Research Fellow in Atmospheric Ice Nucleation

This is an exciting opportunity for an experienced experimental cloud and aerosol researcher to make a significant impact on our understanding of climate change. Join one of the world's leading atmospheric science institutes at the University of Leeds and contribute to cutting-edge research that addresses a critical uncertainty in global climate projections.

The Opportunity:

• Groundbreaking Research: Play a pivotal role in projects like M-Phase and IceSO, focused on reducing uncertainty in cloud-climate feedbacks. You will be at the forefront of investigating the properties of low-level oceanic clouds and the influence of aerosol particles, particularly in the Southern Ocean.
• Addressing Key Climate Science Questions: Contribute to solving a major challenge in climate modeling: the poor representation of supercooled liquid clouds and their impact on solar radiation. Your work will directly inform the development of more accurate climate models.
• Innovative Technology: Utilize and deploy the PINE (Portable Ice Nucleation Experiment), a novel mobile cloud chamber, for high-time resolution measurements in remote oceanic regions. This represents a significant advancement in our ability to study ice-nucleating particles (INPs).
• Collaborative Environment: Work alongside a distinguished team of researchers at the University of Leeds, including experts in electron microscopy, global aerosol modeling, and cloud modeling. You will also collaborate with esteemed partners at CSIRO.
• Career Advancement: Further your career in a world-leading atmospheric science institution, with opportunities to deepen your expertise in experimental cloud and aerosol research and its application to climate science.

Key Considerations for Candidates:

• Expertise Required: A strong background in experimental cloud and aerosol research is essential for success in this role.
• Location and Flexibility: The position is based on the university campus, with the potential for a hybrid working arrangement. The university is also open to discussing flexible working options.
• Visa Sponsorship: This post may be suitable for sponsorship under the Skilled Worker visa route, though first-time applicants might need to meet specific salary requirements.
• Contribution to Global Impact: This role offers the chance to contribute to research with global implications, addressing fundamental questions about Earth's climate.

What You Can Expect:

The University of Leeds offers a comprehensive benefits package designed to support your well-being and professional growth. This includes:

• Generous annual leave of 26 days, plus approximately 16 additional days off (bank holidays and university closure days), totaling around 42 days per year.
• A substantial pension scheme with life assurance.
• Access to excellent health and wellbeing facilities, including discounted membership at "The Edge," a state-of-the-art campus gym.
• Opportunities for personal development through courses offered by the Organisational Development & Professional Learning team.
• Convenient on-site amenities such as childcare facilities, shopping discounts, and travel schemes.

This position presents a unique chance to contribute to vital climate research while developing your career in a supportive and rewarding academic environment. If you are passionate about atmospheric science and possess the required expertise, this opportunity is well worth exploring.