Build the Homes of the Future
Welcome to the Smart Home Technology Bootcamp, where learners explore how modern homes are powered by intelligent systems and automation.
In this programme, students will design and build smart home solutions using sensors, automation logic, and electronic systems. From motion detection to smart lighting, learners will gain practical insight into how technology enhances everyday living.
This bootcamp equips learners with the skills to think like future engineers and designers in a rapidly evolving digital world.
COURSE OVERVIEW
The Smart Home Technology Bootcamp introduces learners to the world of automation, smart devices, and Internet of Things (IoT). Learners will explore how modern homes use technology to improve efficiency, security, and convenience, and will design their own smart home solutions.
By the end of the course, learners will understand smart home systems, learn basic coding for automation, and work with sensors and smart devices. They will also be able to design and build a smart home prototype and present a functional smart solution.
LEARNING OBJECTIVES
What Students Will Learn
We explore smart home technology, coding, and automation while building problem-solving, innovation, and real-world design skills.
1. Fundamentals
Understand smart home technology and the concept of IoT (Internet of Things).
2. Real world Skills
Identify real-life problems that smart home systems can solve.
3. Problem Solving
Understand how smart systems detect and respond to changes in their environment.
4. Logical Thinking
Learn basic coding concepts used in automation.
5. Build Projects
Understand how the “brain” (control systems) of smart technologies operates.
ACTIVITIES
Hands-On & Engaging Activities
Interactive activities that make learning fun, practical, and meaningful.
1. Problem Board
Identify smart devices and real-world problems through discussions and activities such as a “Smart Home Problem Board.”
2. Idea Generation
Explore and demonstrate how sensors work, including matching sensors to real-world applications.
3. Tech Problem Hunt
Build simple input–output systems and simulate smart automation using basic coding logic.
4. Interactive Program
Develop a smart home prototype by combining sensors, outputs, and microcontroller programming.
5. Smart home design plan
Test, debug, and refine the prototype while creating a final smart home design plan or model.
MODULE STRUCTURE (10 SESSIONS)
Learning Content:
- What is a smart home?
- Examples: smart lights, alarms, assistants
- Introduction to Internet of Things
- How devices communicate
Learning Content:
- Safety (alarms, sensors)
- Convenience (automation)
- Energy efficiency (smart lighting, temperature control)
Learning Content:
- What is a sensor?
- Types of sensors:
- Motion sensors
- Light sensors
- Temperature sensors
- Inputs vs outputs
Learning Content:
- Outputs (lights, buzzers, motors)
- How devices act based on input
- Smart automation examples
Learning Content:
- Introduction to block-based coding
- Logic:
- If / Then
- Events
- Conditions
Learning Content:
- What is a microcontroller?
- Introduction to Micro:bit or Arduino basics
- Connecting inputs and outputs
Learning Content:
- Combining sensors + outputs + code
- Planning a smart home system
Learning Content:
- Debugging hardware and code
- Fixing errors
- Improving automation
Learning Content:
- Designing a smart home layout
- Where to place sensors and devices
- User experience
Assessment Type:
Practical + Presentation
Task:
Each learner must:
- Present their smart home solution
- Demonstrate their working system
- Explain:
- The problem
- The smart solution
- How the system works (inputs → processing → outputs)
Assessment Criteria:
- Innovation & creativity
- Functionality
- Understanding of smart systems
- Presentation quality
🎓 Outcomes & Certification
Learners will receive:
- Smart Home Technology Bootcamp Certificate
Progression pathways:
- Robotics & Automation
- IoT & AI Development
- Engineering & Mechatronics
- Advanced Coding & Electronics
SKILLS DEVELOPED:
CRITICAL THINKING
ENGINEERING CREATIVITY
PROBLEM SOLVING
TECHNOLOGY CURIOSITY
10 sessions | 90 minutes each
Claremont / tygervalley
CONTACT / online
Enquire About This Bootcamp
Interested in this bootcamp? Send us an enquiry and our team will assist you.