Pusat Pengajian Perumahan, Bangunan & Perancangan | School of Housing, Building and Planning | ![]() |
Strategically foster best practises in conserving cultural heritage
To transfer advance knowledge, skills and practical solutions throughtransdisciplinary approaches.
To embrace advanced technologies in construction through research, consultancy, teaching and training endeavors
To be the focal of knowledge and experts in construction digital transformation
Championing the acceleration of construction digital practices
Capacity Building: Enhance the skills and knowledge of local communities, government agencies, and stakeholders in disaster risk management through targeted training and workshops
Community Engagement: Foster active participation and collaboration among communities, NGOs, and government bodies in disaster preparedness and response activities
Research and Innovation: Support research initiatives that focus on innovative solutions for disaster risk reduction, leveraging technology and scientific advancements
Policy Advocacy: Advocate for the integration of disaster risk reduction strategies into national and local policy frameworks, ensuring a coordinated and comprehensive approach (develop our own Disaster Prevention Urban Development Plan/Policy – engage with government)
Emergency Response Planning: Develop and regularly update emergency response plans that outline clear roles, responsibilities, and procedures for effective disaster response (engage with uniform body handling disaster risk response)
To be a national leader in disaster risk reduction, transforming the way societies anticipate, mitigate, and adapt to natural disasters, ensuring a safer, more sustainable future for all.
To empower communities and safeguard lives by integrating cutting-edge expertise and innovative technologies in disaster risk management, fostering resilience and proactive preparedness against natural hazards.
To enhance energy efficiency and green technology in buildings through thoughtful design principles and innovative solutions
Transforming Transdisciplinary Research and Education for a Low Carbon Built Environment
HBP through the Energy Efficient Building and Design Cluster is pioneering in transdisciplinary research focusing on decarbonizing the built environment throughout the life cycle in achieving zero-energy buildings.
To serve as a global centre of reference for innovative construction materials and technology.
To foster talent development in advanced material ideation, design, engineering, and validation for building and infrastructure construction applications.
To create a tangible impact on the construction industry by translating knowledge on current advances in the science and engineering of building and infrastructure materials through
networking and linkages.
To be a platform for the university's researches to collaborate towards achieving research excellence in
sustainable construction materials and technology for the betterment of society, the economy, and the environment
Fostering impactful research and innovation in
construction materials and technology for promoting
environmental sustainability, carbon reduction and
resource efficiency
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To advance impactful transdisciplinary research that enhance communities’ quality of life & well-being.
Propose environmental interventions and policies to enhance liveability, fostering a more resilient living environment that contributes positively to the wellbeing of diverse populations.
Provide consultancy service/training to stakeholders (e.g. local government, industry, communities and the public) in addressing emerging challenges in societal resilience and placemaking.
To advance impactful transdisciplinary research that enhance communities' ability to adapt, recover, and thrive in the face of diverse challenges. Focusing on proactive strategies, the cluster aims to identify and develop resilience-environment interventions, social innovation, and policy solutions to create a more resilient and interconnected society.
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Livability and wellbeing
Crime prevention
Safety
Public health
Restorative environment
Conducive environment (esp. children, elderly, OKU, women)
Natural disaster mitigation through design
Flood mitigation
Earthquake and tsunami
Global warming
Earthquake and tsunami
School of Housing, Building and Planning,
Universiti Sains Malaysia,
11800 USM, Penang
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