INFORMATION TECHNOLOGY PROGRAMS
Level 4 Diploma in Internet of Things (Smart Home)
Build the Future—Automate, Connect, and Control Smart Living
Course Overview
The Level 4 Diploma in Internet of Things (Smart Home) is a specialised qualification designed for learners who wish to gain technical and practical expertise in smart home technologies and IoT (Internet of Things) systems. This programme provides a strong foundation in installing, integrating, and developing IoT-enabled smart home environments, covering networking, wiring, embedded systems, app development, and full-system integration.
Learners will gain hands-on experience with industry-relevant tools and technologies, preparing them for careers in the fast-growing smart home and IoT sector. The course is ideal for aspiring smart home engineers, IoT technicians, and systems integrators looking to bridge the gap between traditional electrical systems and intelligent, connected environments.
Entry Requirements
To enrol in the Level 4 Diploma in Internet of Things (Smart Home), applicants should meet the following criteria:
Must be aged 18 years or older.
A Level 3 qualification or equivalent experience in IT, electronics, or related fields.
Non-native English speakers must provide evidence of English proficiency (IELTS 6.0 or equivalent).
International qualifications will be reviewed for UK equivalency.
Applicants are encouraged to provide at least one academic or technical reference.
Learners with relevant hands-on experience in engineering, electrical installation, or IT may also be considered under Recognition of Prior Learning (RPL).
Qualification Structure
To successfully achieve the Level 4 Diploma in Internet of Things (Smart Home), learners must complete all six mandatory units, earning a total of 52 credits.
Mandatory Units:
Network Device Installation and Debugging (Smart Home) – 12 credits
- Installation tools such as Ping, Traceroute
- Routing protocols such as static routes, RIP
- Appropriate network services such as DHCP, DNS, IIS
- Network debugging tools such as Wireshark, Tcpdump
- Network fault detection tools such as Ipconfig, Netstat, Route, SpeedtestNetwork planning and design
- Network integrated wiring
- Installation and debugging of switches
- Router installation and debugging
- Installation and debugging of network services
- Firewall installation and debugging
- Analysis and troubleshooting of network failures
- Network testing and acceptance
Integrated Wiring of Information Networks (Smart Home) – 8 credits
• Horizontal subsystem wiring system
• Management room subsystem
• Vertical room subsystem
• Equipment room subsystem
App End Application Development (Smart Home) – 8 credits
- Lifecycle methods such as onCreate, onStart, onResume
- System broadcasts such as network status, battery changes
- Common libraries such as OkHttp
- Implementation of multi-threaded code including like breakpoint continuation, thread
- management and synchronisation, download progress, and status management
- Basic architecture of the Android platform
Engineering (Smart Home) – 8 credits
- Designing IoT systems
- Installing and debugging IoT devices
- Networking the IoT system
- Edge computing in IoT systems
- Uploading IoT system data to the cloud
Embedded Technology Applications (Smart Home) – 8 credits
- Perform basic operations on embedded systems
- Using GPIO
- Using USART
- Using SPI
- Using I2C
- Using TIM
- Using ADC
- Using NVIC
- Using DMA
System Integration (Smart Home) – 8 credits
- IoT system integration
- Using digital communication interface
- Planning sensor system integration solutions
- Wireless communication network technology
- Using wireless identification technology
Total Credits: 52
Guided Learning Hours (GLH): 380
Total Qualification Time (TQT): 520
This modular design ensures learners develop cross-disciplinary knowledge—from physical infrastructure to mobile interfaces and embedded technologies.
Key Outcomes
Upon completing this diploma, learners will be able to:
Install and debug smart networking devices within residential and commercial environments.
Design and execute integrated wiring systems for data, communication, and control.
Develop front-end applications for smart home systems and connected devices.
Apply fundamental engineering concepts specific to smart home projects.
Understand and utilise embedded systems to drive automation and control.
Execute full system integration of various smart components for cohesive functionality.
Work independently or collaboratively in deploying intelligent home solutions.
Duration and Delivery
The programme is designed to be completed in approximately 6–9 months, depending on delivery mode and study pace.
Delivery methods may include:
On-campus or online instructor-led sessions
Lab-based workshops for device installation and debugging
Real-time webinars and virtual simulations
Project-based learning and self-paced study modules
Assessment and Verification
Assessment methods for this course are designed to simulate real-world IoT projects and installations. These may include:
Hands-on device installation and testing
Wiring design documentation
Mobile application interface development
Embedded system prototype presentations
Full system integration demonstrations
Project reports and reflective assessments