• Products: Personal gas detector, graft tissue injector (Patent: US20200276010A1), personal laser fat removal belt, outdoor GPS/antenna enclosure, mobile enabled backup camera system• Collaborated effectively with client, electrical engineer and firmware engineer to understand project requirements and effectively communicate updates throughout the project on roadblocks, challenges and milestones • Performed competitive analysis and product feasibility analysis, and established product features list, engineering requirements, cost estimates and project timeline• Designed products with SolidWorks while utilizing stack-up tolerance analysis, FEA and stress analysis to ensure efficient design• Implemented DFM / DFA on 3D printable prototype design and carried design through to high volume production • Created Bill of Material (BOM), sourced parts, selected vendors and got cost estimates based on projected volumes• Selected materials appropriately based on project requirements and communicated effectively with injection molders and sheet metal fabricators using GD&T on drawings• Evaluated design using 3D printed and CNC machined prototypes• Developed test plan based on certification requirements using industry standards (CSA, IS) • Reduced product cost by 40% by improving existing design and working with Chinese vendor

Mechanical Design Engineer responsible design of their latest/ highest volume audio conferencing speaker/mic bar. It was an incredible opportunity being the sole mechanical engineer in Calgary office.- Designed the newest iteration of their highest volume audio conferencing equipment with the goal to reduce cost and improve manufacturability. - Worked closely with vendors in china and Malaysia to facilitate vendor switch over.- Designed the new packaging to improve shipping costs.- Performed Accelerated life testing, temperature shock and humidity testing to validate new product.- Performed functional testing (rub & buzz) before and after validation testing to check for degradation and design improvement opportunities.- Worked with Electrical engineer to facilitate PCBA changes and impact to mechanical product design.

• Achieved 20% cost reduction for a high-volume speaker/mic bar enclosure by implementing material changes such as plastics, sheet metal, adhesives and insulators• Improved existing design by performing stack up tolerance analysis on long parts, making assembly changes to shorten tolerance loops to ensure high yield• Implemented SolidWorks PDM to host a central repository system and manage revision control on design files across different offices, trained engineers, implemented feedback and acted as a resource to provide ongoing support• Improved production capacity by second sourcing materials and setting up production in China and Malaysia• Prepared and executed engineering test plans in accordance with ASTM standards, designed required fixtures, analyzed and reported data to make design improvements

• Designed enclosures using Creo for guidance systems to be used by military, automotive and agriculture industry, and followed TS-16949 processes as SOP • Designed diecast and sheet metal shielding solutions for electrical isolation, thermal management, electromagnetic interference and RF communications• Established and performed product testing plan for certifications using ASTM and MIL-STD while meeting system requirements; testing included but not limited to HALT, vibration, shock, drop, thermal and IP67 leak to ensure certification• Received spot awards on various projects for surpassing expectation on project deliverables and providing innovative solutions

• Designed and manufactured a mechanical system of upholstering furniture that replaced the previous manual method; prototype would do complete task automatically, resulting in improved efficiency, manufacturability, and quality; also reduced labour cost of upholstering chairs. • Extensively researched and experimented to deduce the optimal parameters for spot welding; greatly increased strength of product and reduced likelihood of dents and spots. • Processed 200-300 metal sheets per day (i.e. treating, spray coating, punching).

• Acquired in-depth understanding of the processes behind steel fabrication while shadowing head Fabrication Engineer; utilized a combination of AutoCAD, Power Press, and CNC punching and bending machines in the fabrication of electrical panel casings.• Observed and participated in design of electrical panels for various corporate offices.