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Internship Training Autonomous Robotics
2026-06-15 17:00 - 2026-07-25 19:00 (Asia/Kolkata) | Online ZOOM Live
🚀 Let’s go invent tomorrow instead of worrying what happened yesterday .

Step into the future of Autonomous Automotive Systems with our 6-week intensive internship on AI, IoT & Autonomous Robotics, where Artificial Intelligence meets IoT with autonomous decision-making Robotic Systems for Real Time Systems Control. This program is designed to equip students and professionals with hands-on experience in building AI-powered Robotic Systems that interact and control real-world devices and environments.

🌟 Program Highlights

Live Online Instructor-Led Sessions

Hands-on Projects & Case Studies – Hybrid Mode

Work with Real IoT & Robotic & Frameworks

Internship Certificate + Project Certificate

Industry-Oriented Curriculum

Mentorship from AI and Robotics Experts

🎯 Who Should Attend?

Engineering Students (AI &DS, CSE, IT, ECE,EEE, AI/ML)

Developers & Programmers

Robotics & AI Enthusiasts

Working Professionals looking to upskill

🎯 Learning Objectives

Understand fundamentals of AIoT and Robotics Systems

Build autonomous AI Systems capable of decision-making

Integrate IoT and Robotics hardware with AI models

Develop real-time intelligent applications

Deploy AI-driven IoT solutions on cloud/edge platforms

Understand Robot Operating Systems (ROS) and Simulation

🧠 What You Will Learn

🔹 Week 1: Foundations of AI & Python for Engineers

Focus: Mastering the core language of modern tech.

Introduction to Python programming for hardware and data.

Understanding Machine Learning (ML) workflows: Data collection to model deployment.

Practical: Building basic predictive models using Scikit-Learn.

🔹 Week 2: IoT Architecture & Sensor Interfacing

Focus: Connecting the physical world to the digital realm.

Working with microcontrollers (ESP32 / NodeMCU / Arduino).

Protocol deep-dive: MQTT, HTTP, and WebSockets.

Practical: Building a real-time environmental monitoring system with cloud dashboard integration.

🔹 Week 3: Robotics Fundamentals and Actuators

Focus: Movement and mechanics.

Introduction to robotics kinematics and power electronics.

Controlling motors (Servo, Stepper, BLDC) and driver modules.

Practical: Designing and assembling a multi-degree-of-freedom robotic chassis.

🔹 Week 4: Edge AI & Computer Vision

Focus: Giving sight to the machines.

Introduction to OpenCV and Image Processing.

Deploying ML models on Edge devices (Raspberry Pi / Jetson Nano).

Practical: Developing an object detection or face recognition system for robotic navigation.

🔹 Week 5:System Integration (AIoT & Robotics)

Focus: Creating a “Smart” Robot.

Integrating AI decision-making with IoT telemetry and robotic movement.

Implementing feedback loops and sensor fusion.

Implementing Robotic Operating Systems (ROS2)

Practical: Programming a robot to perform tasks based on AI-processed visual data while reporting status to a remote IoT server.

🔹 Week 6:Capstone Project & Industrial Evaluation

Focus: End-to-end development.

Defining a real-world problem statement (e.g., Warehouse automation, Smart Agriculture, or Surveillance).

Final prototyping, testing, and troubleshooting.

Outcome: Project presentation and technical documentation.

💻 Hands-On Projects

🧠 Smart Autonomous Robotics Projects

Participants will develop a real-world Autonomous Robotics Systems, such as:

🔹 Vision Based Fire Extinguisher Robot

🔹 AIoT Enabled Self Navigation Robots

🔹 AI Powered Autonomous Survillance Robot

🔹 AI Powered Home Cleaning Robot

🔹 AIoT Powered Human Interaction Robot

🛠 Tools & Technologies Covered

AI & ML – Python, TensorFlow, OpenCV, Scikit-Learn

IoT – ESP32, MQTT, Firebase/ThingsBoard, Sensors (Ultrasonic, IR, DHT)

Robotics– Microcontrollers, Motor Drivers, Power Electronics, Robotics OS concepts

📜 Certification

Internship Completion Certificate

Project Completion Certificate

Letter of Recommendation (for top performers)

💼 Career Opportunities

After completing this program, you can explore roles such as:

Robotics Systems Developer

AI Automation Engineer

Autonomous Vehicle Engineer

ADAS Engineer

Manufacturing Automation Engineer

🔥 Why Choose This Program?

Hands-on practical learning

Real-world industry projects

Mentorship from experts

Portfolio-ready project Exposure to cutting-edge AIoT and Robotics trends

Our Support Strategy:

Industry Qualified Mentors and continually updated Curriculum.

Freedom of Learning from Anywhere , Anytime with guided Support

Access to exclusive Wiki on IoT, LIVE Chat Support from Faculty and Design House Interactions.

Personalized Expert suggestions, Feedback and solutions understanding your industry scenario and requirements.

PRAGYATMIKA Community Support and VIP Network Access for Latest Trends in Industry, Technology Webinars, Peer Support, Industry Insights and knowledge Sharing.

Expert Mentoring and Support on Short term and Long Term Career/ Entrepreneurial Goals.

International Certifications for access to Overseas career opportunities.

Handy Tips and Risk Analysis before starting your own venture.
