Research area : Power Electronic Circuits: Numerical Simulations# Power electronics DC-DC converter calculations for optimizing efficiency and performance.# Conducted LT spice simulations to predict and validate circuit behavior.# Designed PCBs using Altium Designer, including schematic capture and layout design.# Enhanced technical skills in power electronics and circuit design.# Gained practical and simulation-based problem-solving experience.

# Hands-on experience in C programming for developing efficient software solutions.# Practical knowledge of Arduino for creating embedded systems and IoT applications, hardware integration.# Hands-on experience with Linux (Ubuntu) for software development and system management.# Worked modules in IoT protocols and IoT AWS Cloud for cloud-based solutions.

Collaborated on innovative design solutions for electric vehicles.# researched the latest trends and technologies in electric vehicle design.# Tested prototypes to analyze performance and identify improvements.# Developed a solid understanding of electric vehicle systems, including battery technology.# Contributed to the conceptualization and refinement of electric vehicle designs.# Used simulation software to analyze performance and efficiency.# Assisted in the fabrication and assembly of physical prototypes.# Analyze performance data using tools like MATLAB and Excel.

# VSI Technology: Focused on using Voltage Source Inverter technology to manage power flow to electric motors, ensuring top-notch performance.# IGBTs: Leveraged Insulated Gate Bipolar Transistors for efficient and precise switching in our power systems.# PMSM Motor Design: Worked on designing high-performance Permanent Magnet Synchronous Motors specifically for hybrid vehicles.# Energy Management: helped optimize how the engine, motor, and battery work together to maximize energy efficiency.# Prototype Testing: Actively participated in testing prototypes to assess performance and pinpoint areas for improvement.

Company: Amararaja Growth corridor - chittoor, Andhrapradesh-India.IBD-Industrial Battery Division -- MVRLA-Medium Value Regulated Lead Acid BatteryDepartment : (ELECTRICAL TESTNG LAB – QUALITY ASSURANCE)Role : Assistant Engineer.Functional area : (BMS) - Battery management system.Position Overview:Battery Cell Testing Laboratory. I am responsible for performing a Capacity Tests, Teardown Analysis and InspectionsResponsibilities:-> Conducting tests such as capacity testing, cycle life testing, and thermal testing,compliance testing -> Analyzing test data and preparing detailed reports-> Maintaining and calibrating the testing equipment-> Following strict safety protocols and 5s Standards-> Manual Testing and Auto Testing and physical inspections.-> Tear down Analysis Laboratory and Field return Analysis.-> Analysis of failure in battery pack troubleshooting and preparing daily report.-> Data logger data reports as per R&D guidelines.-> Identifying root cause analysis using the data acquisition.-> Customer Inspections – Railway’s, RITES, and Process Engineering, Internal Inspections.Learnings:-> Strong analytical and problem-solving skills-> Good communication and report writing skills-> Ability to work well in a team environment

Lead Acid Battery manufacturing process and standards within the organization, as well as the tools and equipment used in the industry. I also gained a strong understanding of the safety protocols and regulations that need to be followed in the workplace.