Industrialization: Converting and upgrading the current prototype ( gripper, camera units, mobile stand, weighing mechanism etc ) into industrial versions with the aim of securing regulatory and industrial customer sign off. Continuous modifications to the system for ease of use, cost reductions and functionality.Software Robotics Engineering: Assisting the software engineering team in developing and optimizing the systems and algorithms used in our robotic units. This will include coding, debugging, and enhancing software performance to meet design and operational requirements.Cross-functional Collaboration: Working closely with other engineering teams, including software engineers, to integrate systems and troubleshoot complex issues that arise during the development phases.Innovative Gripper Design: Designing advanced grippers for robotic applications. This will involve conceptualizing, prototyping, and testing various gripper mechanisms to enhance functionality and adaptability in varied operational environments.

- Led the development of software for the C-class packing robot from scratch using C++ and Python, enhancing operational efficiency and automation capabilities.- Designed and manufactured critical parts for robotic systems, demonstrating proficiency in CAD and hands-on manufacturing processes.- Utilized GPM and revenue data to strategically enhance automation processes, focusing on impactful areas for optimization and innovation within the robot packing line.

- CS/EEE Challenges- Engine Lab Demonstrator- Fluid Mechanics and Thermodynamics

Division of Surgery and Interventional Sciences

Databasing the Reseachs done by University Staff and students

Tutoring University, A-level and GCSE student in Electronics, Mathematics, Physics, Mechanics and Chemistry.

For work experience, over the summer Worked at the South East Water organic chemistry and Microbiology Lab for 2 weeks.