Dr Amir Jahanbakhsh

Dr Amir Jahanbakhsh is a Research Fellow and Programme Manager at the Research Centre for Carbon Solutions (RCCS) at Heriot-Watt University. Amir holds a PhD in Petroleum Engineering, with a focus on the physics of multiphase flow in geological formations. With a strong background in reservoir engineering and a deep understanding of complex subsurface processes, his research focuses on geological CO₂ storage as a permanent and safe solution. Additionally, his work advances subsurface energy storage (e.g., hydrogen storage) to support a just energy transition.

Since Amir joined RCCS in 2016, he has been involved in managing large multinational multidisciplinary consortium projects across the CCUS value chain, sponsored by European Research Council, UKRI, EPSRC, ACT & RMI, demonstrating his expertise in managing large-scale, multidisciplinary initiatives. His contributions have not only resulted in impactful research outputs but have also strengthened global collaborations. His awarded projects, such as those funded by UKCCSRC and EPSRC-IDRIC, reflect the trust and recognition he has earned within the field.

Beyond his research, Amir is committed to education and outreach. He has mentored postgraduate students through their master’s and PhD theses, fostering a new generation of researchers equipped to tackle challenges in energy and sustainability. Additionally, he has shown a passion for bringing science to the public through various outreach activities, bridging the gap between complex research and public understanding. He has been voluntarily serving as an advisor at Heriot-Watt Net-Zero Society. His dedication to public engagement highlights his commitment to inspiring future scientists and influencing energy policies to support a sustainable transition. Through these efforts, Amir continues to be a prominent advocate for advancing research that addresses global challenges and benefits society as a whole.

Programme Manager, PhD & Postgraduate Supervisor, Net-Zero Society Advisor

Physics of multiphase flow in porous media, subsurface processes including energy storage (H₂ storage), carbon capture and storage, CO₂ flow measurement (metering).