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Faculty Profile
Pranav S Pillai
Pranav S Pillai
Lab Instructor

Pranav S Pillai is a dedicated Lab Instructor with a Diploma in Electronics and Communication Engineering. In addition, he holds specialized diplomas in ELV Systems and in AI & Robotics, which have strengthened his expertise in smart automation and emerging technologies.

With a keen interest in robotics, IoT, embedded systems, and AI-based solutions, Pranav actively explores and develops real-time systems aimed at addressing real-world challenges. His projects range from autonomous vehicles to intelligent personal assistants designed to improve everyday life.

Pranav also gained valuable industrial exposure during his one-year apprenticeship at NTPC (National Thermal Power Corporation), where he acquired practical skills and insights into large-scale engineering operations.

Driven by innovation and continuous learning, he remains committed to integrating emerging technologies into academic labs and inspiring students to engage in hands-on, project-based learning.

Projects & Achievements

  • Apprenticeship at NTPC
    Completed a one-year apprenticeship at NTPC (National Thermal Power Corporation), gaining practical experience in large-scale industrial systems, control panels, and maintenance operations.

  • Lab Instructor
    Currently serving as a Lab Instructor, mentoring students in embedded systems, robotics, IoT, and hands-on electronics projects.

  • Diploma in ELV Systems
    Acquired expertise in Extra Low Voltage systems, including CCTV, fire alarms, access control, and structured cabling.

  • Diploma in AI and Robotics
    Enhanced skills in artificial intelligence, machine learning, and robotics system integration.

  • AADS – Automatic Accident Detection System
    Developed a smart accident detection system using Arduino, GPS, and IoT to automatically alert nearby ambulances with real-time location updates.

  • ROS 2 Autonomous RC Car
    Built a simulated and physical ROS 2-based autonomous RC car equipped with ultrasonic sensors for obstacle detection and live environment mapping.

  • Braccio Robotic Arm with MoveIt 2
    Implemented real-time motion planning and control for the Tinkerkit Braccio robotic arm using STL mesh-based URDF models and MoveIt 2.

  • Jarvis Voice Assistant
    Designed a personal, voice-controlled assistant capable of operating smart devices, tracking family members, and responding to voice commands—built on Raspberry Pi.

  • Mini Walking Robot
    Created a small bipedal walking robot using servo motors, demonstrating principles of balance and movement.

  • AI Stock Trading Bot (In Progress)
    Currently developing an AI-powered bot for intraday stock trading, focusing on real-time analysis and predictive modeling.

  • APM – Automatic Printing Machine (Prototype)
    Building a smart printing system with features like document scanning, file uploads, touch interface, and integrated payment options.

  • ESP32 Micro-ROS Projects
    Working on connected, real-time embedded robotic systems using ESP32 microcontrollers and micro-ROS for efficient automation.

Email Phone Date Of Joining
pranav.ra[@]adishankara.[ac].[in] 0484-2463825 10-07-2025