SOC Estimation of Li-ion Battery using EKF
Developed a MATLAB model to estimate the State of Charge (SOC) of a lithium-ion battery using the Extended Kalman Filter, validated against real-world EV data.
I'm Arunesh — an EEE student who switches between MATLAB and browser consoles. Building things that solve real problems: EV SOC, C++ inventory, sleek UI.
Currently seeking internships in data analytics or EV systems where I can apply my technical skills and passion for innovation.
Developed a MATLAB model to estimate the State of Charge (SOC) of a lithium-ion battery using the Extended Kalman Filter, validated against real-world EV data.
Simulated a high-gain DC-DC converter in MATLAB, deriving a state-space model to validate performance for EV battery charging applications.
Designed an ESP32-based system for real-time power factor monitoring and automatic correction with cloud-based data visualization.
Built a C++ command-line application to manage inventory, sales, and customer records with billing and loyalty tracking features.
Built a responsive landing page for a two-wheeler platform with hero section, About Us, and enquiry form using modern frontend technologies.
Built a clean, mobile-friendly profile page with social links using pure HTML5 & CSS3, inspired by Frontend Mentor challenges.
Have a question or want to work together? Drop me a message!