Researcher profile: Indriana Apriani
What’s driving design of new builds?
New Zealand’s growing population is changing the way we build homes. In urban areas, low-density, single-unit dwellings are making way for mid-rise buildings that can house multiple families. This shift is happening quickly, and it’s resulting in new building designs.
PhD Student Indri Apriani
Indriana Apriani is part of Associate Professor Rick Henry’s team at the University of Auckland that is studying the resilience of these new builds.
Indri’s project is looking at construction trends and drivers influencing design decisions. She’s hoping to create practical strategies that the building sector can adopt to enhance building resilience while at the same time reducing cost and environmental impact. Her PhD is funded through a Natural Hazards Commission University Research Programme grant.
In a short interview, she tells us about her passion for resilient engineering, which is deeply shaped by her experience growing up in Indonesia.
Q and A
What do you like most about your work?
IA: I’m particularly motivated by the opportunity to contribute to a more resilient future for New Zealand. By exploring construction trends and understanding how urban intensification policies are shaping the country’s housing landscape, this research allows me a unique opportunity to bridge the gap between engineering, policy, and community needs, addressing how residential buildings can be instrumental to enhance community resilient towards natural hazards.
Why is it important to invest in natural hazards research like yours?
IA: Investing in natural hazards research is essential for safeguarding our community and economy. By understanding the risks and developing effective mitigation strategies, we can significantly reduce the devastating impacts of natural disasters. Therefore, resilient housing is not only a matter of safety but also a key driver of economic stability, social well-being, and sustainable urban growth.
What is your personal experience with natural disasters, and how has it influenced your research?
IA: Before coming to New Zealand, I was involved in a post-disaster recovery effort in my home country, Indonesia, following 2018 Central Sulawesi multi-disaster (earthquake, tsunami, and liquefaction). This devastating event led to thousands of fatalities and left hundreds of thousands displaced in temporary shelters, struggling for years to regain their livelihood. Witnessing firsthand the immense suffering and destruction, I became aware critical role resilient infrastructure, particularly housing, plays in community recovery and resilience. This experience profoundly influenced my research and motivate me to contribute on creating a more resilient housing solution.
What are your ambitions for your research and career?
IA: Growing up in Indonesia, a country highly vulnerable to natural disasters, has deeply shape my career aspiration. As a researcher in structural engineering, I am driven by a passion for developing innovative solution that enhance community well-being through resilient infrastructure. I aspire to contribute to disaster risk mitigation, where I can apply practical solution from my research to address the challenge posed by future natural hazards.
What is your vision for a resilient New Zealand?
IA: A resilient New Zealand is one where communities, buildings, and infrastructure are prepared for the challenges of climate change and seismic risks. It means creating homes that are structurally sound, environmentally sustainable, and economically accessible. By integrating innovative design strategies, sustainable materials, and community engagement, we can ensure that future generations live in safer, stronger, and more adaptable environments.