Course Overview – Home Inventor Kit
The Home Inventor Kit introduces learners to the fundamentals of hardware programming and smart home technology through a series of engaging, hands-on projects. Starting with simple lighting and sound controls, students progress to building interactive entertainment devices, smart climate control systems, automated lighting, access solutions, and intelligent parking models.
By completing this course, learners will:
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Understand the principles of sensors, actuators, and microcontroller programming.
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Apply coding skills to real-world smart home scenarios.
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Develop problem-solving abilities by building functional prototypes.
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Gain practical experience in designing, assembling, and troubleshooting IoT-based home automation projects.
This kit bridges creativity and technical skills, making it ideal for beginners who want to explore electronics, coding, and the future of smart living.
Curriculum
- 5 Sections
- 16 Lessons
- 10 Hours
- 🔹Section 1 : Introduction to Smart Home TechnologyGoal: Introduce students to the concept of smart home systems through basic projects involving lighting and visual indicators. Learners will understand how sensors and actuators bring automation to everyday life.4
- 🔹Section 2 : Music and Interactive EntertainmentGoal: Explore the creative side of smart home devices by building interactive music and color-based games. Students will learn how input devices and programmed logic can create entertaining and educational experiences.4
- 🔹Section 3 : Smart Climate and Ventilation ControlGoal: Discover how smart systems can monitor and control environmental conditions. Students will build devices that measure weather parameters and automate ventilation for comfort and energy efficiency.5
- 🔹Section 4 : Smart Lighting and Access ControlGoal: Learn how automation can improve safety and convenience in the home. Projects will include motion-triggered lighting and automated gates, enhancing both security and accessibility.5
- 🔹Section 5 : Intelligent Parking and Vehicle ManagementGoal: Understand how automation can be applied to parking systems. Students will create a model that detects vehicles and controls parking gates, demonstrating the principles behind modern smart parking solutions.3
Instructor
