Data and Artificial Intelligence (AI)
We’re leveraging cutting edge technologies in Data and Artificial Intelligence (AI) to drive sustainable innovation and accelerate the journey towards net-zero.
The Data and Artificial Intelligence (AI) theme within iNetZ+ harnesses the power of cutting-edge AI technologies and data analytics to drive progress across all other thematic areas. By employing advanced tools like machine learning, deep learning, and AI-driven simulations, this theme supports the creation of innovative, sustainable solutions essential for achieving net-zero goals. From enhancing CO2 storage modelling and accelerating materials discovery for the circular economy to enabling predictive models for transportation efficiency, the integration of AI transforms traditional approaches.
This theme underscores the transformative potential of AI to address complex challenges, improve resource efficiency, and reduce emissions, positioning iNetZ+ as a leader in sustainable innovation and a key contributor to the net-zero transition.
The Global Research Institute for Net Zero (iNetZ+) at Heriot-Watt University plays a pivotal role in fostering interdisciplinary research that addresses the most pressing environmental and societal challenges of our time. Through its innovative research themes, iNetZ+ encourages collaboration across our school-based institutes, integrating expertise from engineering, social sciences, and the natural sciences. This collaborative approach is further strengthened by partnerships with other global research institutes at Heriot-Watt, ensuring that our collective efforts push the boundaries of sustainable solutions for a net-zero future.
Related themes and projects

Decarbonising transport and logistics
By integrating agent-based modelling, data science, operations research, and behavioural change tactics, we'll develop an understanding and implement the necessary technological and operational shifts for new sustainable solutions.

Energy in buildings
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Harnessing green hydrogen
We're developing hydrogen production technologies, establishing new methods of transporting fuel and advancing storage solutions. Our researchers champion the use of hydrogen as a renewable energy source across industrial and domestic realms.