Utilized specialized telemetry software to monitor and interpret performance metrics to identify potential improvements and issues for the motorcycle behaviour. This resulted in improved lap times and on track trajectories performed.

The prototype chassis was designed and dimensioned using 3D CAD software, focusing on manufacturability and functionality. FEA simulations were conducted to assess performance under extreme driving conditions. Additionally, participated in the manufacturing process of components, contributed to problem-solving, and provided engineering-oriented insights to ensure that components were engineered to meet project requirements.

During my internship at COFICAB, I learned about lean manufacturing, 5S methodology, and project management in civil engineering. I also analyzed HVAC systems in factories, gaining insights into technical and logistical challenges. This experience enhanced my understanding of lean practices and managing engineering projects globally.

Proactively linked academia with corporate culture by showcasing the company's values, objectives, and student outreach programs.

During my internship at Rodrigmaq, I received CNC training and worked in various factory sections, gaining practical experience in CNC operations and industrial processes. I contributed to redesigning parts to meet customer demands, which broadened my understanding of market needs. This experience strengthened my technical skills, teamwork, and adaptability, preparing me for future industry challenges.

The project aims to enhance the mobility of individuals with physical disabilities by providing a cost-effective solution for wheelchair users. Through innovative measures and affordable resources, it seeks to address the challenges faced by individuals with mobility impairments, making it more feasible for them to access and utilize mobility aids, thereby promoting greater independence and inclusivity within society.