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Robotics and Drones
Bringing Innovation to the Skies and Beyond!
Level 1: Introduction to Robotics (Ages 8–11)
Sugsar Edutech beginner-level course introduces young learners to the exciting world of robotics using Arduino. Through fun and interactive projects, students will learn the basics of electronics, programming, and robotics concepts.
Course Objectives
Introduce
students to the fundamentals of
robotics.
Familiarize
students with Arduino hardware
and software.
Develop
basic programming skills using
the Arduino IDE.
Encourage
creativity and problem-solving
through hands-on
projects.
Course Outline
- Introduction to robotics and Arduino
- Understanding electronic components (LEDs, resistors, and sensors)
- Basic programming concepts (variables, loops, and conditionals)
- Building simple circuits and controlling LEDs
- Introduction to sensors and actuators
- Hands-on projects
Level 2: Intermediate Robotics (Ages 12–15)
Our intermediate-level course is designed for students with some prior experience in robotics or programming. Building upon the foundational knowledge from Level 1, students will delve deeper into Arduino programming and robotics concepts.
Course Objectives
Strengthen
programming skills
using
Arduino.
Introduce
advanced sensors and
actuators
Explore
more complex
robotics
projects.
Foster
teamwork and
collaboration
through group
projects.
Course Outline
- Review of Arduino basics: variables, functions, and arrays
- Introduction to advanced sensors (ultrasonic, infrared)
- Interfacing with motors and motor controllers
- Programming concepts: PID control, state machines
- Hands-on projects
Level 3: Advanced Robotics (Ages 16–18)
This advanced-level course is tailored for older students with a solid foundation in robotics and programming. Students will tackle more challenging projects and explore advanced topics such as machine learning and autonomous navigation.
Course Objectives
Develop
advanced programming skills for
robotics applications.
Explore
cutting-edge technologies and
trends in robotics.
Undertake
complex projects with real-world
applications.
Prepare
students for further studies or
careers in robotics and STEM
fields.
Course Outline
- Advanced programming techniques: multi-threading, interrupts
- Introduction to machine learning and AI for robotics
- Autonomous navigation using sensors and GPS
- Project-based learning: autonomous drone, robotic arm
Prerequisites
- Completion of Level 2 course or equivalent experience
- Proficiency in programming with Arduino
Introduction to Multirotor Flight
| Types of Drones |
Drone Parts - Breakdown
Flight Physics
Use Cases
Applications and Future Developments
Drone Simulator training
Unleash Your Creativity
Hands-on Learning
At Sugsar Edutech, we provide practical experience with electronics and programming through Arduino. Our courses make abstract concepts tangible and easy to understand, offering a hands-on approach to learning.
Rapid Prototyping
Arduino enables quick and efficient prototyping of electronic devices and systems. With our guidance, you can test and iterate your ideas swiftly, bringing your innovations to life in no time.
STEM Education
Enhance your STEM skills at Sugsar Edutech. Our Arduino curriculum fosters critical thinking and problem-solving skills, making it an invaluable tool for students and educators alike.
Innovation and Creativity
Unleash your creativity and innovation with Arduino at Sugsar Edutech. Build a wide variety of projects, from simple gadgets to complex systems, and explore the endless possibilities of electronic design.
Robotics
Dive into the exciting world of robotics with our expert instruction. Arduino serves as the foundation for building and programming robots, perfect for competitions, research, or personal projects.
Career Skills
Gain valuable skills for a career in electronics, software development, and engineering. Mastering Arduino at Sugsar Edutech enhances your employability in tech-related fields, giving you a competitive edge.
Why Robotics?
Robotics is a fascinating and multidisciplinary field that combines aspects of engineering, computer science, and cognitive psychology to design and create intelligent machines capable of performing a variety of tasks.
