• Lead the redesign of wheelchairs, patient lifters, and hospital beds to achieve a 20% reduction in manufacturing costs through material optimization and advanced engineering techniques.• Implement lean manufacturing principles and automation technologies to decrease production cycle times by 30%, enhancing overall productivity.• Develop and implement rigorous testing protocols and quality control measures to increase product reliability and reduce defect rates by 15%.• Utilize CAD software and rapid prototyping techniques to accelerate the development of new product features, aiming for a 25% increase in the number of innovative features introduced annually.• Collaborate with cross-functional teams to incorporate cutting-edge research into practical manufacturing solutions, reducing time-to-market for new products by 20%

• Remodeled gym equipment for Squat6Stands (Canadian start-up), minimizing costs by 20% with advanced engineering. Provided remote design consultancy for efficient collaboration and vendor support, ensuring top-notch product integrity.• Spearheaded the development of an energy-efficient heating palette MVP for Cobalt Hive (US-based entity), reducing power consumption by 7% which is in the process of scaling up, showcasing technical excellence and sustainability.• Developed a SOLAS and LSA code-compliant RC kickboard for a leading US aquatic rescue provider, optimizing water rescue efficiency which achieved a remarkable 30% reduction in operation time for swift responses in critical situations.• Formulated the design and facilitated the production of a high-efficiency cold press for grain oil extraction for a California based start-up. Implemented a precision-engineered twin-screw drive mechanism, achieving a substantial 20% increase in oil extraction.

• Optimized smoking device flow passage, cutting user suction by 15% for enhanced usability. The redesign showcases a holistic approach to innovation.• Revamped the device filtration system for compactness and efficiency, resulting in an 8% improvement in air quality and a 14% reduction in overall device size.• Conducted market research for the sourcing of electrical and mechanical components of the device and onboarded high quality vendors.

• Designed a 3U CubeSat per ISO 17770:2017 standards, validated by CIFP guidelines. Achieved a 5% weight reduction and a 10% increase in strength, optimizing performance.• Implemented macros in SolidWorks, optimizing drawing sheet and machining file creation which resulted in 20% boost in time efficiency through streamlined workflows and automated processes.

• Gained insight on textile operations, specializing in spinning and weaving. Acquired extensive experience, actively contributing to a 10% increase in production efficiency through process optimization and observation.

• Acquired understanding of pump, evaporator, and cooling tower operations, gaining proficiency in diagnosing and addressing various machinery faults. Acquired hands-on experience, contributing to a 7% improvement in overall maintenance efficiency.