Working on the development of plastic products and design of blow and injection molds and mechanical components utilizing CAD applications. Collaboration with mold makers and machinists to ensure the molds can be manufactured nicely.• Developed plastic products and created 3D models based on clients’ requirements.• Designed both blow and injection molds and made manufacturing and production 2D drawings for machinists.• Working on the design of mechanical components including blow pin, extrusion tooling, exit tooling fixture, and striker plate.• Analyzed and studied the mechanical functioning of a mold and plastic materials.• Troubleshoot design failures and proposed solutions to improve the design.• Developed more efficient and accurate design methods to facilitate the design process.

Responsible for technical support, in-field deployment and installation, technical training, product design & development, and research in robotics.• Designed an outer cover accessory for food distribution robots to enhance sanitation level of delivery.• Deployed robots and designed its route for various environments including restaurant, office, and hotel.• Provided technical training for sales team and aligned agents.• Working on optimization of voice data library to facilitate robot voice interactive capability.• Maintained robots via system upgrade or component replacement to improve the operation of machines.

Working closely with chief engineer to develop new products as well as upgrading existing designs utilizing CAD applications. Cross-functional collaboration between engineering team and marketing department.• Conduct thermal test and management to achieve optimal heat dissipation on PCB via heat sink and fan designs.• Design package and its internal cushion with cardboard material for SOL-G2-Dual & Quad Modules.• Research on FCC EMC requirements for a PCB wireless antenna of a control system.• Research on DLC SSL v5.0 technical requirements and product migration from v5.0 to v5.1.• Working on product assembly (SOL-G2 / LINEAR / HELOS) and design improvement.• Conduct HIPOT test to verify the insulation of a product is good enough to avoid leakage of electricity. • Modification and improvement on existing product designs using Inventor and AutoCAD.• Working on lighting simulation using DIALux to estimate lumen performance of a tennis court and TRK helicopter site.• Learning PCB layout design based on given parameters such as power or LED lumen performance requirements.• Make and revise product (SOL-G2) installation manual, specification & marketing brochure.

Concordia Gina Cody School of Engineering and Computer ScienceMaster of Mechanical Engineering Specialized in Composite and Materials/ Project-Oriented Courses

• MECH 6941 Concurrent Engineering in Aerospace Systems / Product Design and Development/ Project Topic：Refillable Toothpaste Dispenser• ENGR 7011 Graduate Seminar in Mechanical and Industrial Engineering/ Project Topic：Recent Development and Application in Corrosion Science• ENGR 6421 Standards, Regulations and Certification/ Project Topic：Accident Investigation of American Airlines Boeing 747-100

• MECH 691-N Topics in Mechanical Engineering I (Coating & Surface Engineering) / Project Topic：Chemical Vapour Deposition Processes and Thin Films for Semiconductor Applications• MECH 6541 Joining Processes and Nondestructive Testing• MECH 691-S Topics in Mechanical Engineering I (Sandwich Structures) / Project Topic：Mechanics of Corrugated Core

• MECH 6441 Stress Analysis in Mechanical Design / Project Topic：Stress Analysis in Mechanical Design• MECH 6581 Mechanical Behaviour Of Polymer Composite Materials / Project Topic：Development of a Stress Analysis Tool for Laminated Composites / Mini Project：Stress Analysis of a Stiffened Composite Fuselage Section Using Finite Element Method• MECH 6601 Testing and Evaluation of Polymer Composite Materials and Structures / Project Topic：Peel Tests of Adhesives (for Composite Materials)

• MECH 6561 High Strength Material / Project Topic：Advances in Aerospace Materials and Structures

• ENCS 6721 Technical Writing and Research Methods for Scientists and Engineers / Project Topic：The Impact of the Emergence of the Generative Design Technique on the Shape Design of A Product: A Review Study• MECH 6451 Computer-Aided Mechanical Design / Project Topic：A Quick Return Mechanism Design

• ENCS 5721 Composition and Argumentation for Engineers / Feasibility Study：Concrete as an Alternative Material for Product Design• MECH 6501 Advanced Materials / Project Topic：Silicon Carbide in CMCs

Responsible for mold maintenance & assembly, machine operation (grinding & punching machines), product quality inspection, and engineering drawing.• Practicing GD&T concept to improve and modify mold and die design.• Mass production for sheet-metal-based products via punching machine.