However, the programme is not solely focused on the "what" of climate science, but also the "how." A central pillar of the NZPS philosophy is the recognition that the process of conducting environmental research must itself be sustainable. Historically, polar expeditions have required significant carbon footprints, involving long-haul flights, diesel-powered research vessels, and energy-intensive field camps. The NZPS is determined to break this cycle.
Dr. Sammie Buzzard, a member of the NZPS Leadership Team at Northumbria University, emphasizes that the programme is designed to minimize its own environmental impact. According to Dr. Buzzard, the initiative focuses on reducing the impacts of the science to ensure that the pursuit of knowledge does not inadvertently contribute to the problem of climate change. This commitment to "green research" involves a radical rethinking of traditional methodologies.
The researchers will leverage cutting-edge technologies to gather data more efficiently and with fewer emissions. This includes the deployment of autonomous drones for aerial surveys, the application of machine learning to process vast quantities of satellite imagery, and the use of advanced modeling and "digital twins"—virtual replicas of physical environments that allow scientists to run simulations without the need for constant physical presence in the field. Additionally, the programme encourages the re-use of existing datasets and explores ways to power remote scientific equipment using renewable energy sources, such as wind and solar power adapted for extreme cold.
This technological focus serves a dual purpose. While it makes the research more sustainable, it also equips the PhD candidates with the exact skills currently in high demand across the private sector. The transition to net zero requires professionals who are as comfortable with data science and robotics as they are with traditional environmental monitoring. By integrating these tools into the doctoral training, the NZPS is ensuring that its graduates are ready to lead in a variety of industries, from renewable energy development to environmental consultancy.
The bridge between academia and industry is perhaps the most distinctive feature of the NZPS programme. Each of the 49 researchers will undertake a funded work placement with one of the programme’s 42 industry partners or external organizations. These partners represent a diverse array of sectors, all of whom are grappling with their own net-zero challenges. During these placements, researchers will apply their specialized expertise to solve real-world problems, ensuring that their academic work has immediate practical utility.
