Akash Dey
Papers
1
Total Citations
2
H-Index
1
About
Akash Dey is a researcher focused on advancing microelectronic sensing technologies, with a particular emphasis on compact, low-cost solid-state sensors for angular displacement tracking. His most notable contribution, the "Microelectronic Angular Displacement Sensor With Near Hemispherical Linear Field-of-View" (2022), introduces a remarkably simple and miniaturized sensor—approximately 1 mm in size—capable of monitoring an object’s displacement across a near-hemispherical field of view. This innovation holds significant potential for applications ranging from robotic tool guidance to solar tracking systems, offering a practical alternative to bulkier, more expensive conventional sensors. While his citation count is still emerging, with 2 citations to date, the work underscores Dey’s commitment to developing scalable, high-impact solutions for real-world engineering challenges. His research bridges the gap between microelectronics and applied physics, targeting the growing demand for precise, energy-efficient motion detection in autonomous systems and renewable energy technologies. Dey’s contributions are particularly relevant for students and researchers exploring next-generation sensor design, where size, cost, and performance must converge to enable widespread deployment in robotics, aerospace, and smart infrastructure.
Research Focus
Key Achievements
Top Papers
- 1