Training & Programmes

Hands-on learning in robotics, AI, IoT, automation, and emerging technologies.

Python Programming (3 Days)

Learn Python fundamentals, automation, data handling, and AI/robotics applications.

Outcome:

Build practical Python scripts and foundations for AI projects.

Edge Computing (3 Days)

Hands-on with microprocessors/microcontrollers, ML on edge devices, and real-time processing.

Outcome:

Deploy AI models on Jetson Nano, Raspberry Pi, and embedded systems.

IoT Beginner (2 Days)

Covers sensors, actuators, microcontrollers, dashboards, and IoT system basics.

Outcome:

Build a complete beginner IoT project.

IoT Intermediate (2 Days)

Advanced IoT concepts: MQTT, REST APIs, cloud systems, data pipelines.

Outcome:

Deploy scalable IoT solutions for institutions or industry.

IoT Intermediate (2 Days)

Advanced IoT concepts: MQTT, REST APIs, cloud systems, data pipelines.

Outcome:

Deploy scalable IoT solutions for institutions or industry.

IoT Intermediate (2 Days)

Advanced IoT concepts: MQTT, REST APIs, cloud systems, data pipelines.

Outcome:

Deploy scalable IoT solutions for institutions or industry.

Robotic Arm Kit V1 (1 Day)

Learn Python fundamentals, automation, data handling, and AI/robotics applications.

Outcome:

Build practical Python scripts and foundations for AI projects.

Robotic Arm Kit V2 (1 Day)

Hands-on with microprocessors/microcontrollers, ML on edge devices, and real-time processing.

Outcome:

Deploy AI models on Jetson Nano, Raspberry Pi, and embedded systems.

Industrial UR Robotic Arm Beginner (2 Days)

Introduction to safety, teach pendant usage, movements, and robot operation.

Outcome:

Operate and program basic UR robot tasks.

Industrial UR Robotic Arm Intermediate (2 Days)

Advanced applications: pick-and-place, palletizing, conveyors, sens

Outcome:

Deploy industrial-grade automation tasks using UR robots.

Drones & Photogrammetry (2 Days)

Covers UAV basics, mapping missions, data capture, and 3D reconstruction.

Outcome:

Produce orthomosaic maps and 3D models for engineering tasks.

ROS & Mobile Robots Beginner (2 Days)

ROS basics, topics, nodes, TF, basic mapping, sensor integration.

Outcome:

Control robots using ROS navigation stack.

ROS & Mobile Robots Intermediate (2 Days)

SLAM, path planning, LiDAR integration, AMR navigation.

Outcome:

Deploy autonomous navigation systems on mobile robots.

Additive Manufacturing & Laser Printing (1 Day)

3D printing workflow, slicing, materials, prototyping, laser engraving.

Outcome:

Create real functional prototypes.

Ready to Build Future-Ready Skills?

Explore our hands-on training programmes in robotics, AI, IoT, programming, automation, and emerging technologies.