Properties and Franchise InvesmentsMarketing and investment Strategies Multi Investment ProjectsProject Management Risk AnalysisForecasting

- 3D modeling and surfacing (Generative Shape Design) through CATIA V5, siemens NX, and Key Creator in structured and organized formats. - Designed composite fixtures, jigs, molds, and pattern designs. Underwent regular tests and analysis. - Analyze and create GD&T engineering drawings for multiple designs.- Created laser cut templates and sheets for assemblies.- Familiarized the process of developing carbon fibre parts through Laminating and Assembly methods for super cars and hyper cars. Kit-cutting, laminating, assembly, etc- Generated Engineering drawings, layouts, presentations, assembly, laminating, and instruction manuals.- Conducted production studies with analysis on carry over parts and materials.- Regularly communicated among technical leads and Engineers.- Quality checks with CMM to check datums for overall tolerances.- DFMA and DFA studies conducted to streamline manufacturing

Provide support to the Team Principal and second in Leadership.Communicated with sponsors to secure sponsorship and materialsGuided executives of 5 committees in developing their subsystems and research for competition.Co-ordinate the overall vehicle in terms of manufacturing/assembly and ensuring all systems are integrated among subteams.Help each Lead develop structured and organized committees for the best collaborations and communication.Executed multiple vehicle performance calculations through MATLAB Simulink control system to gain live data and telemetryEnhanced chassis research and development through conducting different stress and strain analysis on Solidworks and ANSYS.Demonstrates initiative with the ability to plan and execute tasks, while adapting to constant SAE rule changes.Developed documentation system where information can continue to be passed down to the future leads of the team through slab.com

Designed a new AWD powertrain system through leading a committee and collaborating with other technical leads through the Engineering Cycle.Collaborated and consulted in designing a vehicle dynamic suspensions and steering system. Suspensions components tested in matlab simulinkLead a committee and encouraged learning through system modules.Designed and tested powertrain components through engineering drawings with a committee in Solidworks and ANSYS in order to gain engine performance data.Lead the team to win the “Advancement Award” due to development in performance and innovation over the seasonCompeted with our leads at the 2019 BAJA SAE Rochester events for Design and Performance.

Heavy understanding of designing, machining, and manufacturing layouts. Experience with setting up and loading of drilling, milling, and lathing machines.Followed drawings and tolerances then manipulated G-code accordingly to the machine in order to maintain quality and prevent oversize/undersize issuesWater submersion test to check for surface fractures.

-Represent over 1400 undergraduates. -My responsibilities include bringing up concerns of the student body and provide R.E.S.S services.-Hosted events to connect with the diverse engineering students that attend Ryerson and marketed R.E.S.S services.

- Helped run 6 tutorial sessions for midterm and exam preparation - Actively engaged with students to find out what they need from the committee

- Shadowed the head mechanic throughout my time spent at the shop. I learnt how to interact with customers and properly diagnose their vehicles, in an organized matter. - Performed regular services such as oil changes, brake service, wheel bearing replacements, tire rotations, etc- Assisted in engine and transmission diagnostic and reassembly - Learnt the mechanical aspect of vehicles and took notes on what mechanics did not like, in hope to find resolution in my post secondary education.