Level 1
Introduction to Robotics
Registrations Open !!
Basics of Computer and basics of circuits
Registrations Open !!
Basics of Computer and basics of circuits
Introduction to Robotics is a foundational course that introduces students to the fundamental concepts, components, and applications of robotic systems. The course provides an overview of the principles of robotics, including robot types, architecture, sensors, actuators, and control mechanisms used in modern robotic systems. Students will gain an understanding of the basic electronics and circuit principles that support robotic hardware and embedded systems.The course also introduces microprocessors, microcontrollers, and embedded platforms used in robotics and Internet of Things (IoT) applications. Through practical examples and programming exercises, students will learn how to design simple robotic systems and control hardware components using programming languages such as C/C++ and platforms like Arduino
| Day | Topic | Sub-Topic No. | Sub-Topic Title | Detailed Contents |
| Day 1 | Fundamental of robotics | 1.1 | Definition of Robots | Introduction and Definitions |
| 1.2 | History of Robotics | Birth and Evolution of robotics | ||
| 1.3 | Laws of Robotics | Three laws of robotics | ||
| 1.4 | Types of Robots, Applications of Robotics, | Different types and their industries-based applications | ||
| 1.5 | Components of a Robot, Automation Vs Robotics | Sensors, Actuators and controlling unit of robots | ||
| Day 2 | Detail descriptions of types of robots and basics of Circuits | 2.1 | Industrial Robots, Humanoid Robots | Working and applications |
| 2.2 | Mobile Robots, Medical Robots, Agricultural Robots, Space Robots | Working and applications | ||
| 2.3 | What is circuit, basic components of circuits. | Introduction of circuits and basic components of circuits | ||
| Day 3 | Basics of Circuits (Contd.) | 3.1 | Active and passive elements of circuits. Difference between active and passive elements, | Resistor, Inductor and capacitor definitions |
| 3.2 | Ohm’s Law, Basics of Resistor, capacitor and inductor, | Resistor, Inductor and capacitor definitions applications and ohm’s law formula | ||
| 3.3 | Kirchoff’ current law (KCL) and Kirchoff’s Voltage Law (KVL). | KCL and KVL definition and formula | ||
| Day 4 | Introduction of computational device | 4.1 | Introduction and differentiate betweenMicroprocessors and Microcontrollers, | Basics of controllers and processors and their differences |
| 4.2 | Introduction of embedded system, components of embedded system, Difference between embedded system and internet of things (IoT). | Basics of embedded system and IoT and their differences | ||
| 4.3 | Write examples which shows difference between embedded system and IoT (Image/videos) | Activity : Write examples which shows difference between embedded system and IoT (Image/videos) | ||
| Day 5 | Introduction of Arduino Board | 5.1 | Introduction of Arduino Uno Board, Pins descriptions of Arduino Uno | Details of Arduino family, different types of boards and technical features of Arduino Uno |
| 5.2 | Basics of sensors, Analog and digital sensors, application of sensors | Introduction of sensors, their types and applications | ||
| 5.3 | Basics of Actuators, applications of actuators. | Introduction of actutaors, their types and applications | ||
| Day 6 | Hands on Session: -Programming of Arduino:Write first sketch in Arduino IDE, Interfacing of Arduino board with Leds to design different patterns. | |||
| Know your Mentor | Contact Number | Email Id | Teaching Experience (in Yrs.) |
| Mr. Sachin Chawla | 9034388155 | Sachinchawla.uic@cumail.in | 13+ Years |
The Advanced Credit Program at Chandigarh University provided a perfect blend of academic rigor and flexibility. It enabled me to fast-track my education while gaining in-depth subject knowledge. The structured curriculum ensured clarity and consistency in learning. Faculty members were approachable and supportive at every step. The program enhanced my analytical and problem-solving skills. It truly prepared me for higher academic and professional challenges.
The Advanced Credit Program at Chandigarh University has been a game-changer for my academic journey. It gave me the flexibility to accelerate my studies while exploring subjects in greater depth. The curriculum is structured, industry-relevant, and supported by faculty who genuinely want students to grow. What I appreciated most was how the program helped me build confidence—both academically and professionally—by encouraging higher-level thinking and self-discipline. This program doesn’t just add credits; it adds real value to your learning experience and future opportunities.
"Completing the Introduction to Robotics course with ACP was a game-changer for my career. The curriculum was incredibly well-structured, providing a clear path from foundational concepts to practical applications like Machine Learning and Natural Language Processing. I especially appreciated the hands-on projects, which allowed me to build my first functional AI model. This course didn't just teach me about AI; it gave me the confidence and skills to actively pursue opportunities in one of the world's most exciting and fastest-growing fields. I highly recommend ACP to anyone looking to make a meaningful pivot into technology!"
The Advanced Credit Program at Chandigarh University has played a transformative role in my academic journey. It offered the flexibility to fast-track my studies while allowing me to delve deeper into key subjects. The well-structured, industry-focused curriculum, combined with the constant support of dedicated faculty, truly enhanced my learning experience. What stood out the most was how the program boosted my academic and professional confidence by promoting critical thinking and self-discipline. This program goes beyond earning extra credits—it meaningfully enriches learning and opens doors to future opportunities.
The Advanced Credit Program at Chandigarh University has been an enriching part of my academic journey. It gave me the flexibility to accelerate my studies without compromising on learning quality. The curriculum is well-structured and closely aligned with industry requirements. Faculty members are supportive and always encourage deeper understanding. The program helped me develop critical thinking and self-discipline. Overall, it added real value to my academic and professional growth.
Being a part of the Advanced Credit Program allowed me to explore subjects beyond the regular curriculum. The flexibility offered by the program helped me manage my time efficiently while learning advanced concepts. The industry-relevant content kept me engaged and motivated throughout. Faculty guidance played a crucial role in my learning process. This program significantly boosted my academic confidence. It has positively impacted my future career outlook.
What I appreciated most about the Advanced Credit Program was its focus on quality learning. The program encouraged independent thinking and a disciplined approach to academics. The industry-oriented curriculum helped me understand real-world applications. Faculty support made complex concepts easier to grasp. I gained confidence in both academic and professional settings. This program goes beyond credits and adds meaningful learning value.
The Advanced Credit Program has played an important role in shaping my academic journey. It offered me the opportunity to learn at an advanced level while maintaining flexibility. The curriculum is thoughtfully designed to meet current industry standards. Faculty mentorship helped me stay motivated and focused. The program improved my critical thinking abilities. It has been a valuable addition to my overall learning experience.
Participating in the Advanced Credit Program was a rewarding experience. It allowed me to strengthen my subject knowledge and progress academically at a faster pace. The structured coursework ensured a smooth learning process. Faculty members provided constant support and guidance. The program helped me build confidence and self-discipline. It has greatly contributed to my academic and professional development.
The Advanced Credit Program at Chandigarh University enhanced my learning experience in many ways. The flexibility of the program helped me balance academics effectively. The curriculum is relevant, practical, and well-organized. Faculty encouragement pushed me to think beyond textbooks. I developed a more analytical and confident mindset. This program truly prepares students for future opportunities.
