Course Structure for intermediate, focusing on Robotics, Tinkercad, Arduino, Sensors, and Advanced Applications. This curriculum builds on foundational knowledge from earlier grades while introducing more advanced concepts and hands-on projects.
Course Title: Details about Robotics, Arduino, and Sensors
Duration:
• Weekly: 1–2 sessions (40–60 minutes each) • Total: 35–40 lessons per academic year
Learning Objectives:
By the end of this course, students should:
1. Enhance their understanding of robotics and electronics concepts.
2. Create and simulate advanced circuits in Tinkercad.
3. Program Arduino boards for multi-functional robotic systems.
4. Explore advanced sensor applications and real-world robotics use cases.
5. Develop collaborative problem-solving and project design skills.
Course Structure
Unit 1: Review of Robotics and Arduino Basics (4 Lessons)
1. Quick Recap:
✅ Components of robots: controllers, sensors, actuators.
✅ Arduino basics: pins, power supply, and the IDE interface. 2. Intermediate Arduino Programming:
✅ Writing and modifying simple programs.
✅ Exploring functions, variables, and logic (if-else, loops).
Unit 2: Advanced Tinkercad Applications (6 Lessons)
1. Complex Circuit Simulations:
✅ Simulate circuits with multiple sensors and actuators.
✅ Experiment with servos, motors, and sensors in Tinkercad. 2. 3D Modelling for Robotics:
✅ Design robotic arms, chassis, or functional components in Tinkercad.
✅ Export 3D designs for real-world assembly (optional). 3. Design Challenge
✅ Create a simple Arm robot using Tinkercad 3D design tools.
Unit 3: Working with Advanced Electronics (6 Lessons)
1. Intermediate Circuit Concepts:
✅ Series and parallel connections.
✅ Using transistors and relays to control higher-power devices. 2. Integrating Components with Arduino:
✅ Connecting and controlling multiple outputs: LEDs, buzzers, motors.
✅ Debugging and troubleshooting circuits.
Unit 4: Advanced Sensors and Their Integration (8 Lessons)
1. Exploring New Sensors:
✅ Gas sensor, sound sensor, IR sensor, and gyroscope.
✅ Real-world applications like smart homes and IoT devices. 2. Hands-On Sensor Projects:
✅ Sound sensor: Create a clap-controlled LED system.
✅ IR sensor: Build a proximity-based object counter.
✅ Gas sensor: Detect air quality and display results. 3. Combining Multiple Sensors:
✅ Integrate ultrasonic, LDR, and temperature sensors for multifunctional systems.
Unit 5: Robotics Projects (10 Lessons)
1. Building Functional Robots:
✅ Assemble robotic vehicles and robotic arms using Arduino.
✅ Attach motors, servos, and sensors for advanced functionality. 2. Programming for Automation:
✅ Write Arduino programs for obstacle avoidance, line following, and object pickup.
✅ Use multiple sensors for autonomous decision-making. 3. Collaborative Robotics Challenges:
✅ Group projects: Design robots for tasks like delivery, cleanup, or monitoring.
Unit 6: Exploring AI in Robotics (Optional, 4 Lessons)
1. Introduction to AI and Machine Learning Concepts:
✅ How robots can "learn" from data.
✅ Examples of AI in everyday robotics (voice assistants, self-driving cars). 2. Hands-On AI with Arduino (Simple):
✅ Train a basic "learning" system, such as controlling outputs based on sensor data patterns.
Unit 7: Ethics, Innovation, and Future Applications (2–4 Lessons)
1. Ethical Implications in Robotics:
✅ Discuss privacy, security, and responsible use of robots and sensors. 2. Future Technologies:
✅ Explore IoT, drones, and humanoid robots.
✅ Discuss how robotics can solve real-world problems (e.g., healthcare, disaster management).
Assessment and Evaluation
1. Class Participation (20%)
✅ Active involvement in discussions and activities. 2. Mini-Projects (30%)
✅ Functionality and creativity in intermediate assignments. 3. Final Project (40%)
✅ Group or individual project integrating Arduino, sensors, and robotics concepts. 4. Quizzes and Worksheets (10%)
✅ Testing theoretical understanding and programming skills.
Required Materials and Tools
1. Hardware:
✅ Arduino boards (UNO, Nano, or similar).
✅ Breadboards, jumper wires, resistors, LEDs, and capacitors.
✅ Advanced sensors: sound, gas, gyroscope, and IR.
✅ Actuators: DC motors, servo motors, and robot chassis kits. 2. Software and Platforms:
✅ Arduino IDE (for programming).
✅ Tinkercad (for 3D design and circuit simulation). 3. Other Resources:
✅ Laptops or tablets for coding.
✅ Internet access for tutorials and simulations.
Pedagogical Approach
1. Project-Based Learning: Hands-on projects to encourage problem-solving. 2. Simulations and Prototyping: Use Tinkercad for virtual experimentation. 3. Collaboration: Group challenges to build teamwork and innovation. 4. Exploration and Creativity: Encourage open-ended projects and exploration of new ideas.
Course Fees
₹3999
Best Price
₹3500
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