Aniket Sanjay Babar

• Directed the process development for automated assembly within the eAxle project, ensuring alignment with strategic goals and on-time project milestones. • Orchestrate a global, cross-functional initiative to standardize manufacturing processes, leading to greater consistency and enhanced global quality control. • Spearhead international technology transfers by creating standardized knowledge-sharing frameworks that accelerated adoption in new facilities.

• Developed streamlined "Lean Launch" strategies for ECUs, proposing optimizations projected to reduce time-to-market and enhance customer satisfaction. • Created a risk mitigation framework for new product introductions to ensure reliable launches and strengthen business performance in the ADAS sector.

• Ensured compliance across all project documentation (Charters, Plans), resulting in successful Quality Gate reviews and streamlined stakeholder approvals. • Spearheaded Quality Gate reviews and stakeholder negotiations, successfully aligning multi-department teams to secure all project milestones for ADAS projects. • Enhanced team workflow and ensured on-time task completion by implementing Agile and Lean methodologies, improving overall project efficiency

Improved operational workflows by contributing to Digital Twin applications, using Siemens NX and Teamcenter to optimize factory layouts and processes.

-Designed and built a Stereo-Lithography 3D printer, demonstrating strong engineering and technical skills. -Researched and selected components and materials, ensuring the highest quality and performance. -Developed and executed a detailed project plan, ensuring the project was completed on time and within budget.

• Led a major process overhaul by implementing Kanban and Lean Manufacturing principles, achieving a significant reduction in inventory costs and improving production flow visibility. • Directed initiatives that optimized inventory levels and cut defect-related costs through enhanced preventive maintenance and root cause analysis. • Managed production forecasting and resource planning to align manufacturing output with fluctuating customer demand, significantly improving on-time delivery rates.

• Directed training and placement activities for 400+ students, establishing key industry relationships that created new internship and career opportunities.

-Studied CNC and Lathe machine operations. -Learned design and manufacturing of Spray Pumps.

• Master's Project: Balance of Plant in Fuel Cell Systems. • Developed MATLAB-based automation for Finite Element Analysis simulations.

• Key Achievement: Awarded Gold Medal for graduating with the highest academic rank (CGPA: 9.62). • Leadership: Served as elected Student Body President (2017) and Student Ambassador (2018).