing site layouts and CAD plans

Supervisor                                                                                              

• Supervised jump areas to ensure guest safety while providing excellent customer service in a high-volume, fast-paced environment
• Demonstrated adaptability and leadership by managing safety protocols and guest interactions simultaneously

EDUCATION

Bachelor of Applied Science (BASc) – Mechanical Engineering         

• Dean’s Scholar