Led the successful launch of 18 workplace electrical products from concept to market introduction, meeting or exceeding project milestones, budgetary constraints, and quality targets.Served as the project and design lead, overseeing all aspects of product development, including conceptualization, design, prototyping, testing, and production.Collaborated closely with cross-functional teams, including marketing and sales, to understand customer requirements and translate them into innovative product designs, contributing to profitability increase and market share.Applied advanced design techniques, including plastic injection molding, die casting, sheet metal fabrication, thermoformed paper packaging, and plastic extrusion, to enhance product quality, functionality, and manufacturability.

Successfully led and managed the design of several consumer products, achieving their launch through effective oversight of project scope, design, prototyping, testing, and delivery.Fostered collaboration with cross-functional teams, such as customer service, production, engineering, marketing, and sales, resulting in the successful translation of customer requirements into innovative product designs, leading to a substantial increase in profitability and market share.Utilized Microsoft Project to create GANTT charts, monitor timelines, conduct financial analysis, and ensure projects remained on schedule and within budget.Utilized Solidworks for proficiently performing 3D modeling, assembly design, heat transfer simulation, airflow simulation, FEA analysis, and generating comprehensive engineering drawings.Identified product safety requirements and developed test procedures to ensure compliance with UL and CSA safety standards.

Conducted reliability-centered maintenance (RCM) analysis using the FMEA process on high-disruption systems in power generation packages and Gas Turbine engines.Reviewed forced outage reports and maintenance history to conduct maintenance task analysis and assess impact on reliability and availability.Identified primary failure causes and potential issues in high-disruption systems, determining failure rates and patterns.

Collaborated with the product development team to improve the manufacturability of gas turbine engines.Led a cross-functional team in designing and developing an automated weldability testing machine.Reviewed product failure reports, performed root cause failure analysis, and implemented corrective actions.Utilized SOLIDWORKS for mechanical design and applied flow simulation for airflow and heat transfer analysis.Successfully designed and developed an automatic weld tester machine for evaluating welding quality.

Designed automotive components using plastic injection molding with materials like ABS, Nylon, polycarbonate, and polyethylene.Analyzed moldability and manufacturability based on product and cost requirements.Utilized SOLIDWORKS and AutoCAD for part modeling and creating detailed 2D drawings.Collaborated with reliability and maintenance teams to improve machine shop equipment availability.Conducted Root Cause Failure Analysis (RCFA) on failed components, participating in redesigning and producing 2D and 3D drawings.