06Expert6 Months Expert

Expert Certification — Design · Build · Deploy

All 3-Month + Custom Meshes · Depth Camera · Multi-Robot · Industry Capstone · Certification

Design custom robots, deploy AI, lead multi-robot systems — and earn MCAD Expert Certification.

Duration

6 Months

Total Hours

500+ hrs

Level

Expert

Fee

Output: Certification + Product

What You Will Learn

✓
Design custom robot parts in CAD → import as URDF meshes
✓
Train custom YOLO models for specific use-case objects
✓
Integrate depth cameras — full 3D perception pipeline
✓
Multi-robot Digital Twin systems and AGV fleet coordination
✓
Complete industry-grade capstone with custom hardware
✓
Dashboard + Mobile App with custom client branding
✓
Full documentation: technical + user + lab experiment manual
✓
MCAD Expert Certification in Advanced Robotics & Digital Twin

Month-by-Month Schedule

Months 1–3 — Complete 3-Month Professional Track

Full Ubuntu + Digital Twin + Python + C++ development stack
TurtleSim → Gazebo → URDF → MoveIt 2 → Real Robot → Digital Twin
YOLO AI vision, Nav2 full AGV, Dashboard, Mobile App
All 5-Day, 10-Day, 15-Day, 30-Day content included

Month 4 — Custom Product Design — CAD Meshes to URDF

CAD design review — designing robot parts for 3D printing
STL export from CAD + mesh preparation (simplification, watertight)
Import custom STL meshes as URDF visual and collision links
XACRO macros — fully parameterized robot model
Custom gripper design (2-finger / 3-finger) + MoveIt 2 integration
Custom robot arm configuration — tune DH parameters
3D print workflow: FDM slicing, support structures, material selection
Physical robot assembly with custom 3D-printed parts

Month 5 — Advanced AI + Depth Camera + Multi-Robot

Custom YOLO training — label your own dataset, train on Jetson
Depth camera integration: Orbbec Gemini Plus — RGB-D data
Point cloud processing with PCL + Digital Twin
3D grasp point estimation from depth data
TensorRT deployment — optimize inference for Jetson Orin Nano
Multi-robot Digital Twin: namespacing, separate URDF + controllers
AGV fleet: 2 robots on shared map with independent Nav2 stacks
Cloud-connected Digital Twin: remote monitoring via dashboard
Voice command integration: mic array + speech-to-robot-action

Month 6 — Industry Capstone + Certification

Student chooses capstone: robotic arm OR intelligent AGV OR custom robot
Full custom hardware: CAD design → 3D print → assemble → program
Complete Digital Twin for capstone robot
AI integration: YOLO detection + grasp planning
Dashboard: live telemetry, camera feed, control UI
Mobile app: custom branded Android/iOS robot controller
Technical documentation: user manual + lab guide + experiment sheets
Project demo day — full system demonstration to panel
MCAD Expert Certification in Robotics & Digital Twin

Tools Used

MCAD 7-DOF Arm + ESP32Jetson Orin NanoOrbbec Gemini Plus depth cameraDigital Twin + MoveIt 2 + Nav2YOLO + TensorRT + PCLCAD + 3D Printing

Prerequisite

3-Month Professional program completed

Who Should Attend

Final-year B.Tech / M.Tech students
Researchers & lab engineers
Startup founders building robotics products
Engineers targeting Industry 4.0 roles
Institutions setting up advanced labs

Next Step

This is the final track — become a certified robotics expert! 🎓

Fee

Contact for pricing

What You Will Learn

✓

Design custom robot parts in CAD → import as URDF meshes

✓

Train custom YOLO models for specific use-case objects

✓

Integrate depth cameras — full 3D perception pipeline

✓

Multi-robot Digital Twin systems and AGV fleet coordination

✓

Complete industry-grade capstone with custom hardware

✓

Dashboard + Mobile App with custom client branding

✓

Full documentation: technical + user + lab experiment manual

✓

MCAD Expert Certification in Advanced Robotics & Digital Twin

Month-by-Month Schedule

Months 1–3 — Complete 3-Month Professional Track

Full Ubuntu + Digital Twin + Python + C++ development stack
TurtleSim → Gazebo → URDF → MoveIt 2 → Real Robot → Digital Twin
YOLO AI vision, Nav2 full AGV, Dashboard, Mobile App
All 5-Day, 10-Day, 15-Day, 30-Day content included

Month 4 — Custom Product Design — CAD Meshes to URDF

CAD design review — designing robot parts for 3D printing
STL export from CAD + mesh preparation (simplification, watertight)
Import custom STL meshes as URDF visual and collision links
XACRO macros — fully parameterized robot model
Custom gripper design (2-finger / 3-finger) + MoveIt 2 integration
Custom robot arm configuration — tune DH parameters
3D print workflow: FDM slicing, support structures, material selection
Physical robot assembly with custom 3D-printed parts

Month 5 — Advanced AI + Depth Camera + Multi-Robot

Custom YOLO training — label your own dataset, train on Jetson
Depth camera integration: Orbbec Gemini Plus — RGB-D data
Point cloud processing with PCL + Digital Twin
3D grasp point estimation from depth data
TensorRT deployment — optimize inference for Jetson Orin Nano
Multi-robot Digital Twin: namespacing, separate URDF + controllers
AGV fleet: 2 robots on shared map with independent Nav2 stacks
Cloud-connected Digital Twin: remote monitoring via dashboard
Voice command integration: mic array + speech-to-robot-action

Month 6 — Industry Capstone + Certification

Student chooses capstone: robotic arm OR intelligent AGV OR custom robot
Full custom hardware: CAD design → 3D print → assemble → program
Complete Digital Twin for capstone robot
AI integration: YOLO detection + grasp planning
Dashboard: live telemetry, camera feed, control UI
Mobile app: custom branded Android/iOS robot controller
Technical documentation: user manual + lab guide + experiment sheets
Project demo day — full system demonstration to panel
MCAD Expert Certification in Robotics & Digital Twin