• Prepare, document, and track all steps involved in driving continuous improvement projects in cost and quality resulting in annual savings • Collaborate with multiple stakeholders including Quality, Supply Chain, and Project Management teams to communicate sustainable solutions and process improvement strategies• Improve service levels and quality through effective changes in manufacturing methods for the commercial needs of the organization• Identify bottlenecks and perform root cause analysis in production and capacity planning to reduce automation downtime and increase productivity• Lead monthly Kaizen and process workshop meetings to drive innovative solutions and present recommendations to senior management

• Successfully planned and executed 2 projects by preparing schedules, tracking budgets and progress, and communicating updates to cross-functional stakeholders as required• Planned, executed, and governed capital projects for the Logistics department and improved efficiency by 10% for DC operations through effective development of cost models• Analyzed and implemented an optimal production floor layout using time series analysis, facility throughput models and process simulation models resulting in an annual reduction of 5% of the manufacturing cost• Evaluated fleet management solutions to ensure the maximum return on investment (ROI) was obtained for the lowest cost of capital (WACC)• Developed manufacturing methods, labour utilization standards and cost analysis using time data for efficient labour and• Prepare, document, and track all steps involved in driving continuous improvement projects in cost and quality resulting in annual savings • Collaborate with multiple stakeholders including Quality, Supply Chain, and Project Management teams to communicate sustainable solutions and process improvement strategies equipment utilization

• Representative for W Booth School of Engineering Practice & Technology (SEPT).• Committee member for McMaster Engineering, Technology, Research & Innovation Conference [METRIC] 2018.

• Collaborated with Electronics Engineer for designing the exterior body and setup of a battery• Operation management and troubleshooting detection for refurbishing process of pumps• Organized the management and placement of parts in the warehouse

As my Master's in Manufacturing Engineering project at McMaster University, I designed solar shingles for Airo.Life which provides better value compared to solar shingles currently being manufactured and sold in the field.

• Assisted in Quality Assurance of spares of bowl mill & boiler auxiliaries along with turbine fasteners• Indented turbine initial spares and generated observation reports• Planned to optimize 25 route cards that generated the sequence for manufacturing of turbine fasteners, fuel pipping and repair of rotors

• Completed training in various departments such as machine lab, chemical and metallurgical lab, heavy weld shop and heat treatment shop• Tested hardness and durability of metals used in train engines• Welded engine parts using Shield Metal Arc Welding (SMAW) and Flux-Cored Arc Welding (FCAW) processes