My research focuses on optimising and implementing circular design of structural systems in Aotearoa New Zealand, while considering engineering principles and indigenous cultural influences—particularly mātauranga Māori.

I believe that te ao Māori views and insights into sustainable, holistic design practices, deeply rooted in the whenua (land) and its tangata (people), may offer important data points that honour the cultural heritage of Aotearoa.

A key aspect of my research is revolutionising decision-making processes for designers and fabricators. I aim to do this by integrating hybrid multi-objective optimisation techniques, multi-criteria decision-making methods, and advanced data science. This innovative approach empowers decision-makers to prioritise engineering, sustainability, and cultural considerations—including those relevant to the indigenous community.

Beyond this, my contributions extend to HERA’s welding projects, where I am applying cutting-edge optimisation techniques and AI methodologies to transform welding design processes. My goal is to enhance efficiency and effectiveness in welding design, setting new industry standards.

Outside of this research, I aspire to an academic career and am actively mentoring undergraduates and postgraduates in their own research, including structural steel design. I also contribute to courses on software programming and construction management. Additionally, I’m leading the development of a new AI course at the University of Waikato, titled “AI Applications for Engineering,” which will be the first of its kind at the university, designed for both students and industry professionals with a focus on engineering.

Parsa’s recent kōrero