I work at the intersection of robotics, computer vision, and embedded systems, with a focus on building systems that connect physical interaction with real-time software intelligence.

My projects range from vision-controlled electromechanical systems to computer-vision–driven digital twins for physical modeling and visualization.

• Robotics & Embedded Systems
  Microcontrollers, motor control, sensor integration, custom PCBs

• Computer Vision
  Real-time tracking, geometric modeling, vision-based interaction systems

• AI & Intelligent Systems
  Practical ML, perception pipelines, system-level integration

• Hardware–Software Co-design
  Designing systems where software constraints are driven by physical behavior

• Vision-Controlled Robotic Hand
  Real-time hand-tracking–based control of a physical robotic hand using computer vision and embedded control.

• Cantilever Beam Digital Twin (Computer Vision)
  A vision-driven, interaction-based digital twin for visualizing beam deflection and load behavior in real time.

• High-Speed Line Follower Robot (LFR)
  Competition-grade line follower with custom PCB design, PID control, and high-speed tuning.

• Python, C/C++, Embedded C
• OpenCV, MediaPipe
• Microcontrollers (Teensy, Arduino, ESP-class)
• Custom PCBs, rapid prototyping, hardware testing

• Advanced control systems
• Vision-based physical modeling
• Robust embedded architectures for real-time systems

📫 Reach me on LinkedIn
https://www.linkedin.com/in/pranav-anil-b02199242/