Nitin Leonard Christy

Designing, developing, Prototyping, and testing a payload support system with winch capabilities for Unmanned Aerial Vehicles, utilizing additive manufacturing techniques for the overall structural build, which aims to enhance environmental management and biodiversity conservation through Internet of Things (IOT) and UAV technology.

•Spearheaded the development and assessed technical feasibility of products for over 45 Original Equipment Manufacturers (OEMs), including esteemed brands such as Volvo Cars, BMW, and Mercedes resulting in a successful integration rate of 95%. •Led the end-to-end development of products, managing projects from conceptualization and through to production, demonstrating strong project management skills, reducing time-to-market by 20%. •Formulated and analysed engineering drawings for streamlined process development, increasing precision and efficiency by 35%. •Formulated a detailed product roadmap outlining sustainability, cost-efficiency, safety, and functionality requirements, aligning with customer expectations and resulting in a 15% increase in product quality. •Managed end-to-end execution of product development projects, showcasing exceptional analytical skills and coordination abilities. Successfully implemented projects resulting in a 90% on-time delivery •Implemented a data-driven approach to product testing, resulting in a 15% decrease in defects identified during the testing phase. •Produced meticulous 2D and 3D CAD models based on customer engineering drawings, adeptly. recommending necessary design modifications for optimal manufacturability that reduced manufacturing. defects by 15%.

The objectives of the internship were to observe and study the manufacturing processes of connecting rods for Daimler, Toyota, GM, Ducati, Maruti. From forging of incoming raw material to machining to inspection, exclusive theory, and practical training on the shop floor. Designing a traceability system used to improvise the current route card system. To establish and maintain a documented procedure for identification of components in relation to process drawing and control plan specifications at various stages of manufacturing.