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Robotics And IoT Program

Build Robots. Connect Devices. Automate the Real World. Gain Hands-On Internship Experience.

Don't Just Learn Robotics. Build It. The Robotics & IoT Internship Program is designed for students, beginners, freshers, engineering learners, makers, and aspiring robotics developers who want to move beyond theory and start building real connected systems. This is a live, practical internship experience where you learn by wiring, programming, testing, debugging, integrating, and improving working systems. You will progressively work with electronics, sensors, microcontrollers, robotics, Python, Arduino, ESP32, IoT communication, automation, connected devices, and smart-system development.

4.5
(69 Reviews)
5 Training Modules
InstructorSKILVI
Robotics And IoT Program
67% OFF — Limited Seats! on Training program
₹14,999₹4,999
(incl. 18% GST if applied)
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Program Includes

10 Hands-On Training Sessions

Live + recorded sessions on real-world internship scenarios.

Real Internship-Level Projects

Build a portfolio with projects from actual company internships.

Industry Mentor Access

Direct guidance from professionals at top companies.

Resume & LinkedIn Review

Profile optimised for internship applications.

Internship Completion Certificate

Issued by EmberQuest, powered by Skilvi - shareable on LinkedIn.

Placement Assistance Network

Referrals & opportunities via our hiring partner network.

What you'll learn

Understand the fundamentals of Robotics, IoT and embedded systems
Learn how microcontrollers interact with physical components
Program Arduino-based systems for practical applications
Work with ESP32 and connected-device development
Understand sensors, actuators, motors and input/output control
Interface sensors and hardware components with microcontrollers
Write Python and introductory C/C++ programs for hardware applications
Build practical automation systems using sensors and programmed logic
Understand Wi-Fi and connected-device communication concepts
Send, receive and process data in IoT-based systems
Understand MQTT and common IoT communication workflows
Explore smart-home and smart-automation concepts
Combine hardware and software into complete working systems
Troubleshoot common hardware, wiring and programming problems
Debug communication and integration issues
Design practical robotics and IoT project workflows
Build prototype-level robotics and connected-device applications
Understand how IoT devices can connect with software and cloud-based systems
Develop practical project documentation and demonstrations
Build portfolio-ready Robotics & IoT project work
Work through a live internship environment with practical implementation and mentor guidance

Requirements

  • No prior professional Robotics or IoT experience is required
  • Basic computer knowledge and familiarity with using a web browser
  • A laptop or desktop capable of running development software
  • Basic logical reasoning and willingness to experiment
  • Interest in electronics, programming, robotics or automation
  • Willingness to participate in practical implementation and troubleshooting
  • Basic English reading ability for technical instructions
  • Students can begin without advanced mathematics or electronics knowledge
  • Previous Arduino, Python or electronics experience is helpful but not mandatory

Who this course is for

  • College students looking for practical Robotics & IoT internship experience
  • Beginners who want to start robotics and IoT from the fundamentals
  • Freshers building technical portfolios for internships and entry-level opportunities
  • Engineering students working on academic and final-year projects
  • Students interested in Arduino, ESP32, sensors and automation
  • Aspiring Robotics, IoT and Embedded Systems developers
  • Python learners who want to connect programming with the physical world
  • Electronics and ECE students who want stronger software integration skills
  • Makers and technology enthusiasts who want to build working prototypes
  • Learners who already know the basics and want more structured project implementation
  • Students preparing to demonstrate practical technical skills in interviews and project evaluations
  • Anyone who wants to move from “I understand the concept” to “I built the system.”

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