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Discover the capabilities of robots and their impact on society, and understand how artificial intelligence (AI) is changing the way we live and work.
Build 50+ Robotics, AI & Automation projects
Build Industry Level Robotics & AI Projects
Topics covered: Arduino, Sensors, Smart Home Automation, Machine Control, Machine Design & Programming
The best course content so far to learn Robotics, AI & Automation
Self Study | 100% Online
50+ Projects will be covered with codes
Join from anywhere & any device
It's a blended course that comes in the form of step by step well explained ePDF documents and reference Video URLs
Offer is valid for First 500 Action Takers only
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Here’s What You Will Learn
INSIDE THE 100Hr. Basic to Mid-Advanced Level Program in Advanced Robotics, AI & Automation.
This curriculum is designed to equip students with the knowledge and skills to design, build, and program robots, integrating mechanical design, electronics, microcontrollers, sensors, and AI. It caters to a wide audience, including school students, college students, and working professionals.
Course Overview
- Duration: 6 Months
- Total Hours: Approximately 200–300 hours
- Mode: Online (PDFs, assignments, quizzes, projects)
- Tools & Platforms:
* Simulation Software: Tinkercad, Fritzing
* Programming Language: C/C++
* Microcontroller Platforms: Arduino, ESP32, ESP8266
* Development Environments: Arduino IDE, VS Code,
- AI Coding Platforms: ChatGPT, Cursor AI, Gemini, Claude 3.5
- CAD Software: TinkerCAD, Fusion360
Eligibility & Pre-requisites
Who Can Join
- School Students (Grades 5–12)
- College Students (Engineering, Science, and Technology)
- College Students (Engineering, Science, and Technology)
Minimum Qualification
- Basic understanding of mathematics and science
- Familiarity with basic electronics concepts
- No Basic programming knowledge required. C/C++ programming concepts used in Arduino
School Students:
- Can start with foundational modules on basic electronics, programming, and simple robotics projects.
- Advanced topics like AI and complex automation are recommended for college students and professionals.
Module 1: Introduction to Robotics & Machine Design
- History and evolution of robotics
- Types of robots and their applications
- Basic principles of machine design
- Material selection and structural analysis
- Design for manufacturability and assembly
Module 2: Mechanical Components for Robotics
- Overview of mechanical components used in robotics
- Selection criteria for components based on application
- Design considerations for durability and efficiency
- Motors (DC, Servo, Stepper)
- Sensors (Ultrasonic, IR, Temperature, Humidity)
- Actuators (Hydraulic, Pneumatic)
- Chassis materials (Aluminum, Plastic, Composite)
- Bearings, gears, wheels, and fasteners
Module 3: Electronics & Sensors
- Basic electronics principles (Ohm's Law, Kirchhoff's Laws)
- Circuit design and analysis
- Sensor interfacing and calibration
- Signal conditioning and processing
- Resistors, capacitors, diodes, transistors
- Microcontrollers (Arduino, ESP32, Raspberry Pi)
- Sensors (Accelerometer, Gyroscope, GPS, Camera)
- Actuators (Servo Motors, Stepper Motors)
- Communication Modules (Bluetooth, Wi-Fi, RF)
Module 4: Microcontrollers & Programming
- Introduction to microcontrollers and their architecture
- Programming languages: C/C++, Python
- Arduino IDE and libraries
- Interfacing sensors and actuators with microcontrollers
- Debugging and troubleshooting techniques
Offer is valid for First 500 Action Takers only
01
13
39
44
The offer is for a limited time period only. Post completion of the offer candidates will have to pay full amoun tof the course i.e. Rs.10,000/-
HOW WILL IT HELP YOU?
Mechanical Design: Ability to design and analyze robotic structures.
Electronics & Circuitry: Proficiency in building and testing electronic circuits.
Programming: Skills in C/C++, Python, and embedded systems programming.
Robotics Control: Understanding of control systems and algorithms.
AI & Automation: Knowledge of machine learning, computer vision, and automation techniques.
Mechanical Design Tools: * CAD Software: Fusion 360, SolidWorks, Tinkercad * Simulation: Webots, CoppeliaSim
Electronics & Microcontroller Tools: * Development Platforms: Arduino IDE, PlatformIO * Simulation Tools: Tinkercad Circuits, Fritzing * Programming Languages: C/C++, Python
AI & Automation Tools: Understanding of control systems and algorithms. * Libraries: TensorFlow, OpenCV, ROS (Robot Operating System) * Frameworks: PyTorch, Keras * Automation Platforms: Node-RED, OpenPLC
Structured Program: 6–12 months
Self-Paced Learning: Approximately 200–300 hours
Project Work: Additional 50–100 hours
Structured ProgramSchool Students (Grades 5–12): Foundational modules on basic electronics, programming, and simple robotics projects.
College Students: Comprehensive curriculum covering all aspects of robotics, AI, and automation.
Working Professionals: Advanced topics and real-world applications in robotics and automation.
Offer is valid for First 500 Action Takers only
01
13
39
44
The offer is for a limited time period only. Post completion of the offer candidates will have to pay full amoun tof the course i.e. Rs.10,000/-
A Few Projects You Will Work On During Your Learning Path
Learn the concepts of motor driving techniques and robotic car controlling with modern circuit and programming secrets
6DOF Robotic Arm Multi-Degree-of-Freedom Robot Servo Grab Maker Education Kit (Unassembled )
DIY 18DOF Aluminum Hexapod Spider Six 3DOF Legs Robot Kit with 32CH Controller
The dynamics of gripper and how they work, what motors are used and learn how to connect them in your projects
Start building and controlling your robotics parts via mobile using Bluetooth Modules and Mobile Application on Android or iOS
Build your first Home Automation application. Control all your home appliances using the power of internet communication
Now control even your heavy electrical components with the right set of relays required to build complex industrial solutions
Control your machines from large distances of upto several kilometers using the advanced Radio Frequency Modules
Control and interface your machines with the advanced Arduino compatable RF Modules circuits that comes with HT12E & HT12D ICs
Build smart home automation applications and control your home appliance with just a single click of a button on your own device
Unlock thr secrets of applications of stepper motors from 3d Printers to heavy CNC machines and in Exploration Robots. Very important component
This Industry servo motor control finds its uses in Drones, RC Modal planes, Animatronics, Movie Making, Smart Applications and much more
This is a self learning program where candidates can download the
full course and can learn at thier own pace from anywhere