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Robotics & Automation — SkillXcelerate
Courses Robotics & Automation
Specialisation 05

Robotics & Automation

Robotics is powering the next wave of manufacturing, logistics, and automation across India. From programming your first robot to building autonomous systems, two courses — beginner and advanced — take you from fundamentals to real-world capability.

2
Courses
100%
Practical
Free
Counselling
Certificate
🤖
Basics of Robotics
Build, program & control your first robots
⚙️
Advance Robotics
Autonomous systems, AI integration & engineering
🏆 Industry Recognised Certificate
Course 01 of 02 — Robotics & Automation

Basics of Robotics

"Build, program and control your first robots — from the very beginning"

RoboticsProgrammingArduinoBeginner Friendly
Timings
Flexible Batches
Mode
Offline
Certificate
Yes, Included
Level
Complete Beginner — No Prior Experience
Basics of Robotics

What is this course about?

Robots are being deployed across manufacturing, warehousing, agriculture, healthcare, and dozens of other industries — and the demand for people who can build and program them in India is growing faster than the supply of qualified talent. This beginner course is designed to be a genuine entry point into a technology field that is expanding at an extraordinary pace and will continue to do so for decades.

You will begin with the fundamentals of how robots work — how motors and actuators create movement, how sensors let a machine perceive its environment, and how a microcontroller like Arduino ties it all together. This foundational understanding makes you a genuinely capable builder — someone who understands why a robot behaves the way it does, not just how to copy a wiring diagram.

Programming is covered from the ground up. You will write your first code that reads a sensor, drives a motor, and makes decisions based on real-world input. You will learn the logic of control — loops, conditions, and timing — that turns a pile of components into a machine that responds to the world around it. No prior coding experience is assumed.

Hands-on building is the heart of this course. You will assemble working robots, wire up sensors and motors, and program behaviours in a supportive, project-based environment. You will see how robots are being deployed across manufacturing, logistics, and agriculture, and understand where the field is heading. By the end, you will have built and programmed real robots from scratch — and have a clear understanding of the career paths available in this space.

Who is this course for?

Students and young professionals who want to enter a high-growth technology field with a genuine, hands-on foundation rather than just theory
Hobbyists and makers who have tinkered with electronics and want a structured path from random projects to real robotics skills
Engineering and science students who want practical building experience to complement their theoretical coursework
Anyone fascinated by robots and automation who wants to move from curiosity to genuine competence — with a structured course rather than trial and error

What You Will Learn

Robot fundamentals — how motors, actuators and sensors work together to create controlled movement
Microcontroller basics — how an Arduino reads inputs, drives outputs and runs your program
Hands-on building — assembling working robots and wiring circuits safely and correctly
Programming robot behaviour — loops, conditions and timing that turn components into a responsive machine
Sensor integration — using distance, light, touch and motion sensors to give a robot awareness
Debugging and iteration — finding faults in hardware and code, and improving a build step by step

Tools & Technologies Covered

🤖Arduino & Microcontrollers
⚙️Motors, Servos & Actuators
📡Sensors & Input Devices
💻C/C++ Robot Programming
🔌Breadboards & Circuit Wiring
🦾Motor Driver & Control Boards
🧩Chassis, Wheels & Assembly
🔧Debugging & Testing Tools

What You Will Be Able To Do After This Course

1
Build and program a working robot from scratch — wiring the hardware and writing the code that controls its behaviour
2
Use sensors and microcontrollers to make a machine perceive and respond to its environment
3
Understand the robotics ecosystem well enough to pursue further specialisation in programming, engineering, or automation
4
Position yourself at the entry point of one of India's fastest-growing technical fields — with certified training and real hands-on building experience
Course 02 of 02 — Robotics & Automation

Advance Robotics

"Master autonomous systems, AI integration & robotics engineering"

Autonomous SystemsAI IntegrationRobotics EngineeringAdvanced Level
Timings
Flexible Batches
Mode
Offline
Certificate
Yes, Included
Level
Intermediate to Advanced — Prior Robotics Experience Preferred
Advance Robotics

What is this course about?

This is the professional-level programme for serious robotics practitioners. It is designed for people who have completed foundational training and are ready to develop the advanced skills, certifications, and industry knowledge needed to build autonomous systems, lead robotics projects professionally, or pursue a career in robotics engineering. In India's rapidly expanding automation industry, this level of qualification puts you in a very small, very in-demand group.

You will master autonomous robotics — the systems that let a robot make its own decisions from sensor data without constant human control. You will learn to implement obstacle avoidance and path-planning, program state machines that handle complex behaviour, and build closed-loop control systems that keep a robot precise and reliable. This is the core of what separates a hobby build from a professional autonomous machine.

Robotic arm mechanics and motion control are covered in depth — the techniques behind the machines you see on modern production lines. You will learn kinematics (how joints combine to position a gripper), how to drive multiple motors in coordination, and how to build a robot that performs precise, repeatable tasks. Sensor fusion — combining several sensors into one reliable picture of the world — is a central theme throughout.

This course goes deep into engineering — microcontroller programming using Arduino and Raspberry Pi, sensor fusion for autonomous navigation, robotic arm mechanics, and the integration of machine learning into robotic systems for autonomous decision-making. You will bring it all together in a comprehensive capstone project: designing, building, and programming a complete robot from the ground up. Completing this course positions you at the front of one of India’s most exciting, fastest-growing, and currently underserved engineering career paths.

Who is this course for?

Students who have completed the Basics of Robotics course and are ready to move into autonomous systems and engineering
Working makers and technicians who build robots but want to expand into autonomous, AI-driven systems
Engineers and technology professionals who want to add robotics programming and autonomous systems to their skill set
Entrepreneurs and innovators who want to build automation solutions — for industry, agriculture, or research

What You Will Learn

Autonomous decision-making — programming a robot to act on sensor data without human control
Path-planning & obstacle avoidance — algorithms that let a robot navigate its environment
Robotic arm kinematics — coordinating multiple joints for precise, repeatable motion
Advanced robotics engineering — Arduino, Raspberry Pi, sensor fusion and motor control
Machine learning integration in robotic systems for autonomous perception and decision-making
Capstone project — designing, building and programming a complete robot from the ground up

Tools & Technologies Covered

🤖Arduino & Raspberry Pi Programming
🧠Autonomous Control Systems
🧭Path-Planning & Navigation
📡Sensor Fusion & Feedback
🚧Obstacle Avoidance Algorithms
🦾Robotic Arm Mechanics & Control
🧠Machine Learning for Robotics
🏗️Capstone Robotics Project

What You Will Be Able To Do After This Course

1
Design and build autonomous robots — machines that sense, decide and act without constant human control
2
Implement path-planning, obstacle avoidance and closed-loop control on real hardware
3
Coordinate motors and robotic arms to perform precise, repeatable tasks
4
Apply robotics engineering skills including microcontroller programming, sensor fusion, and machine learning integration
✦ No Cost, No Pressure

Ready to enter the future of technology?

Book a free counselling session and our team will guide you to the right course based on your current experience, goals, and the career path you want to build.

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