• Designing and developing quarter-scale tractor components using CAD software, conducting finite element analysis (FEA) to validate durability and efficiency, ensuring optimal performance and compliance with competition standards. • Conducting finite element analysis (FEA) to ensure structural integrity, performing rigorous testing and troubleshooting to resolve mechanical issues, and optimizing component performance.• Collaborating with cross-functional teams to integrate electrical and mechanical systems, documenting design processes, creating technical reports, and participating in design reviews to improve team designs and strategies. • Fabricating and assembling tractor prototypes, utilizing machining and welding techniques, performing troubleshooting, and maintenance on mechanical systems to ensure peak performance during competitions. • Managing project timelines, coordinating with team members to meet deadlines, and documenting design processes, test results, and modifications for comprehensive project records.

• Collaborating with the Assistive Technology Department at the Health Sciences Centre to design a temperature-regulating hand-warmer device for wheelchair users with Muscular Dystrophy, ensuring safe use in extreme cold. • Conducting needs assessments with occupational therapists and clients, gathering feedback to evaluate personal and environmental factors for the design of an automated assistive footplate assembly. • Designing and developing an automated footplate assembly using SolidWorks for force analysis, integrating a linear actuator and control model for precise operation via a simple up/down button. • Ensuring compatibility of the device with the existing wheelchair battery supply or an independent battery, and testing the prototype with the client to validate functionality and gather feedback. • Collaborating with the faculty advisor for lab access, machine assistance, and prototype development, leading to a functional prototype that meets client needs and improves their independence.

• Designing, building, and testing a remote-controlled aircraft for the SAE Aero Design competition, collaborating with a multidisciplinary team and conducting aerodynamic analysis using CFD software. • Leading the manufacturing process, including material selection, fabrication, and assembly, while performing structural testing to ensure aircraft integrity and safety.• Developing and managing project timelines and budgets, sourcing materials and components within financial constraints to ensure on-time completion.• Presenting design concepts and results to faculty advisors and industry professionals, incorporating feedback for validation and improvement.• Enhancing problem-solving, critical thinking, and teamwork skills through iterative design processes, effective task delegation, and participation in international competitions.

• Conducted detailed reviews and analyses of current Provincial Clinical Engineering (CE) Standard Operating Procedures (SOPs) within Shared Health (SH), Regional Health Authorities (RHAs), and Dialysis teams.• Developed and executed a national survey to benchmark CE practices against other jurisdictions.• Gathered and analyzed a comprehensive analysis of Provincial Clinical Engineering (CE) Standard Operating Procedures (SOPs), provided strategic guidance for the development of a robust SOP framework, and ensured manageability by focusing exclusively on internal CE documents.• Proposed a classification scheme and strategy for the administration and prioritization of SOP and policy development within CE.

• Gaining hands-on experience with the design, development, and testing of powertrain systems, which may include engines, transmissions, electric motors, batteries for electric vehicles, and software for powertrain control.• Learning how to manage project timelines, resources, and deliverables effectively to ensure that the powertrain components are developed within time and budget constraints.• Involved in cutting-edge research and innovation to improve powertrain efficiency, performance, and sustainability.• Communicating technical information effectively to other team members, stakeholders, or sponsors.• Using specialized software tools for simulation, design, and analysis, such as SolidWorks.

• Begin daily with a thorough menu review to provide expert culinary guidance. • Offer warm welcomes and attentive service to ensure a tailored guest experience. • Strive to exceed expectations with unique touches that set a world-class dining standard. • Foster personal and professional growth through a commitment to continuous learning. • Excel in teamwork, contributing to an environment of excellence and collective advancement. • Uphold honesty, creativity, and leadership, encouraging others to realize their full potential. • Demonstrate unwavering commitment to quality and professionalism in every task. • Conclude each day with a sense of accomplishment and readiness for future challenges.

• Overseeing a team of cooks within their section, providing guidance and instruction, and ensuring high food preparation and presentation standards.• Working in a high-pressure environment where timing is crucial, ensuring dishes from their section are prepared and served promptly.• Maintaining the quality and consistency of food that comes out of their section by following the standards.• Ensuring cleanliness and hygiene in their section, following food safety regulations, and keeping the workspace organized.• Training and mentoring junior chefs and kitchen staff, sharing knowledge, and promoting teamwork.

• Collaborated with engineering students to design, manufacture, and development of a Formula Electric Car.• Collectively worked on the various systems such as the powertrain, chassis, or electronics.• Used safe shop procedures to develop efficient fabrication.• Designed Formula electric race car parts using SolidWorks.• Organized and executed tests and prototypes during the initial and detailed design phases, which assisted in verifying and fine-tuning the design.• Gained a deep understanding of the automotive or motorsport industry standards, regulations, and market trends, especially those related to powertrain technology.

From October 2020, I worked in the restaurant to cook, provide the food to people in winnipeg and clean the restaurant area.

• Led instruction, discussion, or activities in or outside the classroom, based on specific learning outcomes or content.• Conducted various study sessions and appointments to assist peers with academic concerns.• Supported students with effective study habits and forthcoming exam strategies.• Created detailed online videos regarding the most requested topics from peers.