Focusing on autonomous vehicles, particularly driverless trucks, developed a fail-safe system enabling virtual control through steering controllers, using the BeamNG.tech simulator with Python for realistic environment simulation. • Designed and implemented a deep learning neural network capable of identifying traffic signs, and other entities, utilizing a media-pipeline alongside TensorFlow, Keras, and OpenCV APIs for comprehensive image recognition. • Successfully deployed a UR5 robot integrated with a Programmable Logic Controller (PLC) to oversee a conveyor belt system, employing Cognex vision and laser sensors for innovative industrial automation applications. • Spearheaded the development of a cutting-edge application in industrial automation, focusing on packaging, segregation, and dynamic pick-and-place operations, showcasing my expertise in robotics and industrial automation technologies.

• Devised an automated procedure tailored for small cooler production utilizing the Fanuc Robot m710ic/45, enhancing efficiency and reducing labor needs, inclusive of processes like welding.• Led the development and successful implementation of an algorithm with an auto tool switch feature, achieving an impressive 75% drop in collision threats between humans and robots during tasks like spot facing, expanding, and peening.

• Contributed to smart warehousing automation project by integrating cage detection modules, obstacle avoidance systems, and leading to optimized autonomous vehicle routing and a 30% improvement in order fulfillment speed. • Designed and deployed robotic picking systems using Fanuc Robots, vision sensors, and Allen Bradley RS Logix5000, which adapted to varying warehouse conditions and contributed to a 40% reduction in manual labor. • Served as an SAP Fiori Security Consultant, implemented a real-time inventory management system using SAP Fiori and SAP S/4 HANA, reducing stock discrepancies in the ERP systems by 25%. • Enhanced security protocols within SAP Fiori, ensuring data integrity and compliance with industry standards.

•Managed the skills and developed knowledge on Catia V5, Solidworks and Ansys.•The major work drove in designing of different kind of heat exchangers using Catia V5 and Solidworks•Leveraged the theoretical CFD ( computational fluid dynamics ) simulation using Ansys Fluent solver.•The drafting of designs was performed in AutoCAD as per requirements. The work also involves the Computational Fluid Dynamics, structural analysis, shape optimization, and thermal analysis of the parts using Ansys Software using the predefined solvers in it.