Arduino Advanced
₹12,999.00
Excluding Taxes
In this hands-on, 24-hour course, you'll learn to integrate sensors and actuators with Arduino to build innovative systems. Whether you’re looking to create automation projects, smart devices, or robotics, this program will give you the knowledge and skills you need, from basic concepts to advanced applications—all using block programming!
Course Overview
In this comprehensive 24-hour Arduino course, you'll learn how to integrate sensors and actuators with Arduino boards to create a variety of interactive systems. The course covers everything from the basics of Arduino programming to advanced integration techniques, all taught using block programming. By the end, you’ll be able to build real-world projects like automation systems, robotics, and smart devices.
Learning Outcomes
- Master the fundamentals of Arduino and block programming.
- Interface various sensors (e.g., temperature, motion, light) with Arduino.
- Control actuators (e.g., motors, LEDs, servos) through Arduino.
- Design and build interactive systems like smart home devices and robots.
- Gain troubleshooting skills to solve common hardware and software issues.
- Understand how to create complex systems by combining multiple sensors and actuators.
Course Requirements
- No prior experience with Arduino is required; beginners are welcome.
- Basic understanding of programming (helpful, but not mandatory).
- Access to an Arduino board (Arduino Uno or similar).
- A computer with Arduino IDE installed for programming.
- Basic electronic components (optional, but encouraged for hands-on practice).
Course Highlights
- Hands-on Projects: Build real-world systems like home automation, robots, and more.
- Block Programming: Learn programming through an intuitive block-based approach.
- Expert Instruction: Get personalized support from instructors throughout the course.
- Lifetime Access: Enjoy lifetime access to course materials and updates.
- Practical Experience: Work on projects that integrate multiple sensors and actuators.