Ranjit Ramesh Kulkarni

• Core Competencies: Application Engineering, Product Analysis, CAD Design, Systems Engineering Coordination, Customer-Centric Solution Development, Change Management, Root Cause Analysis (8D), and Customer Delivery Management. • Proven ability to collaborate cross-functionally with Systems, CAD, NPD, Sourcing, Sales, and Service teams to drive successful project execution and deliver high-quality outcomes. • Actively contributing to new business development initiatives by supporting project acquisition efforts and helping secure strategic business opportunities.

• Core Competencies: Application Engineering, Product Analysis, CAD Design, Systems Engineering Coordination, and Customer-Centric Solution Development. • Act as a key interface between customer engineering teams and internal cross-functional teams at AAM, ensuring delivery of optimal axle solutions tailored to application requirements. • Collaborate with stakeholders to align product designs with customer specifications, performance targets, and quality standards. • Lead technical discussions and structured problem-solving initiatives to address engineering challenges and ensure timely delivery of high-quality solutions.

• Core Competencies: Customer Requirements Analysis, Axle Systems Expertise, Project Coordination, and Stakeholder Communication. • Supported engineering teams in developing tailored axle system solutions aligned with specific customer requirements and application needs. • Coordinated effectively with cross-functional teams including CAD, Systems Engineering, Sourcing, and Sales to ensure timely and successful project delivery. • Acted as a point of contact for customer concerns, collaborating with internal teams to resolve technical issues and enhance customer satisfaction.

• Core Competencies: Product Development, Engineering Change Management, CAD Design (NX), Prototype Testing, and Quality Assurance. • Analyzed quality-related issues and collaborated with internal teams, suppliers, and customers to develop effective engineering solutions. • Managed engineering change processes, including raising and releasing engineering permits and ensuring proper system documentation. • Revised and updated engineering drawings to reflect design changes, while assessing engineering implications and providing application-based technical judgment.

• Core Competencies: CAD Software (SolidWorks, Solid Edge, Creo/ProE, Geomagic Design X), 3D Scanning, and Reverse Engineering. • Developed hands-on experience in advanced 3D design tools through live reverse engineering projects, translating scanned data into accurate CAD models. • Executed a complex project involving 3D scanning and printing of a human face, showcasing precision, attention to detail, and strong problem-solving capabilities.

• Core Competencies: CAD Drafting, Analog-to-Digital Conversion, and Engineering Drawing Interpretation. • Supported product design and development activities, working closely with senior engineers to gain practical exposure within the automotive domain. • Developed strong proficiency in interpreting, analysing, and recreating engineering drawings for two-wheeler components, demonstrating high attention to detail and design accuracy.

• Core Competencies: Process Documentation, Product Testing, and Manufacturing Process Analysis. • Gained exposure to the design, machining, and manufacturing processes of towing and mooring systems, including final product testing and validation. • Completed a structured internship during the final year of engineering, developing a comprehensive understanding of end-to-end industrial operations—from raw material procurement to finished product delivery. • Observed cross-functional workflows and communication between departments and external stakeholders, gaining insights into how engineering and operational challenges are effectively resolved.

• Key Modules: Advanced Product Development, Applied Thermodynamics, Finite Element Analysis (FEA), Advanced Materials Science, and Sustainable Engineering Practices. • Research & Projects: Completed a capstone project focused on optimizing energy efficiency in automotive drive systems, which involved CAD modeling, thermodynamic analysis, and system optimization. Gained practical experience with industry-standard software and tools such as ANSYS and SolidWorks for project simulations. • Achievements: Recognized for academic excellence with distinction in coursework related to engineering mechanics and advanced design strategies.

• Core Coursework: Mechanics of Materials, Fluid Dynamics, Heat Transfer, Machine Design, and Manufacturing Processes. • Major Project: Developed a prototype for a low-cost, eco-friendly mechanical system for energy generation. This project involved CAD modeling, material selection, and rigorous testing for efficiency, laying a foundation in product design and sustainable engineering. • Activities: Served as the team leader for a national engineering competition, guiding a team in the design and assembly of a functional vehicle prototype. Received faculty recognition for technical skills and leadership in team projects.

• Specialization: In-depth training in polymer science, plastics processing techniques, and quality control methodologies for plastic products. Gained expertise in injection molding, extrusion, and thermoforming processes. • Hands-On Projects: Conducted a study on biodegradable plastics, analyzing their material properties and environmental impact, and presented findings at a regional seminar. Completed practical assignments on plastic component design using CAD software and inspection techniques. • Achievements: Awarded “Best Project” for a research presentation on innovative uses of recycled plastics in product design, showcasing an early commitment to sustainable materials.