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Academic Experts
Garima Arora

Biography

Garima Arora is a dedicated faculty scholar in the MGM Program at JIIT Noida, recognized for her growing academic potential and commitment to technological innovation. She holds a Bachelor of Technology in Electronics and Communication Engineering, a field that has equipped her with a strong technical and analytical foundation. Even with less than a year of professional experience, Garima has made noteworthy contributions to Wireless Communication and Robotics, demonstrating both depth of understanding and curiosity for emerging research areas. Her current work focuses on the VLSI domain, where she continues to develop her skills and explore advanced circuit design concepts.

Beyond her academic journey, Garima is known for her active involvement in community-oriented initiatives. As the Donation Head for the NGO Light De Literacy, she played a key role in organizing education-focused outreach efforts, showcasing leadership, empathy, and a strong sense of responsibility toward society.

Garima’s dedication has been acknowledged through multiple accolades. She earned the first runner-up position in the prestigious Ansys Electromagnetic Simulation Challenge by CADFEM India and secured 2nd position for her project “Robotic Hand Movement – Gesture Controlled” at VIDYUT’25 conducted by CICE@JIIT.

Research Highlights

My research spans wireless communication, robotics, and VLSI design, driven by a strong interest in developing practical and efficient engineering solutions. In the wireless communication domain, I have worked on adaptive noise cancellation, where I explored adaptive filtering techniques such as LMS and RLS to enhance signal clarity in dynamic noise environments. My focus was on improving signal-to-noise ratios and enabling real-time adaptability for more reliable wireless systems.

In robotics, I designed and developed a gesture-controlled robotic hand capable of translating human hand movements into accurate robotic actions. This project involved sensor integration, microcontroller programming, and control algorithm development to ensure smooth, responsive motion. It strengthened my understanding of human–machine interaction and reinforced the importance of accessible and intuitive robotic systems.

Currently, I am expanding my research into the VLSI domain, specifically focusing on 6T SRAM cell design and analysis. My work includes studying read/write stability, optimizing leakage power, and enhancing cell robustness under various operating conditions. This research aligns with current industry demands for high-density, low-power memory architectures.

Areas of Interest
  • VLSI Design
  • Robotics and Automation
  • Digital Electronics
  • Wireless Communication
Achievements
  1. 1st runner up Ansys Hfss students competition
  2. 1st runner up VIDYUT'25