Akanksha Dwivedi | Biomedical engineering control | Women Researcher Award

Ms. Akanksha Dwivedi | Biomedical engineering control | Women Researcher Award

Research Scholar, IIT Patna, India.

Akanksha Dwivedi is a research scholar at IIT Patna, India, specializing in Electrical Engineering. Her research focuses on control systems and biomedical engineering. With a strong academic background and industry experience, Akanksha has developed expertise in designing and testing control systems for various applications.

Professional Profile

scholar

Education 

PhD in Electrical Engineering: Indian Institute of Technology Patna, India (ongoing) B.Tech in Electrical and Electronics Engineering: School of Engineering, CUSAT, Kochi

Experience

Research Scholar: IIT Patna, India (2022-present) – Senior System Engineer: Infosys Limited (2019-2021) – Internships: SIEMENS, KMRL, BSES Rajdhani Power Ltd, ISRO

Research Focus 

Control Systems: Design and testing of control systems for various applications – Biomedical Engineering: Application of control systems in biomedical engineering, such as blood pressure regulation – Power Systems: Design and testing of power systems, including grid integration and wind energy automation

Awards and Honors

Best Paper Award: RITEEC 2025 (Crayfish Optimization based Tuning of Fractional PI Controller for Blood Pressure Regulation) – Ship for World Youth Leaders Programme: Govt. of Japan (2017) – Sustainable Enterprise Award: India Final (2017) – Jagriti Yatra: Entrepreneurial Journey (2017)

Publication Top Notes

1. Robust controller design strategies with improved performance for MSBR core
2. A Novel Graphical Design of Fractional-Order PI-PD Controller for Blood Pressure Regulation
3. Loop Shaping Based Robust Controller Design for Boost Converter in DC Microgrid
4. Stability Region Based Graphical Methods for Controller Design: An Outline Survey
5. Crayfish Optimization based Tuning of Fractional PI Controller for Blood Pressure Regulation
6. Design of PI Controller for Artificially Ventilated Human Respiratory System using Crayfish Optimization