Product Engineering Department.▪ Developed and incorporated manufacturability improvements to ensure mass-production readiness for current generation CR-V (2017- 2022), Civic (2016 to 2021), 11th generation Civic (2022- present) and 2023 CR-V.▪ Analyzed and resolved quality concerns regarding fuel, exhaust, NVH, subframe and engine mounting systems.▪ Completed worst-case and root-sum squared tolerance analysis with thorough understanding of GD&T fundamentals and part functionality and assembly methods.▪ Analyzed clamp load for fastening joints with consideration of material characteristics. ▪ Created jigs and fixtures using CATIA to improve assembly ergonomics, assembly quality control or measurement accuracy.▪ Communicated with suppliers to reduce manufacturing variation and improve parts quality by reviewing fabrication process.▪ Designed test plans based on market analysis and customer usage scenarios to verify product quality, reliability and market readiness.

Designed the vehicle’s braking system;▪ calculated mechanical and thermal loading conditions and brake sensitivity with Microsoft Excel▪ Set up and validated brake rotor static and thermal analysis models created in SolidWorks Simulation▪ Integrated wheel speed sensors into brake rotor design to install a traction control and launch control in the vehicle for the first time.▪ Installed the vehicle’s brake plumbing system by determining and sourcing fittings, master cylinders, brake calipers and tube sizes.Designed CNC topology optimized steering knuckles with the aid of SolidWorks andANSYS to achieve 56% weight reduction.▪ Designed brake and throttle pedals to achieve a 30% weight reduction while investigating3D-printed fiber reinforced plastics;▪ Used SolidWorks Simulation to analyze static loading scenarios▪ Validated SolidWorks Simulation model by creating test fixtures to destructively testprototypes. Parts survived expected loading conditions and failed in expectedlocations.▪ Trained several new recruits about the fundamentals of using power tools, 3Dmodeling and finite element analysis.▪ Created engineering drawings with GD&T for the pedals, steering knuckles and severalother parts.▪ Communicated with other system leads, machinist, and sponsors; helped obtain half theteam’s sponsorship goal and established a routine testing spot.

 Analyzed the material properties of the Pickering Nuclear Generating Station’s Vacuum Building to assess the effects of aging to ensure safe operation of the station. Promoted safety by presenting about awareness in a department meeting. Restored 350 regulatory documents that provides assurance of safe design by applying working knowledge of TSSA, CSA N285 and ASME BPVC Sec. III. Investigated contacts of a piping model with ABAQUS. Supported preparations for an audit that dictates the renewal of licenses required to operate the nuclear generating stations with the application of ASME NQA-1. Recovered 600 data sets that is significant for piping analysis and programmed a foundation for a software that queries the data with an intuitive user interface.  Managed three senior technical engineers and completed the reconciliation of 1000 nuclear materials, parts and components by demonstrating adequate knowledge of ASME BPVC Sec. II and V. Project will potentially save several thousands of dollars and prevent months of downtime.  Automated data analysis tasks with VBA programs to remove human error and complete tasks within minutes rather than days.

Communicated with customers and co-workers in a timely manner to provide quick and friendly service.Followed health and safety regulations while completing several duties and training new employees.

Communicated with customers and assisted with checkout. Completed specific orders and prepared the products for shipment. Organized clothing displays and answered customer inquiries.