MADHU SRI HARSHA

Seeking a challenging career, interested in working under demanding circumstances and willing to learn new technologies and there by establish a global identity for the opportunity where I can improve my Knowledge and skills. Responsible and motivated student ready to apply education in the workplace. Offers excellent technical abilities with software and applications, ability to handle challenging work, and excellent time management skills.

• Date of Birth: 05/02/00
• Nationality: INDIAN
• Marital Status: Single

• Digital signal process Tools : Matlab
• Digital image process Tools : Matlab
• Programable Gate Array Tools : VHDL and Verilog.

• Ability to work in team.
• Willing to move any place for my work.
• Punctuality, dedicated and hardworking nature.
• Good Communicator.
• Excellent Managing Skills and organizing things.
• High adaptable and dedicated to producing error-free results, Safe working conditions, and quality service

English, Telugu, Hindi

Traveling, Dancing

Study of Model Driven Engineering for Programming FPGA using the Simulink Model., Led a project addressing the increased utilization of distributed real-time embedded systems in safety-critical applications, such as avionics, medical systems, and industrial control, leveraging advancements in reconfigurable logic on FPGAs. Investigated the deployment of multiprocessors on FPGAs for critical systems to ensure early-stage requirements and design verification, preventing potential life-threatening issues. Explored challenges and costs of late-stage hardware adaptation in the development life cycle, emphasizing the importance of meeting requirements such as small memory footprint and limited computation capacity. Developed Simulink models optimized for area and control utilization. Utilized Simulink's HDL Coder and Embedded Coder for efficient conversion to RTL code and C code. Conducted comprehensive evaluation of Simulink to RTL code generation, optimizing for development time, code quality, and resource utilization. Demonstrated proficiency in optimizing Simulink models and RTL code using vendor-specific FPGA tools. OPTIMAL PLANNING OF ELECTRIC VEHICLE CHARGING STATION AT THE DISTRIBUTION SYSTEM USING HYBRID OPTIMIZATION ALGORITHM., Led a research paper on India's surging EV and PHEV market, contributing to the National Electric Mobility Mission Plan. Proposed the GAIPSO algorithm for optimal electric vehicle charging station placement, integrating GA and PSO for enhanced efficiency and improved distribution grid power quality.Top of Form Conducted a successful case study in Allahabad, demonstrating GAIPSO's superior performance over traditional GA and PSO algorithms. Laid the groundwork for future research, focusing on Vehicle to Grid (V2G) operations and long-term smart planning of fast charging infrastructure.

Completed (ELECTRICAL and Computer Engneering) Florida institute of Technology, Florida.

I hereby state that all the information noted above is accurate to the best of my beliefs and I take full responsibility for the correctness of the information.