Vikrant Pagare

Developing a concept for a cobot-based automated material testing system for granular materials Integrated key process steps including sample collection, weighing, compression, discharge, and cleaning Combined automation, robotics, and mechanical design to create a flexible and modular testing setup Evaluated the use of collaborative robots for improving efficiency, adaptability, and process automation in industrial testing

Contributing to the development of the Digital Product Passport (DPP) framework to enhance product traceability, sustainability, and alignment with upcoming EU regulatory requirements. Supporting cross-functional collaboration between engineering, IT, and product management to integrate DPP into product lifecycle and data management processes. Assisting in the company-wide SAP rollout project, with responsibilities in access and authorization management, role definition, and system testing. Preparing and validating process concepts and documentation in Excel and SAP to ensure structured implementation and compliance. Leveraging a background in automation, Industry 4.0, and digital manufacturing to bridge technical engineering knowledge with enterprise IT systems.

Contributing to Eirich’s digital transformation by supporting the strategic implementation of the Digital Product Passport (DPP) across key product lines in alignment with upcoming EU sustainability regulations (ESPR). Key responsibilities include: • Leading the conceptual design and implementation of the DPP for core product offerings • Conducting scenario analyses to assess regulatory impacts on products and components • Supporting lifecycle analysis and sustainable product development through data collection and planning • Collaborating with cross-functional teams (R&D, sales, marketing) to define digital product and compliance strategies • Preparing reports, presentations, and evaluations to aid decision-making and ensure regulatory readiness • Facilitating workshops and cross-departmental meetings to drive project alignment and execution • Gaining practical experience in digital compliance, product strategy, and sustainable innovation

Directed car paint removal, dent repair, and painting techniques, improving process efficiency by 20%. Implemented quality inspection protocols, reducing rework by 15%. Improved industry operations knowledge, refining advanced refinishing skills and increasing task efficiency by 10%.

Assisted in pump casing and rope drum manufacturing, enhancing material handling efficiency by 20%. Collaborated with senior engineers to improve machining accuracy, reducing defects by 15%. Conducted visual and dimensional inspections, streamlining quality control processes by 25%.

• Main Project • Design a Tail-Lift System to Lift 2.5 Tons. • Solution with respect to 4 engineering point of view i) Mechanical - Numerical Method ii) Hydraulics - Mathematical Analysis & FluidSIM 5 iii) Control Theory - Matlab Simulink iv) Manufacturing Technology - Solidworks • Lagrangian Functions were used to generate numerical Solutions. • Deviation from theoretical values was observed and additional losses were incorporated. • Closed Loop control of the hydraulic system was achieved.