2.3  Smart building  implementation

TimTech House, PSA – A Smart Building Initiative

TimTech House at Politeknik Sultan Salahuddin Abdul Aziz Shah (PSA) can be considered a smart building prototype developed to showcase sustainable and intelligent building technologies. The house integrates KNX automation systems, enabling centralized control of lighting, temperature, and energy usage through smart sensors and programmable devices.

The building materials used include chipboard panels, reflecting PSA’s commitment to sustainability by incorporating recycled and eco-friendly materials in construction. This approach aligns with the SmartGreen and sustainable campus initiatives promoted within the institution.

The history of TimTech House dates back to PSA’s efforts to integrate technical innovation, sustainability, and smart technology into its teaching and learning environment. It was developed by the Department of Mechanical and Electrical Engineering in collaboration with students and lecturers, aiming to provide a hands-on platform for research, training, and demonstration of smart building systems.

Today, the TimTech House functions as a living laboratory, allowing students to experiment with building automation, energy management, and green technology concepts — supporting PSA’s broader vision of becoming a Smart and Green Polytechnic.

Advantages and Functions of the TimTech PSA

The TimTech House at Politeknik Sultan Salahuddin Abdul Aziz Shah (PSA) offers several advantages as a model of smart and sustainable building innovation. Designed with KNX smart automation systems and constructed using chipboard-based eco-friendly materials, the building represents PSA’s commitment to integrating green technology and smart infrastructure in education.

Advantages:

1. Smart Building Demonstration
   The TimTech House showcases the application of intelligent control systems such as automated lighting, energy efficiency management, and real-time environmental monitoring, reflecting modern smart home and building technologies.
   
   

2. Sustainable Design
   The use of chipboard materials promotes sustainable construction practices by utilizing recycled and renewable resources, aligning with PSA’s SmartGreen campus initiative.
   
   

3. Educational Platform
   It functions as a living laboratory where students and lecturers can conduct experiments, training, and research related to building automation, energy efficiency, and green technology.
   
   

4. Innovation and Industry Exposure
   The house serves as a platform for innovation and technical showcase, allowing students to apply classroom knowledge to real-world applications through project-based learning.
   
   

Functions for Visitors and Delegations:

• Official Visits and Delegation Showcases:
  The TimTech House acts as a demonstration site for local and international visitors, government agencies, and industry representatives to experience PSA’s smart building initiatives firsthand.
  
  

• Public Awareness and Education:
  It serves as an educational resource center that raises awareness about the importance of sustainable living and smart technology integration in modern buildings.
  
  

• Collaboration and Research Hub:
  The facility encourages collaborative projects between PSA, industries, and educational institutions, promoting knowledge exchange in the fields of smart systems and green innovation.