
Graduate in electrical engineering with expertise in embedded systems and event management. Proven ability to deliver impactful presentations and ensure academic integrity through hands-on experience. Dedicated to applying technical skills in innovative projects while promoting continuous learning.
1. A Comparative Study of State o f Charge Estimation in Lithium-lon Batteries
B.Tech Final Year Project, 2022 - 2023
• Analyzed and compared multiple State o f Charge (SOC) estimation algorithms (e.g., Coulomb counting,
Extended Kalman Filter) for Lithium-lon batteries i n Electric Vehicles (EVs).
• Developed and modeled complex battery performance simulations using MATLAB/Simulink t o evaluate
algorithm efficiency and accuracy.
• The study demonstrated a strong understanding of Battery Management Systems (BMS) and optimized
estimation methods crucial for E V range and safety.
2. Intelligence Tracking Car (Autonomous Navigation) B.Tech Mini Project, 2021 - 2022
• Designed and constructed a prototype for a n intelligence tracking car, integrating multiple sensors and a
microcontroller for autonomous navigation.
• Programmed the embedded system using C/C++ t o implement line-following o r obstacle avoidance logic,successfully demonstrating the complete functional prototype.
• Gained practical, hands-on experience i n sensor interfacing, motor control, and hardware-software integration
3. Realizations o f Kirchhoff's Laws Using MATLAB Problem Assisted Learning Project, 2019 - 2020
• Simulated and graphically represented the principles o f Kirchhoff's Voltage and Current Laws (KVL/KCL) in complex circuits using MATLAB scripting.
• Validated theoretical circuit analysis concepts against computational results, achieving a high grade forconceptual accuracy.
PROBLEM ASSISTED LEARNING (PAL) may 2019-2020
Realisation Of Krichhoffs Laws Using MATLAB
• Realisation of krichhoffs law using MATLAB021 teader -Problem assisted learning (PAL) this is my first project held on 2nd year which has been successfully completed with a nice grade