Senior Research Fellow in Ice Sheet Altimetry

Senior Postdoctoral Research Fellow in Ice Sheet Altimetry: A Leading Opportunity at the UK Centre for Polar Observation and Modelling (CPOM)

This is an exceptional opportunity for an experienced and highly motivated researcher to step into a pivotal technical leadership role within the UK Centre for Polar Observation and Modelling (CPOM) at Lancaster University. If you are passionate about ice sheet dynamics, satellite altimetry, and driving high-impact research, this position offers a significant platform for career advancement and contribution to global climate science.

As the technical lead for land ice altimetry activities at CPOM, you will be instrumental in shaping the future of polar research. This role is designed for an individual with a proven track record and a vision for impactful scientific delivery.

Key Advantages for Aspiring Candidates:

• Technical Leadership and Innovation: Take the helm in developing and implementing cutting-edge satellite altimetry processing capabilities within CPOM's established workflows. This is your chance to pioneer new methods and push the boundaries of polar observation.
• Strategic Influence: Play a crucial role in the strategic planning of the group's future research directions. You will have the opportunity to define world-leading research agendas and contribute directly to securing vital funding, ensuring the sustained growth and impact of CPOM.
• Impactful Research Delivery: Be at the forefront of producing high-impact research that contributes significantly to our understanding of ice sheets and their role in the global climate system.
• Mentorship and Development: Gain valuable experience in supervising and mentoring junior researchers and postgraduate students. This is an excellent opportunity to hone your leadership skills and foster the next generation of polar scientists.
• Collaborative Environment: Join a dynamic, friendly, and supportive research group at Lancaster University, teeming with PhD students, post-doctoral researchers, and senior academics. This fosters a rich environment for professional growth and scientific exchange.
• National and International Impact: CPOM is a cornerstone of the UK's polar satellite observation capabilities, working in close partnership with the British Antarctic Survey (BAS). You will also engage with leading space agencies like the European Space Agency (ESA) on critical missions (e.g., CryoSat-2, Sentinel-3, CRISTAL), placing your work at the international forefront.
• Career Progression: This role offers a clear pathway for career development within a leading polar research institution, providing opportunities to build a strong reputation and expand your research network.

Key Considerations for Candidates:

• Experience Requirement: Candidates are expected to possess a PhD and significant postdoctoral experience specifically in ice sheet altimetry. A deep understanding of satellite data processing and analysis in this domain is essential.
• Research Management: The position involves the day-to-day management of processing chains and dataset production. Strong organizational and project management skills will be vital for success.
• Funding Acquisition: A proactive approach to securing future funding is a key responsibility, requiring an understanding of grant writing and research proposal development.
• Contribution to Departmental Activities: While the primary focus is on research, the role may also involve contributing to wider departmental activities, such as undergraduate teaching, offering a chance to broaden your academic experience.
• Fixed-Term Contract: While the position is described as indefinite with an end date, candidates should note the specific nature of this appointment.

This Senior Postdoctoral Research Fellow position is more than just a job; it's an invitation to lead, innovate, and contribute to critical climate research. If you are ready to make a significant impact in the field of ice sheet altimetry, we encourage you to explore this compelling opportunity.