ORANGEWOOD ROBOTICS & AI INNOVATION LAB
Orangewood Robotics Lab
Robotics & AI Innovation Center
Learn. Build. Control. Deploy.
A state-of-the-art robotics and automation lab for practical learning, research, and innovation. We empower students with hands-on experience in ROS, cobots, and intelligent systems.
ORANGEWOOD
Robotics LabRobots, AI and
Intelligent Systems
ROBOTICS
ROS
EnabledHands-on training with
industrial robot arms
& mobile robots
4+
Robotic Platforms
15+
Robotics & AI Domains
50+
Real-world Projects
500+
Trained Students
20+
Guided Workshops
About Orangewood Robotics & AI Lab
The Orangewood Robotics & AI Innovation Lab provides students with hands-on experience in Robotics, Artificial Intelligence (AI), Machine Learning, Computer Vision, Robot Operating System (ROS), and Industrial Automation. Equipped with advanced robotic platforms and industry-oriented training, the lab bridges the gap between academic learning and real-world applications.
Learn
Build
Innovate
Excel
Key Features
- Humanoid Robots and Mobile AI Robots
- Orangewood Jetson-based Edge AI Platforms
- Quadruped and Collaborative Robotic Systems
- Robot Operating System (ROS) Training
- AI, Computer Vision, and Automation Projects
- Industry-Aligned Curriculum and Workshops
- Live robotics software integration and SLAM
- Direct mentorship for hackathons & prototypes
Technologies You Will Work On
ROS
Python
C++ Core
PyTorch AI
OpenCV Vision
Orangewood Jetson
Edge AI
Sensor Fusion
SLAM Nav
Kinematics
Arduino / MCU
Cobot Arms
Learning Outcomes
- Program and control advanced robotic systems
- Develop AI and Computer Vision applications
- Work with ROS and autonomous robotic platforms
- Build real-world automation and intelligent system projects
- Apply robotics and AI concepts to solve practical problems
- Perform sensor fusion & path planning for AMRs
DesignProgramControlDeploy
ROS
AI
ROBOTS
Robotics Courses Offered
Introduction to Robotics & ROS
Learn basic kinematics, ROS node communications, and sensor-actuator control loop basics.
Course Details →
Autonomous Navigation & SLAM
Configure SLAM mapping, path planning libraries, and autonomous obstacle avoidance.
Course Details →
AI & ML for Intelligent Systems
Implement machine learning and deep neural networks on edge compute platforms.
Course Details →
Computer Vision & Visual Servoing
Process camera data feeds, implement object detection, and manage eye-in-hand control.
Course Details →
Industrial Robotics & Cobots
Control collaborative smart arms, configure workspace envelopes, and design gripper logic.
Course Details →
Student Benefits
- Hands-on learning with advanced robotic platforms and cobots.
- Practical exposure to industry-standard ROS and AI frameworks.
- Deep understanding of control systems and sensor integration.
- Real-world automation projects and industry case studies.
- Enhanced placement and internship readiness in robotics & AI.
- Access to specialized training and certification preparation.
- Research opportunities in autonomous navigation and robot control.
- Prototyping and testing of custom robotic mechanisms.
- Access to high-performance edge computing nodes.
- Supported participation in national and global robotics challenges.
- Portfolio development with working robotic deployments.
- Collaborative teamwork and hardware integration skills.
ROBOTS
Orangewood Robotics & AI Learning Pathway
Students can access specialized hands-on modules in Robot Operating System (ROS), Collaborative Robotics, Edge AI Navigators, and Autonomous Navigation. Learners gain practical experience working on physical robotic platforms, hardware design, and intelligent control scripts to prepare for core engineering roles.
Foundation
(Kinematics & ROS)
→
Hands-on Lab
(AMR & Cobots)
→
Practical Testing
(Code Validation)
→
Industry Badge
(Robotics Cert)
Career Opportunities
Robotics Engineer
AI/ML Engineer
Automation Engineer
Computer Vision Developer
ROS Developer
Embedded Systems Engineer
Our Lab Facilities
Cobot Arms Station
Collaborative robotic arms for sorting & assembly
Mobile AI Platforms
Wheeled and quadruped autonomous mobile robots
Edge AI Compute Lab
Orangewood & Jetson Orin boards for real-time edge processing
Sensor Fusion Zone
LiDAR, depth cameras, and IMU calibration testbeds
Prototyping Workshop
3D printers, CNC tools, and mechanical tooling
Collaborative Smart Lab
ROS visualization displays and collaborative space
Autonomous Warehouse AMR
AMR platform navigating dynamically with LiDAR SLAM.
Visual Sorting Robotic Arm
AI-driven sorting arm executing real-time object classification.
Quadruped Patrol Robot
Terrain scanning robot performing autonomous boundary patrols.
Defect Visual Inspection
Embedded computer vision classifying manufacturing defect loops.
Collaborative Cobot Assembly
Human-robot collaborative interface for intelligent manufacturing.
500+Students Trained
50+Robotics Projects
150+Certifications Earned
100%Hands-on Experience
4+Robotic Platforms