University of Leeds Climate and Atmospheric Science MRes
University of Leeds

University of Leeds

Climate and Atmospheric Science MRes

Leeds, United Kingdom

Master degree

English

Full time

Aug 2026

Key Summary

About: The Climate and Atmospheric Science MRes at the University of Leeds trains students to tackle the climate crisis with physical science, quantitative data analysis, machine learning, and research methods. The 12 months programme focuses on independent research, experimental fieldwork, atmospheric chemistry, air quality and climate extremes, plus scientific communication and state-of-the-art facilities in the School of Earth and Environment.

Career Outcomes: Graduates enter roles in industry, government, or academia: climate research, atmospheric monitoring, air quality management, consulting, data science, or PhD study. Employers value field experience, modeling, quantitative skills and scientific communication; the MRes boosts employability and PhD readiness.

The Climate and Atmospheric Science Masters by Research (MRes) at the University of Leeds is designed for those passionate about tackling the climate crisis. This programme equips students with essential knowledge and skills to become effective scientists in the field. It offers a comprehensive grounding in physical science, data analysis, and research methodologies, alongside practical and communication skills. Students will explore key research areas such as air quality, climate extremes, and atmospheric chemistry, with a strong emphasis on quantitative data analysis and experimental fieldwork.As an MRes, the programme focuses heavily on research projects, allowing students to pursue their interests and enhance their employability. The course is delivered over 12 months, with a blend of compulsory and optional modules tailored to individual career aspirations. Students will engage in hands-on learning through fieldwork and access to state-of-the-art research facilities.The School of Earth and Environment, home to leading research centres, provides an active learning environment where students can collaborate with experts. The curriculum includes advanced data analysis, machine learning, and scientific communication, preparing graduates for careers in industry, government, or academia. The programme also serves as an excellent foundation for those considering a PhD.Students will benefit from a supportive academic community, with opportunities to present research at conferences and engage in seminars. The course structure is designed to foster independent research skills, ensuring graduates are well-prepared for the challenges of climate and atmospheric science careers.

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