* Lead all Engineering sub-teams in development of the current and future Solar Cars. * Oversee all Engineering sub-team projects and logistics. * Secure necessary resources to maximize team performance, including software such as ANSYS. * Coordinate with the Business Managers to define project budgets and resource allocation.

* Quality control on a multitude of wooden tiles through meticulous inspection. * Expeditiously assembled tile mounts. * Sanded, polished, and packaged willow glass graphics. * Maintained continuous process flow by correcting machine sensor error.

* Coordinate with team members to achieve design and construction goals. * Define sub-team lead functions and project milestones. * Utilize MS Project to allocate project resources. * Acquired sponsorship packages that supply the team with 3D Modelling software.

* Conducted manufacturing capacity analysis on multiple process lines in Calgary to maximize production efficiency. * Performed Design of Experiments (DOE) analysis on veneer wrapping process to ensure adhesive quality in elevated humid conditions. * Analyzed optimal placement locations for new machinery in process lines using AutoCAD. * Created custom carts for effective insulation transportation.

* Developed designs and drawings of the mechanical frame to be used to protect the electronics in the payload. * Researched materials that were reliable, light, and inexpensive. * Constructed the mechanical frame and made necessary adjustments to compensate for competition weight requirements.

* CMMS (Maximo) implementation. * Document Navigation Accelerator (DNA) developed for the High River site using Bluebeam Revu. * Utilize AutoCAD to create site drawings for various system processes. * Asset criticality created to determine key equipment spares. * Contact suppliers/manufacturers for equipment drawings and specifications to develop IG High River's DNA. * Consult with onsite Millwright & Production workers for effective CMMS implementation.

* Designed aerodynamic fins that is capable of withstanding supersonic speeds for a 10k COTS rocket. * Conducted research into mounting options for custom fins for the 10k COTS rocket. * Utilize Aerolab for drag estimation on the fins.

* Interact and engage with the customer. * Maintain clear communication between the chef and the customer's needs. * Answered questions regarding food contents, drinks, and specials. * Handled phone calls for take-outs and deliveries.

* Developed functional surface models using SolidWorks that improve the aerodynamics of the solar car. * Computational Fluid Dynamics (CFD) analysis using ANSYS Workbench. * Performed carbon fiber wet layups for the body and other components of the solar car. * Utilize additive manufacturing to construct solar car components.