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Learn to create real working robots while developing strong problem-solving and automation skills for the future.
Core Robotics Fundamentals: Understand how modern robots think, sense, and act in industries like manufacturing, automation, smart devices, and safety systems.
Electronics & Hardware Skills: Learn how sensors, microcontrollers, motors, and circuits work — the foundation of every real robot.
Arduino & Embedded Programming: Build logic, automation, and intelligent responses using Arduino coding used by beginners and prototyping engineers.
Sensor-Based Automation: Create smart systems using ultrasonic, IR, motion, light, temperature, and other sensors widely used in IoT and autonomous machines.
Robot Building & Mechanical Structure: Learn how to design, assemble, and control robot movement, chassis design, wheel systems, and battery power setup.
Introduction to IoT & Connectivity: Understand how robots connect with the real world, use wireless communication, and interact with mobile devices.
Actuator & Motor Control: Master how servos, DC motors, and motor drivers are used in robotic arms, cars, and industrial automation.
Automation Logic & Problem-Solving: Develop the mindset required to troubleshoot hardware, design solutions, and create efficient automated systems.
Hands-On Project Development: Build working robots like line followers, obstacle avoiders, Bluetooth-controlled bots, and smart automation devices.
Industry-Ready Skills: Gain practical experience to pursue careers in robotics, IoT development, embedded systems, automation, and electronics engineering.
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Take the final exam online to complete the Robotics Foundation Program after which you will be able to download your certificate from Attitude Trainings
Core Robotics Fundamentals: Understand how modern robots think, sense, and act in industries like manufacturing, automation, smart devices, and safety systems.
Electronics & Hardware Skills: Learn how sensors, microcontrollers, motors, and circuits work — the foundation of every real robot.
Arduino & Embedded Programming: Build logic, automation, and intelligent responses using Arduino coding used by beginners and prototyping engineers.
Sensor-Based Automation: Create smart systems using ultrasonic, IR, motion, light, temperature, and other sensors widely used in IoT and autonomous machines.
Robot Building & Mechanical Structure: Learn how to design, assemble, and control robot movement, chassis design, wheel systems, and battery power setup.
Introduction to IoT & Connectivity: Understand how robots connect with the real world, use wireless communication, and interact with mobile devices.
Actuator & Motor Control: Master how servos, DC motors, and motor drivers are used in robotic arms, cars, and industrial automation.
Automation Logic & Problem-Solving: Develop the mindset required to troubleshoot hardware, design solutions, and create efficient automated systems.
Hands-On Project Development: Build working robots like line followers, obstacle avoiders, Bluetooth-controlled bots, and smart automation devices.
Industry-Ready Skills: Gain practical experience to pursue careers in robotics, IoT development, embedded systems, automation, and electronics engineering.
Take all of your face to face classes with trainer & get Live Sessions with Trainer for Doubts Clearing
Test your knowledge through quizzes & module tests & offline assessment
Get hands on practice by doing assignments and project
Take the final exam to get certified in Robotics Foundation Program
At present, Robotics is one of the most essential and rapidly growing technical fields that provides knowledge in electronics, sensors, automation, microcontrollers, and smart system development. Robotics combines the power of hardware and programming to create intelligent machines that can sense, act, and perform tasks across various industries. This domain is highly effective for developing analytical skills, problem-solving ability, and technical understanding of real-world automation systems.
Under this Robotics Foundation Program, learners will gain a strong command over Arduino, electronic components, sensor interfacing, motor control, and robot-building techniques. Candidates will acquire the basics of coding, circuits, robot locomotion, and practical project development. This important course enhances creativity, technical capability, and hands-on engineering skills. Overall, the program helps students sharpen their robotics knowledge and improve their technical productivity. And for all of this, Attitude Academy provides the best practical training in Robotics.
Introduction to robotics, historical evolution, and modern industrial relevance.
Classification of robots: mobile robots, humanoids, industrial arms, and service robots.
Real-world applications across manufacturing, healthcare, defence, automation, and research.
Core electrical concepts including voltage, current, resistance, and Ohm’s Law.
Understanding and identifying resistors, capacitors, LEDs, switches, and other basic components.
Applying component knowledge to create functional electronic circuits.
Breadboard-based circuit prototyping without soldering.
Multimeter usage for measuring voltage, current, and resistance accurately.
Hands-on mini projects such as LED blinking and push-button circuits.
Arduino IDE installation, board configuration, and environment setup.
Programming fundamentals — variables, loops, functions, and logical structures.
Working with Digital I/O and reading analog sensors like LDR and temperature modules.
Implementation of Automatic Street Light using LDR sensor logic.
Ultrasonic sensor programming for distance measurement and obstacle detection.
PIR sensor integration for motion detection applications.
Introduction to actuators: DC motors, servo motors, and their control mechanisms.
Motor driver integration (L298N) for direction, speed, and dual-motor control.
Actuator-based projects such as Smart Dustbin and Electronic Dice systems.
Fundamentals of robot movement including wheels, chassis, and power systems.
Step-by-step assembly of a 4-wheel robotic platform with proper wiring.
IR sensor array logic for line detection and line-follower robot applications.
Bluetooth module (HC-05) configuration, pairing, and serial communication.
Writing Arduino code to receive and interpret wireless commands.
Complete development of a Bluetooth-Controlled Robotic Car.
Servo-based robotic arm concepts and multi-axis movement control.
Practical implementation of Robotic Arm Movement for pick-and-place tasks.
Autonomous Obstacle-Avoiding Car using ultrasonic sensors and navigation logic.
LCD interfacing for text display and sensor data visualization.
Planning and executing a complete robotics project from concept to deployment.
Final presentation, documentation, and demonstration of integrated robotics solutions.
At present, Robotics is one of the most essential and rapidly growing technical fields that provides knowledge in electronics, sensors, automation, microcontrollers, and smart system development. Robotics combines the power of hardware and programming to create intelligent machines that can sense, act, and perform tasks across various industries. This domain is highly effective for developing analytical skills, problem-solving ability, and technical understanding of real-world automation systems.
Under this Robotics Foundation Program, learners will gain a strong command over Arduino, electronic components, sensor interfacing, motor control, and robot-building techniques. Candidates will acquire the basics of coding, circuits, robot locomotion, and practical project development. This important course enhances creativity, technical capability, and hands-on engineering skills. Overall, the program helps students sharpen their robotics knowledge and improve their technical productivity. And for all of this, Attitude Academy provides the best practical training in Robotics.
Introduction to robotics, historical evolution, and modern industrial relevance.
Classification of robots: mobile robots, humanoids, industrial arms, and service robots.
Real-world applications across manufacturing, healthcare, defence, automation, and research.
Core electrical concepts including voltage, current, resistance, and Ohm’s Law.
Understanding and identifying resistors, capacitors, LEDs, switches, and other basic components.
Applying component knowledge to create functional electronic circuits.
Breadboard-based circuit prototyping without soldering.
Multimeter usage for measuring voltage, current, and resistance accurately.
Hands-on mini projects such as LED blinking and push-button circuits.
Arduino IDE installation, board configuration, and environment setup.
Programming fundamentals — variables, loops, functions, and logical structures.
Working with Digital I/O and reading analog sensors like LDR and temperature modules.
Implementation of Automatic Street Light using LDR sensor logic.
Ultrasonic sensor programming for distance measurement and obstacle detection.
PIR sensor integration for motion detection applications.
Introduction to actuators: DC motors, servo motors, and their control mechanisms.
Motor driver integration (L298N) for direction, speed, and dual-motor control.
Actuator-based projects such as Smart Dustbin and Electronic Dice systems.
Fundamentals of robot movement including wheels, chassis, and power systems.
Step-by-step assembly of a 4-wheel robotic platform with proper wiring.
IR sensor array logic for line detection and line-follower robot applications.
Bluetooth module (HC-05) configuration, pairing, and serial communication.
Writing Arduino code to receive and interpret wireless commands.
Complete development of a Bluetooth-Controlled Robotic Car.
Servo-based robotic arm concepts and multi-axis movement control.
Practical implementation of Robotic Arm Movement for pick-and-place tasks.
Autonomous Obstacle-Avoiding Car using ultrasonic sensors and navigation logic.
LCD interfacing for text display and sensor data visualization.
Planning and executing a complete robotics project from concept to deployment.
Final presentation, documentation, and demonstration of integrated robotics solutions.
Take all of your face to face classes with trainer & get Live Sessions with Trainer for Doubts Clearing
Test your knowledge through quizzes & module tests & offline assessment
Get hands on practice by doing assignments and project
Take the final exam to get certified in Robotics Foundation Program
This Robotics Foundation Program at ATTITUDE Academy serves as an introduction to the core principles of Robotics, Automation, and IoT that power today’s smart technologies. As a leading robotics training institute in Uttam Nagar and Yamuna Vihar, Delhi, we specialize in providing hands-on training using Arduino, sensors, actuators, motor drivers, microcontrollers, and smart automation tools. Upon completing our Robotics Foundation Program, learners gain the practical skills required to build real-time robotic systems and excel in modern tech-driven industries.
Our robotics classes in Uttam Nagar and Yamuna Vihar offer 100% job support, project-based learning, and lifetime access to study materials. Enroll in our advanced Robotics program to master essential concepts such as electronic components, circuit designing, Arduino coding, sensor interfacing, IoT basics, robot locomotion, and autonomous robot development.
ATTITUDE Academy stands out as a leading robotics institute dedicated to preparing students for future-ready roles in Robotics, Embedded Systems, IoT Engineering, and Automation Technology. We provide high-quality training through smart classes, practical sessions, and innovative teaching methods. With experienced trainers who have mentored thousands of students, our institute focuses on personalized guidance, live project development, and interactive learning environments.
We also offer internship opportunities for real-world exposure, collaborative project discussion zones, and flexible class schedules including regular and weekend batches. Our comprehensive Robotics Foundation Program equips students with strong technical skills, confidence, and the knowledge required to build advanced robotics projects and pursue a successful career in the world of automation and smart technologies.
You can post your doubts on the Q&A forum which will be answered by the teachers within 24 hours.
