Master robotics connectivity and control using the Internet of Things, plus 3D designing & printing for product prototyping.
Suresh Kadari
IoT & Robotics Trainer
IoT & 3D Design
4 sessions / week
Product prototyping
Portfolio‑ready projects
This advanced course is for learners who want to connect their robots to the internet and build tangible products with 3D design & printing.
Learn to configure MQTT servers and control devices over the internet.
Build projects that can be monitored and controlled from anywhere.
Design enclosures and components, then 3D print them to prototype products.
Blend robotics, IoT and 3D design to create impressive project showcases.


A powerful combination of connectivity and product design that turns robotics projects into fully‑realised prototypes.
Understand how to design, build and connect devices to the internet with custom 3D‑printed parts.
Configure MQTT servers, publish/subscribe to topics, and manage IoT message flows.
Move from “robot projects” to thinking about products, usability and durability.
Hands‑on sessions focused on building, configuring and refining IoT‑enabled prototypes.
Weekly kit‑returnable model for offline learners and deposit‑based kits for online learners.
The Level 3 Stage Course focuses on connecting robotics to the internet and giving projects a professional, product‑like feel with 3D design and printing. Students learn MQTT, basic cloud concepts, and 3D design workflows so that their robots are not just functional but also well packaged and remotely controllable.
IoT & Robotics Trainer
What students think
Learners complete Level 3 with a strong grasp of how to connect, control and present robots as end‑to‑end IoT products.
Bridge the gap between code, hardware and cloud‑based control.
Build projects that students can control and monitor from anywhere.
Emphasis on neat packaging, reliability and usability of projects.
Projects built in this course are ideal for fairs, competitions and portfolios.

Join thousands of students learning the smart, fun way.