- Working with leadership team to coordinate the successful construction of our concrete canoe in each stage and aspect- Managing timeline, budget, workload, and procuring team involvement for largest sub-team- Developing a documentation system for streamlining and maintaining knowledge transfer for future years

Use AutoCAD and DELFTship to model and hydrostatically test canoe contours

Contact companies for monetary and material sponsorships

Manufacture canoe form out of a combination of OSB and Masonite and plaster

Mix, test, and optimize concrete mixtures to obtain an optimal composition for the final canoe.

Compose design paper sections and manage subteam contributions

· Fabricated wooden composite material to achieve compressive and tensile strength with limited elemental materials· Made key adaptive decisions during competition fabrication period· Formulated storyline for describing design process and choices

• built a 6-meter steel bridge with the capacity to hold 2500 lbs• designed 3D truss using structural engineering design code for steel• conducted 3D static analysis for 40+ member truss to determine maximum stress members• welded factory steel members to form strategically shaped members complying with competition regulations

Help to organize, plan, and execute events for McGill civil engineering students

Promoted civil engineering networking events and managed social media account

Mentored high school teams in designing, building, programming, and driving their robots for the VEX Robotics Competition

Designed robot to optimally and efficiently complete tasks in annual VEX Robotics Competitions game. Tested innovative mechanisms to obtain a competitive, effective, and robust robot.

Led and managed robotics team in planning and accomplishing tasks. Took lead for team in tournament alliance selections

Optimized driving methods and strategies for driver control periods

Documented design, building, programming and performance of team through 4 seasons in our design notebook

Programmed robot driver controls and autonomous courses in C++. Tested and iterated on models in tandem with building design.