Founded on October 7, 2019, Anobrain Team is an electric vehicle research team established by Mechanical Engineering students to serve as a platform for developing research, innovation, and practical applications in electric vehicle technology. The team focuses on applied research and development (R&D), covering natural fiber composite materials, BLDC (Brushless Direct Current) motor drive systems, vehicle integration, performance testing, and engineering-based design improvement.
The team's main project is the development of a formula-style electric vehicle prototype. Through this project, Anobrain aims to combine innovation, sustainability, and engineering excellence in creating a high-performance electric vehicle. One of the team's notable innovations is the use of pineapple leaf fiber as a lightweight, flexible, and environmentally friendly material for the vehicle body. This innovation is complemented by an aerodynamic body design, an efficient and responsive BLDC motor system, and a precision-engineered chassis developed through a systematic engineering approach.
The development process involves continuous testing and evaluation, including torque, acceleration, energy efficiency, and durability assessments, to ensure optimal vehicle performance. Supported by strong capabilities in engineering design tools and software, effective multidisciplinary collaboration, and hands-on experience in vehicle design, manufacturing, and testing, Anobrain Team continues to foster a culture of research, learning, and technological innovation.
In addition to its research activities, Anobrain Team actively participates in technology events, scientific forums, innovation exhibitions, and electric vehicle competitions. These activities provide opportunities to enhance the team's research quality, expand technical expertise, and contribute to the advancement of electric vehicle technology.