Research Fellow in Climate and Hydrological Impact Modelling

Coventry University; Coventry; On-site; GBP 35,000 - 45,000; Full time

Benefits offered by this job

New Holiday Purchase Scheme up to 5 additional days

50% off Tuition Fees for staff dependants

CU Reward Scheme – Discounts across various retailers

Job summary

An esteemed educational institution in Coventry is seeking a highly motivated Research Fellow in Climate and Hydrological Impact Modelling. The role involves leading research development, contributing to impactful projects, and engaging in curriculum enhancement. Applicants should have a PhD in climate or hydrological sciences or equivalent experience, alongside expertise in hydroclimate and programming languages like R and Python. Competitive benefits and the opportunity for collaboration await successful candidates.

Qualifications

• PhD in climate or hydrological sciences, or equivalent professional experience.
• Ability to carry out independent research.
• Advanced knowledge of R, Python and high-level programming languages.

Responsibilities

• Lead the development of impactful research in climate and hydrological studies.
• Identify new research objectives and proposals.
• Contribute to teaching and curriculum development using research findings.

Skills

Hydroclimate expertise

Climate and hydrological modelling

Computer programming (R, Python)

Research development skills

Collaborative research experience

Education

PhD in climate or hydrological sciences

1st Class/2.1 Degree

Job description

Research Fellow in Climate and Hydrological Impact Modelling

Join to apply for the Research Fellow in Climate and Hydrological Impact Modelling role at Coventry University

This range is provided by Coventry University. Your actual pay will be based on your skills and experience — talk with your recruiter to learn more.

The Role

As a Research Fellow within the Centre for Agroecology, Water and Resilience (CAWR) you will undertake and play a lead role in the development of impactful research and consultancy activity. Developing and identifying new research objectives, proposals, and impact activities for your own or joint research, while contributing to REF impact rated nationally/internationally excellent.

You will apply innovative research methods and extend the research portfolio including the publication of your research results and outcomes. Building internal and external networks for the exchange of information and future collaboration, sharing information, and identifying potential sources of funds will play a key part of this role.

Contributing to teaching, learning and development programmes as appropriate, you will use research findings to inform curriculum development while assisting in the development of student research skills.

Qualifications Required

PhD in climate or hydrological sciences, or professional experience equivalent to a PhD demonstrating an ability to carry out independent research with a 1st Class/2.1 Degree in PhD in climate or hydrological sciences.

Our Successful Candidate

We are looking for a highly motivated and experienced Research Fellow with demonstrable expert knowledge and understanding of hydroclimate, climate and hydrological modelling, computer programming – including experience contributing to the innovation and development of the field. An advanced knowledge of research methods and techniques with demonstratable adherence to all regulations, you will have the ability to develop research objectives, projects, and proposals for own and joint research.

Research sufficient to write up research and produce excellent, high-quality publications in high profile peer reviewed journals and present at national/international events, you will be committed to working collaboratively on research development, delivery and dissemination including interdisciplinary or cross‑disciplinary research, public engagement, and knowledge exchange.

You will have previous experience of active involvement in research at university level, with advanced knowledge of research methods and techniques used in climate and hydrological sciences (e.g., advanced knowledge of R, Python and other high‑level programming languages, advanced knowledge of climate and hydrological modelling).

Benefits

• New Holiday Purchase Scheme up to 5 additional days
• 50% off Tuition Fee’s for staff dependants
• CU Reward Scheme – Discounts across a range of High Street/ Online Retailers

Our Culture

As a global Education Group, equality, diversity, and inclusion are embedded within the fabric of our organisation and are a key focus of our core values. We harness the power and potential of the diverse cultures, backgrounds, abilities, and experiences of our students, colleagues, and partners to create opportunities for all.

We look forward to hearing from you!