Advanced Robotics
Elevate Your Skills with Our Advanced Robotics Course!
Take your robotics knowledge to the next level with our Advanced Robotics Course! Designed for learners ready to dive deeper into electronics and coding, this course combines theoretical concepts with hands-on projects. You will gain practical experience in interfacing various sensors and components with Arduino, enhancing your problem-solving abilities and technical skills.
Course Highlights:
I2C Backpack LCD: Learn I2C communication and interface with Arduino.
Motor Control: Interface servo and stepper motors with Arduino.
Real-Time Clock (DS1302): Explore the DS1302 features and coding.
RFID Technology: Understand RFID readers and tags; interface with Arduino.
Sensor Integration: Work with sound, DHT11, and water level sensors.
Matrix Displays & Keypads: Interface 8x8 matrix displays and 4x4 keypads.
Practical Projects: Build a student attendance system and room temperature indicator.
Course Structure:
Session Structure | Advanced Robotics |
Planning & Design
| The stage where students first discuss ideas, then plan their projects, and set up basic circuits with initial coding. |
Learning Objectives | 1. Introduction to Arduino and microcontroller concepts 2. Understanding I2C communication with LCDs 3. Basics of motor control (servo and stepper motors) 4. Design simple circuits with LEDs and switches 5. Develop initial coding logic for hardware control
|
Development and Prototyping
| The phase where students build and test functional models using sensors and coding. |
Learning Objectives
| 1. Sensor interfacing with Arduino (sound, DHT11, water level) 2. Implementing RFID technology with Arduino 3. Integrating matrix displays and keypads 4. Advanced coding techniques for hardware interaction 5. Prototyping small robotic systems |
Testing & Deployment
| The phase where students debug, finalize, and present their working projects. |
Learning Objectives
| 1. Building practical projects (attendance system, temperature indicator) 2. Final project implementation and debugging 3. Presentation of completed projects 4. Testing and troubleshooting prototype systems 5. Evaluating project outcomes and improvements |
Duration
| 50 hours |
Package Includes:
1 x Advance Kit for Arduino Uno
Kit Includes:
1 x UNO R3 Controller Board
1 x LCD 1602 Module (with pin header)
1 x Rc522 RFID Module
1 x Prototype Expansion Board
1 x Power Supply Module
1 x GY-521 Module
1 x Servo Motor (SG90)
1 x Stepper Motor
1 x ULN2003 Stepper Motor Driver Board
1 x HC-SR501 PIR Motion Sensor
1 x Sound Sensor Module
1 x Water Level Detection Sensor Module
1 x Ultrasonic Sensor
1 x Ds3231 RTC Module
1 x Rotary Encoder Module
1 x DHT11 Temperature and Humidity Module
1 x IR Receiver Module
1 x Joystick Module
1 x Remote
1 x MAX7219 Module
1 x 1-Digit 7 Segment Display
1 x 4-Digit 7 Segment Display
1 x L293D
1 x 74HC595
1 x Active Buzzer
1 x Passive Buzzer
2 x 10k Potentiometer
1 x 5V Relay
1 x Fan Blade and 3-6 V Motor (with wire)
1 x Membrane Switch Module
1 x 830 Tie-Points Breadboard
1 x 9V Battery Connector with DC
1 x 65 Jumper Wire
20 x Female to MALE DuPont Wire
1 x USB Cable
120 x Resistor
1 x Thermistor
5 pcs Diode Rectifier
2 x 10uF 50 V Electrolyte Capacitor
1 x 100uF 50 V Electrolyte Capacitor
5 x NPN Transistor (PN2222)
5 x NPN Transistor (S8050)
1 x Tilt Ball Switch
5 x Small Tactile Button
5 x Red LED
5 x Yellow LED
5 x Blue LED
5 x Green LED
5 x White LED
1 x RGB LED
5 x 22 pF Ceramic Capacitor
5 x 104pF Ceramic Capacitor
2 x Photoresistor
Real Hardware, Real Skills: Components That Make a Difference
At the heart of our Advanced Robotics Course are the hands-on projects powered by industry-standard hardware. By working with actual components, students gain practical experience that sets them apart in today’s tech-driven world. Here’s a glimpse of the essential tools your child will use:
Here’s a glimpse of the hardware your child will master:
Versatile coding and control with theArduino Uno: The brain behind every project, providing a versatile platform for coding and control.
I2C Backpack LCD: Facilitates easy display output and enhances user interaction in projects.
Controlled motion: Servo & Stepper Motors Enable controlled motion, allowing students to create dynamic and interactive projects.
Time management: Real-Time Clock (DS1302) Perfect for time-based projects, helping students understand the concept of time management in programming.
Security and attendance systems: RFID Reader & TagsIdeal for developing security and attendance systems, introducing students to real-world applications of RFID technology.
Environmental monitoring: Sound, DHT11, & Water Level Sensors Monitor environmental data, providing insights into temperature, humidity, and water levels.
Interactive displays and input mechanisms: 8x8 Matrix Displays & Keypads Build complex systems with interactive displays and input mechanisms, fostering creativity and innovation.
Benefits:
Unlock your potential in robotics! With engaging content and practical experience, our Advanced Robotics Course equips you with the skills to create innovative projects and understand complex systems.
Slots are limited—don’t miss your chance to advance your tech journey!
