DIP Foundation

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IoT Robotics & 3D Prototyping

The IoT Robotics & Prototyping course is designed to help students and enthusiasts build strong skills in modern robotics, IoT systems, and prototyping techniques. This fully online program ensures that no matter where you are, you can gain real-world knowledge and practical experience with step-by-step guidance from expert mentors.

Through interactive live classes, projects, and hands-on exercises, you’ll learn how to design, program, and prototype IoT-powered robotic systems that have real-world applications. From controlling devices over the internet to creating intelligent prototypes, this course prepares you to step into the future of robotics and IoT innovation.

What You’ll Learn

By the end of this course, you will:

  • IoT Fundamentals & Applications – Understand how IoT connects the physical and digital world, and explore its uses in robotics, smart homes, industries, and beyond.

  • Microcontroller Programming (Arduino, NodeMCU, ESP32) – Learn how to program microcontrollers to control sensors, actuators, and robotic systems.

  • Sensor Integration & Automation – Work with various sensors to collect real-time data and create automated robotic responses.

  • IoT Cloud Platforms & Communication – Gain knowledge of MQTT, Blynk, and cloud-based platforms to control and monitor devices from anywhere in the world.

  • Prototyping Skills – Develop working prototypes of IoT-based robotics projects with guided support.

  • Embedded Systems & Hardware Basics – Learn how electronics, circuits, and microcontrollers come together in robotics and IoT devices.

  • Real-World IoT Projects – Build projects such as IoT-controlled robots, smart devices, and automation systems, making your learning industry-ready.

  • Problem-Solving & Innovation – Learn how to design, troubleshoot, and innovate while working on real-world problems.

Why This Course?

Fully Online & Interactive – Attend from anywhere with live mentor support.
Hands-On Projects – Apply what you learn through practical IoT and robotics projects.
Future-Ready Skills – IoT and Robotics are among the fastest-growing tech fields worldwide.
Career Opportunities – Build a strong foundation for roles in IoT Development, Robotics Engineering, Automation, Embedded Systems, and Tech Startups.
Certification – Receive a certificate upon completion to showcase your skills.

Who Can Join?

  • Students passionate about Robotics & IoT

  • University and College learners from Science & Engineering backgrounds

  • School students interested in building futuristic projects

  • Hobbyists & Tech Enthusiasts who want to explore IoT & Robotics

  • Anyone looking to start a career in Robotics, IoT, or Automation

Outcome

After completing the IoT Robotics & Prototyping course, you will be able to:
✔️ Design and control robots using IoT technology
✔️ Build IoT prototypes from idea to execution
✔️ Use cloud platforms to control and monitor devices remotely
✔️ Integrate sensors, actuators, and microcontrollers for automation
✔️ Take the first step into advanced robotics, AI integration, and industrial automation

What I will learn?

  • Built a working multi-sensor IoT node with ESP32 Learned to properly power
  • Connected data to Blynk, ThingSpeak, ThingsBoard & MQTT brokers Designed their own PCBs & enclosures
  • PCB Design and Fabrication Knowledge

Course Curriculum

Intro to Embedded Systems & IoT

  • Introduction to Microcontroller Architecture (AVR / ARM Cortex-M / ESP32)
  • Compare architectures and use cases
  • Block diagram analysis
  • intro of arduino and ESP32 devkit

Arduino IDE installation and C++ basic

Arduino UNO UART & I2C & 3.3V I/O intro, LED control

DHT11 sensor, HC-SR04 Ultrasonic sensor introduction

Power regulation fundamentals

Motor control via bluetooth

Pluse, Moisture sensor introduction

OLED display with arduino

LDR sensor and Relay introduction

Mini weather station with sensors

HTTP protocol with Thingspeak

MQTT Introduction

Controlling relays with blynk app

Final project related circuit design and discussion

GITHUB introduction

Final project demo

Introduction to PCB Design & EasyEDA Interface

Schematic Design in EasyEDA

PCB Layout Design & Routing

Gerber Generation, Fabrication & Assembly

Introduction to Sketching & Parametric Design

3D Modeling Fundamentals

IoT Enclosure Design – Project Work

Preparing & Printing the Enclosure

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7,000৳  10,000৳ 
Enrollment validity: Lifetime

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Requirements

  • Student must have their laptop/pc
  • A stable internet connection

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