COURSES
AMR Engineering Specialization
From a first circuit to a robot that maps a room and finds its own way — the flagship, hands-on programme.
- 136 hrs
- 6 phases
- No prior experience
ROBOTICS EDUCATION INFRASTRUCTURE
Robotics labs that produce roboticists.
Complete Centre of Excellence setups — hardware, curriculum, faculty training and ongoing support.
The Newrro team · Emerge 2025
Every Centre of Excellence
- Hardware
- Curriculum
- Faculty training
- Ongoing support
3,000+
students trained
10+
CoE labs
20+
institutions
4-day
hands-on onboarding
FOR STUDENTS
Courses, curriculum and the LMS.
A glimpse of each — open one to see it in full.
CURRICULUM
A curriculum built on real robotics
9 tracks from fundamentals to edge AI, with the student design projects that put them to work.
- 9 tracks
- ROS 2
- Design projects
LMS
In development
A deployment-aware LMS
Learning that adjusts to what students actually did — in simulation, on hardware and in real deployments.
- Simulation
- Hardware
- Deployment
02 · THE FULL SCOPE
What an institution gets.
Hardware
AMRs, controllers, sensors, workstations and Smart Arena, specified to your lab's size and level.
Curriculum
A full lab curriculum aligned to ROS2 and real deployment workflows, not toy exercises.
Faculty training
Instructor enablement, so the lab runs without us.
4-day intensive onboarding
A hands-on programme at handover, for faculty and students together.
Student support
Chatbot and AI agent assistance for setup help and troubleshooting, plus technical support.
Warranty and documentation
One-year warranty on robots and controllers, user manuals and setup guides with every kit.
03 · LAB TIERS
Four lab configurations.
Every lab is specified around what your department teaches and how many students will use it. These are the starting points.
TIER 01
Basic
5 robots
Hardware
- ARJUNA, 2D camera4× Jetson Nano
- ARJUNA, depth camera1× Jetson Nano Super
- Curriculum
- Full lab curriculum
- Training
- 4-day hands-on + YouTube videos
- Support
- Email + student chatbot
TIER 02
Standard
10 robots
Hardware
- ARJUNA, 2D camera5× Jetson Super/Orin
- ARJUNA, depth camera5× Jetson Nano Super/Orin
- Smart ArenaSmart platform to perform robot tasks with a web app controller1×
- Curriculum
- Advanced + AI/ML + ROS projects
- Training
- 4-day intensive
- Support
- Technical + student chatbot
Two advanced options — choose one
ADVANCED · OPTION A
Advanced: Robotics & Drones
10 robots
Hardware
- ARJUNA, 2D camera3× Jetson Nano
- ARJUNA, depth camera2× Jetson Nano Super
- BABHRU5×
- Smart ArenaSmart platform to perform robot tasks with a web app controller1×
- Swarm dronesStabilised outdoor autonomous swarm drones4×
- BRC IoT kitsMicrocontroller unit with Wi-Fi, Bluetooth and RF communication5×
- WorkstationsHigh-performance workstations for AI/ML work2×
- Six DOF armPi-based, ROS-enabled 6-DOF manipulator with camera1×
- Bambu Carbon X1Best-in-class FDM 3D printer1×
- Curriculum
- Advanced + AI/ML + ROS projects
- Training
- 4-day intensive programme
- Support
- Technical + AI agent
ADVANCED · OPTION B
Advanced: AMR Specialist
5 robots
Hardware
- ARJUNA, depth camera5× Jetson Nano Super/Orin
- Smart ArenaSmart platform to perform robot tasks with a web app controller1×
- BRC IoT kitsMicrocontroller unit with Wi-Fi, Bluetooth and RF communication5×
- WorkstationsHigh-performance workstations for AI/ML work2×
- Six DOF armPi-based, ROS-enabled 6-DOF manipulator with camera1×
- Bambu Carbon X1Best-in-class FDM 3D printer1×
- Curriculum
- Advanced + AI/ML + ROS projects
- Training
- 4-day intensive programme
- Support
- Technical + AI agent
All tiers include mecanum wheels, chargers, keyboards and mice, and USB microphones.
Lab equipment in the advanced tiers
Recommended configuration
High-Performance Workstation
Pre-configured for AI and AMR lab work.
- CPU
- Intel Core i9-14900K
- GPU
- NVIDIA GeForce RTX 5080
- RAM
- 128GB DDR5
- Storage
- 2TB NVMe PCIe Gen5 SSD
- Motherboard
- High-end Z790 chipset
- Cooling · PSU
- Liquid cooler · 1200W+
- Display
- 32-inch 4K UHD IPS monitor
- OS
- Ubuntu Linux, with the AI and AMR lab toolchain installed
Six DOF Robotic Arm
Tabletop, ROS-supported collaborative manipulator.
- Degrees of freedom
- 6
- Compute
- Broadcom BCM2711, 64-bit quad-core 1.5GHz · 2GB RAM
- Minimum turning radius
- 280mm
- Power input
- DC 12V 5A
- Video
- 2 × micro HDMI
- OS
- Ubuntu MATE 20.04
Bambu Carbon X1
Best-in-class FDM 3D printer.
- Build volume
- 256 × 256 × 256mm
- Printing speed
- Up to 500mm/s
- Max acceleration
- 20,000mm/s²
- Nozzle · filament
- 0.4mm · 1.75mm
- Materials
- PLA, PETG, TPU, ABS, ASA, PVA, PET; ideal for PA, PC and carbon / glass fibre-reinforced polymers
- Power
- 100–240 VAC, 50/60Hz
04 · TRAINING PROGRAMMES
Training beyond the lab.
01
Institutional training
Programmes run on your campus for cohorts of students.
02
Faculty training
Instructor enablement on ROS2, AMRs and lab operation.
03
1-on-1 robotics education
Individual mentoring for students and professionals.
04
Workshops
Short intensive programmes on specific robotics topics.
The 4-day ARJUNA training
Delivered at handover, for faculty and students together. It covers:
- Autonomous Mobile Robots
- ROS
- LiDAR
- IMU and encoders
- Autonomous navigation
- SLAM
- Obstacle avoidance
- Computer vision
- Voice control
Programmes we have run
176 hrs delivered
- Robotics using the basics of ROSJSS Academy of Technical Education, Bengaluru · Two batches: Robotics & AI, and Electronics & Instrumentation30 hrs
- Short-term training on roboticsNitte Meenakshi Institute of Technology40 hrs
- ROS basics skill development programmeNitte Meenakshi Institute of Technology20 hrs
- Basics of OpenCVNitte Meenakshi Institute of Technology · Three batches, Electronics & Communication8 hrs
- Robotics using ESP32, and Basics of ROSREVA University · 25 hours each, Robotics & Automation25 hrs
- Basics of ROSVidyashilp University · Data Science25 hrs
- Robotics using ESP32M. S. Engineering College · Electronics & Communication20 hrs
- Basics of robotics using ESP32Bengaluru Institute of Technology · Robotics & AI8 hrs
Training expertise
- ROS
- ROS2
- AMR
- Autonomous vehicles
- Robotic manipulators
- Python and OpenCV
- SBCs and microcontrollers
- IoT
- Autonomous drones
05 · WHERE OUR LABS ARE RUNNING
Ten Centres of Excellence and counting.
REVA University
RunningBMSCE
RunningVidyaShilp University
RunningNMIT
Running- Vidyashilp University
- Nitte Meenakshi Institute of Technology
- REVA University
- BMS College of Engineering
- Global Academy of Technology (in progress)
- JSS Academy of Technical Education (in progress)
- JNNCE, Shivamogga — academic deployment
- Soham Academy, Hyderabad — training and ecosystem partner
South India
In progressGlobal Academy of TechnologyJSS
See the labs in the gallery →06 · LAB PROPOSAL
Tell us about your lab.
Send us your department's requirements and we will put together a proposal. We respond within 48 working hours.
Prefer a document?
Take a lab proposal to your committee instead.
[SUPPLY]Lab proposal PDF