Industrial Robotics Lab Setup
Choose your institution type below to view our specialized curriculum and hardware configurations.
Recognized & Backed By
The Problem Statement
🇮🇳 The Current Landscape
- 1
A study by NASSCOM reveals only 10% of Indian engineering graduates are employable in robotics-related fields.
- 2
Theoretical-heavy curriculum fail to provide hands-on experience and industry-ready skills.
- 3
India highly lags behind countries like China and Japan in the adoption of AMR, AGVs and robotic arms.
🇨🇳 The Global Benchmark
China's "Made in China 2025" initiative heavily promotes industrial automation.
Result: China produces 150,000+ robotics graduates annually, who seamlessly integrate into the workforce.
Colleges partner with robotics manufacturers to offer students live project experience and internships.
A Transformative Vision
PNT Academy proposes a permanently deployed, industry-aligned Robotics & Autonomous Systems Lab — designed to bridge curriculum gaps, enhance employability, and fuel innovation.
Permanent Industrial Robotics Lab Setup
Industry-grade robotics hardware installed on-campus permanently — not rented or borrowed.
Curriculum-Integrated Learning Model
Mapped to university syllabi so every lab session enriches the student's coursework.
Faculty Enablement & Ownership
Faculty training, certification, and ongoing support so the lab thrives independently.
Student Skill Development & Industry Exposure
Real internships, placement drives, and industry connect — bridging education to employment.
Innovation, Research & IIC Enablement
IEEE papers, patents, robotics competitions, and IIC-backed innovation projects.
Industry-Aligned Lab Equipment
That's where we come in — with an industry-aligned Robotics & Autonomous Systems Lab within the institution.
PNT Mini/Basic Robotic Arm
6 DOF | Raspberry Pi 5 | 0.3MP Camera
PNT Advance Robotic Arm
6 DOF | ROS System | Depth Camera
PNT Mini/Basic Robotic Hand
6 DOF | ATmega328P | Capacitive Touch Sensor
PNT Mini Drone
Custom Firmware | 5MP HD720p30 | Vision System
PNT Advance AMR
Mecanum Drive | Raspberry Pi 5 + Teensy 4.1 | LiDAR
PNT Standard AMR
Differential Drive | Raspberry Pi 5 | LiDAR
PNT Basic AGV
Dual high-torque DC motors | 100 kg Payload | Line Following
PNT Advance AGV
SLAM Navigation | 100 kg Payload | ROS System
Why Choose Our Approach?
A stark contrast between conventional textbook learning and our hands-on industrial ecosystem.
Traditional Tech Labs
- −Closed source, black-box systems with limited customizability.
- −Focus on obsolete technologies no longer used in modern factories.
- −Rigid theoretical learning with restricted hands-on experimentation.
- −No clear pathway or connection to immediate industry employment.
- −Equipment quickly becomes outdated with no modular upgrade path.
PNT Customized Solutions
- ✓Custom-integrated circuits and flexible platforms (ROS, Python, C++).
- ✓Deployment of modern industrial-grade AGVs, AMRs, and 6-axis Arms.
- ✓Project-based learning encouraging reverse-engineering and innovation.
- ✓Direct placement assistance and pipeline to top robotics companies.
- ✓Modular ecosystem—upgrade sensors and compute boards anytime.
Deploy Any Package At Your Institution
Free 30-hour hands-on training
Comprehensive hands-on training for students and faculty included with every deployment.
Industrial Exposure
Real-world applications in logistics, smart warehouses, and supply chain automation.
Defense Internships
Internship opportunities on Indian Navy & Indian Army projects with PNT Robotics.
Letter of Recommendation
LOR provided to selected outstanding students.
Robotics Competitions
Entry into national and international robotics competitions.
Value Proposition
PNT Mini/Basic Robotic Arm
6 DOF | Raspberry Pi 5 | 0.3MP CameraUnlike plug-and-play labs, our robots are built on customizable integrated circuits — enabling circuit-level customization, DOF expansion, and multi-robot integration.
Technical Specifications
•Dimensions: 500x500x573 mm | Weight: 10 kg
•Actuators: 5 x 180° & 1 x 270° Bus Servo Motors (11kg/cm)
•Microcontroller: Raspberry Pi 5 with WiFi
•Display: 0.96-inch OLED Display
•Camera: 0.3MP High-resolution Camera
•Ports: 2x USB 2.0, 1x HDMI
- Demonstration of pick and place automation
- Demonstration of gesture-controlled robotic arm
- Sensor Feedback Integration with robot arm
- Path Planning and Motion Control
- Object Detection using OpenCV
- Object Sorting by Colour & by Size
- Programming for Industrial Applications
- Integration with IoT for Remote Control
- AI integration with robot arm
PNT Advance Robotic Arm
6 DOF | ROS System | Depth CameraAdvanced research robotic arm equipped with ROS and MoveIt simulation.
Technical Specifications
•Dimensions: 310x420x900 mm | Weight: ~15kg
•Actuators: 6x High Torque Stepper motors, 1x Servo for gripper
•Control System: ROS System on Single Board Computer
•Sensors: Depth Camera (30 FPS, 90° FOV) for AI
•Pay Load: Max 250g (extended) / 350g (retracted)
•Simulation: Built-in MoveIt Simulation Software
- Forward & inverse kinematics programming
- Pick-and-place task execution
- MoveIt simulation integration
- Depth camera for complex AI object detection
- Multi-axis coordination under ROS
PNT Mini/Basic Robotic Hand
6 DOF | ATmega328P | Capacitive Touch SensorAdvanced dexterous manipulation and prosthetic hand research platform.
Technical Specifications
•Weight: 4 kg
•Actuators: 6x 180° Servo Motors (11kg/cm)
•Microcontroller: ATmega328P via USB 2.0
•Sensors: Capacitive Touch Sensor
•Interface: Rotary Encoder With Button, 16x2 LCD Display
- Finger movement coordination
- Feedback mechanism demonstration
- EMG-based hand control
- Gesture-based hand control
- Prosthetic Hand Demonstration
- Haptic Feedback System
- AI-Based control of hand
- AI-based gesture control
- Integration with Wearable Tech
- Remote-controlled hand movement
PNT Mini Drone
Custom Firmware | 5MP HD720p30 | Vision SystemA PNT-customized aerial platform — we build our own software stack on top of the hardware, turning it into a fully programmable AI drone lab tool unique to every deployment.
Technical Specifications
•Dimensions: 98×92.5×41 mm | Weight: 80g
•Flight: 13 min per battery (3 included) | Max Speed: 8m/s (Max Height: 30m)
•Camera: 5MP (2592×1936) HD720p30 with 720p Live View
•Hardware: Intel Processor, 2.4 GHz WiFi, Detachable 1.1Ah Fireproof Battery
•Sensors: Range Finder, Barometer, Optical Sensors
- PNT custom software layer for autonomous mission control
- SDK programming via PNT APIs — Python, Scratch & ROS bridges
- Autonomous takeoff, precision landing, and waypoint navigation
- Mission-pad based positioning with custom PNT coordinate logic
- AI-based object detection from aerial view (PNT Vision SDK)
- Face tracking and subject-following with PNT AI modules
- Obstacle avoidance using PNT-tuned vision pipeline
- Warehouse automation using custom QR/barcode logic
- Aerial Photography, Surveillance, and inspection missions
- PC dashboard application developed by PNT for fleet control
PNT Advance AMR
Mecanum Drive | Raspberry Pi 5 + Teensy 4.1 | LiDARNext-generation Autonomous Mobile Robot for complex indoor and outdoor navigation.
Technical Specifications
•Dimensions: 415x510x282 mm | Weight: 10-11 kg
•Payload Capacity: 2 kg | Top Speed: 0.5 m/s
•Drive System: Mecanum Drive (4 wheels)
•Battery: 12V 12Ah Fireproof LiFePO4 (3 hours run time)
•Sensors: Encoder based motors, IMU, LIDAR, RGB Camera
•Control System: ROS System (Raspberry Pi 5 + Teensy 4.1)
- Hardware interfacing and integration of sensors and actuators with ROS
- Odometry sensor data and teleoperation control
- Mapping indoor environments using LiDAR sensors
- Autonomous navigation with parameter tuning
- SLAM-based real-time mapping
- Multi-floor navigation capability
PNT Standard AMR
Differential Drive | Raspberry Pi 5 | LiDARAddressing real-world challenges in logistics and defense deployment scenarios.
Technical Specifications
•Dimensions: 300x356x328 mm | Weight: 5 kg
•Payload Capacity: 2 kg | Top Speed: 0.3 m/s
•Drive System: Differential Drive (2 wheels + 2 casters)
•Battery: 12V 12Ah Fireproof LiFePO4 (3 hours run time)
•Sensors: Encoder based motors, IMU, LIDAR, RGB Camera
•Control System: ROS System (Raspberry Pi 5)
- Hardware interfacing and integration of sensors and actuators with ROS
- Odometry sensor data and teleoperation control for AMRs
- Mapping indoor environments using LiDAR sensors
- Autonomous navigation with parameter tuning
PNT Basic AGV
Dual high-torque DC motors | 100 kg Payload | Line FollowingAutomated guided vehicles for smart warehouse and factory floor automation.
Technical Specifications
•Dimensions: 800x500x200 mm | Weight: < 20 kg | Payload: Up to 100 kg
•Drive System: Dual DC motors with integrated encoders
•Navigation: 8-sensor pair line follower, Ultrasonic obstacle detection
•Processor: Dual-core microcontroller with Wi-Fi & Bluetooth
•Power: 12V Fireproof Rechargeable LiFePO4 Battery (Up to 6 hours)
- Line following AGV demonstration
- Obstacle avoidance demonstration
- Automated goods transportation
- Speed and acceleration control
- Wireless & IoT-based Control
PNT Advance AGV
SLAM Navigation | 100 kg Payload | ROS SystemAdvanced SLAM-based Automated Guided Vehicle for independent dynamic pathfinding.
Technical Specifications
•Dimensions: 800x500x200 mm | Weight: < 20 kg | Payload: Up to 100 kg
•Drive System: Dual DC motors with integrated encoders
•Navigation: Lidar Sensors for auto navigation and line independent movements
•Control System: ROS System on Single Board Computer (SLAM Technology)
•Power: 12V Fireproof Rechargeable LiFePO4 Battery (Up to 6 hours)
- RFID-based navigation system
- SLAM-based real-time mapping
- Path planning via custom algorithms
- Automated goods transportation
- Integration of external sensors
College Benefits
Branch Alignment & Curriculum
Our robotics lab bridges the gap between multiple engineering disciplines, fostering a truly collaborative and mechatronic learning environment.
Mechanical
Kinematics, dynamics, and structural analysis of robotic arms and AGVs.
Mechatronics
Synergy of mechanical structures with electronic control systems.
Electrical & E&TC
Power distribution, motor drives, and embedded communication.
Computer Science & IT
Software architecture, ROS programming, and algorithmic path planning.
AI & Machine Learning
Computer vision, object detection, and autonomous decision making.
Robotics Engineeering
Complete system integration, sensor fusion, and advanced autonomy.
Institute Lab Association
Trusted by leading technical institutions across India.
Upload logos via Admin → Partners & Logos → Institute Partners (Colleges)
Proven Outcomes
Hear from engineering students who have gained hands-on experience, secured internships, and accelerated their careers through our industrial automation labs.
Gaurav Mishra
Pillai College of Engineering
"Completed a 6-month internship, contributed to building a robotic arm, and am now an AI & Robotics Engineer working on innovative projects."
Dewang Kanekar
Bharati Vidyapeeth
"Completed an Industrial Robotics Internship Program and am now an intern at PNT Robotics, working on robotic hands and trolley robots."
Ishanya
Manipal Academy of Higher Education, Dubai Campus
"I conducted filament color change tests, dynamic analysis, and researched braking mechanisms for high-RPM flywheels. Additionally, I assembled parts for an Autonomous Navigation machine, experimented with bearings, tested Arduino Nano modules, and used tools like angle grinders and drilling machines."
Join the Automation Revolution
PNT Academy invites your institution to be a part of this transformative journey in automation education. Together, let us shape the future of education and innovation.
Join hands with PNT Academy to revolutionize your institution's approach to learning and empower the next generation of automation leaders.