Aniket Singh

About Aniket Singh

I am a Bachelor of Technology student in Electronics and Communication Engineering at Vellore Institute of Technology, with a deep interest in embedded systems, real-time signal processing, radar technology, and autonomous UAV platforms. I have consistently maintained strong academic performance, actively engaging in research, workshops, and technical projects that bridge hardware and software domains. My technical strengths lie in embedded system design, radar algorithm development, and system-level integration of real-time sensing platforms. I have worked extensively on improving FMCW radar systems for ADAS applications, focusing on enhancing detection accuracy, optimizing range estimation, and minimizing false positives to ensure robust performance in real-world scenarios. At CropSky, I lead the development of precision agriculture drones that integrate advanced sensors such as multispectral, thermal, and LiDAR with PX4-based flight control systems. By leveraging ROS2 and ArduPilot, I contribute to the development of autonomous navigation and control pipelines for high-efficiency farming operations. I have also worked on hardware-level implementations involving radar-based range and velocity estimation, as well as embedded platforms for both automotive and UAV applications. I am particularly passionate about antenna design, which I explore as a hobby to expand my understanding of RF engineering and electromagnetic theory. I value teamwork, hands-on problem-solving, and cross-disciplinary collaboration. I aim to apply my skills to build reliable, efficient, and intelligent systems that contribute to the future of mobility, sensing, and automation.

Experience

1. Technical Project Lead

   Cropsky

   Aug 2024 — Present · Tamil Nadu, IN

   Currently spearheading the development of advanced electronics and embedded systems for agricultural drones, focusing on integrating Pixhawk PX4 flight control systems and various high-performance sensors, including multispectral, thermal, LiDAR, and optical. Actively working on ROS2 and ArduPilot for simulation environments to refine autonomous operations and mission planning. Leading the design of optimized hardware and embedded software systems for precision seed sowing and crop health monitoring. Ensuring efficient, real-time data acquisition and processing for high-accuracy analytics, driving innovations that enhance agricultural productivity and sustainability.

Education

• Jawahar Vidya Mandir, Shyamali

  High School Diploma

• Vellore Institute of Technology

  Bachelor of Technology - BTech

  2022 — 2026