Assistant Professor in Carbon Capture

The position of Assistant Professor in Carbon Capture requires a senior-level academic professional with a doctoral degree, indicating a high level of expertise and rigorous educational background in relevant fields such as chemical engineering, environmental science, or related disciplines. The role demands extensive knowledge of carbon capture technologies, including but not limited to post-combustion, pre-combustion, and oxy-fuel combustion capture methods. A deep understanding of carbon capture materials, such as amines, metal-organic frameworks, and membranes, as well as process design and optimization, is essential. The candidate should be proficient in experimental research and data analysis, with experience in pilot-scale or industrial-scale carbon capture systems. Familiarity with modeling and simulation tools to evaluate carbon capture processes and their integration with power plants or industrial facilities is important. Additionally, expertise in the environmental impact assessment and life cycle analysis of carbon capture technologies will be valuable. The role also requires the ability to contribute to academic research through publishing in peer-reviewed journals, securing research funding, and supervising graduate students. Strong communication skills to teach undergraduate and graduate courses related to carbon capture, climate change mitigation, and sustainable energy systems are necessary. Collaboration with industry partners and interdisciplinary teams to advance carbon capture innovations and policy implications is expected. Overall, the candidate should demonstrate leadership in advancing carbon capture science and technology through research, education, and outreach activities.