• Identified the needs of engineering teams and developed plans to deliver efficient solutions• Worked on projects to enhance the productivity of engineering operations and reduce engineering costs• Collaborated with cross-functional teams to work on quality processes and drive improvements• Supported a project to implement AI and machine learning to reduce errors and improve efficiency• Maintained a database to track the milestones for all current and future programs

• Led the design and release of the new vehicle subsystem and liaised with cross-functional teams to ensure that the product will meet or exceed the expectations that have been established for the vehicle program• Resolved conflicts arising from the integration of various subsystems and provided resolutions in compliance with Ford Safety Standards and Requirements and Federal Vehicle Safety Standards• Ensured the manufacturing feasibility of vehicle parts while achieving vehicle weight targets and proposed design cost reduction strategies• Managed vehicle development projects involving research of new technologies such as new joining methods and materials to reduce vehicles weight while maintaining robustness• Supported key program meetings, monitored project status and prepared management reports to communicate the progress of the projects

• Managed projects from initial design phase to final assembly phase: designed aircraft components and assemblies, built prototypes, performed feasibility tests, supported manufacturing, performed quality assurance tests• Interacted with product development teams overseas to accommodate new changes in the projects and to ensure on-time deliveries• Design of aircraft components and assemblies in CATIA V5 using part design, generative shape design and sheet metal workbench and generate 2D drawings in Draftsight and CATIA.• Validate composite processes to ensure the correct resin content, proper pre and post curing of laminated fabric to attain the maximum strength of material.• Perform the 4 point bending and double lap shear testing of composite samples using Instron 8801 instrument to meet the structural requirements.• Development and design of repair/rework dispositions and engineering processes to reduce the manufacturing and maintenance time.• Interpret engineering drawings and facilitate correction of errors on engineering documents identified during manufacturing operations.• Coordinate activities to resolve engineering-related production problems.

• Actively contributed to the preliminary and critical design phase study of Airbus A350-1000 landing gear program with design and structural analysis• Responded to Aircraft on ground calls related to the hard landing cases reported by aircraft pilots and provided resolution within strict time deadlines (1-2 hours)• Performed Static and Fatigue Analysis of Landing gear sections for different in-production and in-service landing gears• Analyzed components and prepared detailed technical reports for aircraft certifications by Transport Canada

• Gained a deep understanding of investment profession in a fast-paced financial environment• Contributed to the clients’ success by conducting economic, industrial and corporate analysis to support investment decisions• Increased the transparency of financial information by creating customized charts and graphs to illustrate technical reports

• Communicated electronically and in person with computer users experiencing difficulties to determine and document problems experienced with hp printers.• Collected, organized and maintained a solutions log for use by other technical support analysts.• Supervised other technical support workers in the group.

• Team Member of the Computer Support Centre Help Desk.• Identified user problems and used analytical skills to troubleshoot and resolve issues with software including Adobe and MS Office.