Greetings, I'm Bisma Daniswara

Undergraduate Electrical Engineering Student

Electric Powertrain at Arjuna FSAE EV UGM

Connect With Me
Bisma Daniswara

About Me

Electric Vehicle & Power Electronics Enthusiast

I am passionate about electric vehicle (EV) technology, with a strong focus on battery management and power electronics. My experience includes optimizing battery performance, ensuring efficient energy distribution, and enhancing the safety and longevity of EV battery systems. I thrive on solving complex engineering challenges and exploring innovations in sustainable energy solutions.

Lets Connect !

I’m always excited to discuss ideas, collaborate on projects, and connect with like-minded professionals. Feel free to reach out through my social media!

Portfolio

My Projects

Here are some of the projects I’ve worked on, focusing on EV battery management and power electronics. Despite of that, i've also worked on IoT and Web Development Projects.

testing

Portfolio Website

Skills : HTML - Tailwind CSS - JS

My first web development project was building this portfolio website. It was a great learning experience as a FullStack Developer. I successfully completed it in about one week.

Skills

Professional Skills

I have developed a diverse skill set in hardware design, simulation software, and web development.

Experiences

My Experiences Through Years

I have gained technical experience in power electronics, particularly in designing and optimizing high-voltage systems.

ArjunaEV

Staff of Energy Storage Subdivision at Arjuna EV UGM

Skills : KiCad - Proteus- STM32 - Arduino IDE - C/C++

As a staff of the Energy Storage Subdivision at Arjuna EV UGM, we develop our own Battery Management System (BMS) that capable of monitoring and controlling up to 402V, ensuring optimal performance, safety, and efficiency in high-voltage energy storage systems.

InternArjunaEV

Electric Powertrain Intern at Arjuna EV UGM

Skills : Proteus- STM32 - Arduino IDE - C/C++

As an Electric Powertrain Intern at Arjuna EV UGM, I designed the circuit for the Brake System Plausibility Device (BSPD) principal work and made a circuit & system to monitored battery temperature using STM32 to ensure safety and reliability in the powertrain system.