Robotics
Students will learn how to a create their own miniature robot using Arduino, motors and sensors. They will learn the foundational concepts of robotics, including mechanics, electronics, sensors, actuators, and programming languages, setting a strong foundation for their robotics journey.
About Robotics
Tech Cryptor’s Robotics course is your gateway to exploring the exciting realm of intelligent machines and cutting-edge automation.Â
From mastering concepts of kinematics and control systems to delving into machine learning and computer vision, you’ll acquire the skills to create intelligent robotic systems. Join us on this extraordinary journey where creativity meets technology, and unlock the potential to shape the future with your own robotic innovations. Immerse yourself in a hands-on learning experience that combines theory with practical applications, empowering you to design, build, and program robots that can navigate the physical world.
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Introduction on Robotics, How they can be used to transform the technology
Going through the various application where robotics plays an important role
Begin with a deep dive into the theoretical foundations of robotics.
Uncovering the applications of robots across various industries and sectors.
Acquire a profound understanding of the core components that constitute robots, with comprehensive explanations.
Explore the essential components that make up a robot, including sensors, actuators, power sources, and control systems.
Learn how these components work together to enable a robot's functionality.
Navigate the technical landscape by mastering the installation of Arduino IDE software and its essential drivers.
Introduction to arduino for creating robots
Dive into the world of Arduino, a versatile microcontroller platform used in robotics.
Learning how arduino can be used to control various functions of a robot
Learn about the basic components of Arduino and how to set up an Arduino board.
Understand the Arduino programming environment and start writing code for your robot.
Commence your hands-on journey by creating a basic Blink program using embedded C language.
Embark on an illuminating exploration of motors, gaining a comprehensive insight into their inner workings.
Introduction to motors for the robot movement
Put theory into practice as you test motors using embedded C language, bridging the gap between theory and application.
Delve into the importance of motors in robot movement.
Understand different types of motors (DC motors, stepper motors) and their applications in robotics.
Learn how to control motors using Arduino.
Introduction to Servo Motors, what is purpose of servo motor
Understanding the working of servo motors and learning how to combine it with the robot
Explore servo motors and their role in precise control and positioning in robotics.
Understand how servo motors differ from regular motors and when to use them.
Transition from theoretical knowledge to practical craftsmanship by assembling your very own robot.
Learn how to interface and program servo motors.
Immerse yourself in the world of programming as you embark on various tasks that your robot can perform.
Introduction to IR sensors
Unveiling the Power of IR Sensors
Initiate your acquaintance with IR sensors, pivotal in robotics, and learn how to program a robot for path following.
Explore the vast landscape of applications that IR sensors can unlock.
Gain hands-on expertise in creating and effectively controlling robots harnessing the capabilities of IR sensors.
Elevate your robotics prowess by designing bespoke Android apps with the user-friendly MIT App Inventor.
Craft a visually pleasing and functional Graphical User Interface (GUI) through intuitive drag-and-drop coding.
Generate an .apk file of your app and seamlessly install it on your mobile device.
Delve into the intricacies of servo motors, exploring their applications and control mechanisms through various components.
Unlock the potential of serial communication, mastering the nuances of AT commands.
Gain expertise in serial communication, a crucial aspect of robotics.
Learn about AT commands and their use in controlling various components, such as GSM modules and GPS units.
Practice hands-on AT command programming.
Configure a Bluetooth Module HC and gain a profound understanding of the final program behind a Bluetooth-controlled robot.
Discover Bluetooth communication for robotics.
Configure and connect a Bluetooth Module HC to your Arduino.
Create a Bluetooth-controlled robot and delve into the programming aspects.
Learn about Motion sensors and how to calibrate them
Embark on a journey into the realm of motion sensors, learning to acquire axial values and harness their capabilities.
Explore motion sensors like accelerometers and gyroscopes.
Dive deep into the art of calibrating motion sensors for precision and control.
Learn how to calibrate motion sensors for accurate data readings.
Apply motion sensor data in robot control and navigation.
Effortlessly upload and understand the final code, resulting in the desired output.
Throughout your course, benefit from a dedicated platform for continuous doubt-solving and support.
By the culmination of this comprehensive course, you will possess the knowledge and practical skills to create, program, and control robots of diverse types. These include Bluetooth-controlled robots, mobile app-controlled robots, gesture-controlled robots, and path-following robots.
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Original Price
₹20,999 /Course
- Max 4 Students per batch
- 1 to 1 Interaction
- Online & Offline mode
- only Video Training
- limited sessions
- Big batches
Current Price
₹16,999 /Course
- Industry level content
- 100% Practical Training
- Experienced Trainers
- Certification for Course
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₹0/Course
- Free Reattempting of Course
- Long Term Support after Completion
- Free Doubt Solving Sessions / Chats
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