BSc Earth and Planetary Sciences

Here’s how the BSc (Hons) Earth and Planetary Sciences degree at the University of Manchester immerses you in hands‑on learning from day one—right through to an independent research project in your final year. You’ll develop skills through real scientific practice: working in cutting‑edge labs, applying field techniques across the UK and abroad, using advanced analytical tools, and collaborating with expert researchers.

You’ll learn practical science skills through lab experiments, field mapping, data modelling and professional software. From the Earth’s formation to present-day climate systems, you’ll analyse samples in high‑precision isotopic labs, prepare sediments, interpret planetary materials, and work on real research questions alongside faculty. Field trips bring classroom learning into diverse landscapes—from Scotland’s geology to German impact craters—and you’ll gain experience in team projects, communication, and environmental problem-solving:

Here’s how experiential learning comes to life in this program:

• State-of-the-art Analytical and Cosmochemistry Laboratories: Access Manchester’s Advanced Isotope Geochemistry and Cosmochemistry Suite, including noble gas mass spectrometers such as RELAX, RIMSKI, HELIX MC, VG 5400, plus LA‑ICP‑MS instruments—all used for isotope geochemistry, Ar‑Ar dating, and trace-element analysis of Earth and extraterrestrial samples.
• Clean-Room and Sample Preparation Facilities: Benefit from class‑100 wet‑chem labs, laminar flow hoods, glove boxes, preparation labs and imaging labs for handling and analysing minute geological and planetary materials.
• Additional Analytical Equipment: Through affiliated centres such as the Williamson Research Centre and Experimental Petrology labs, you can use QEMSCAN, ESEM, EPMA, GC‑MS, Raman, FTIR and NanoSIMS for materials characterisation.
• Practical Tutorials and Lab Sessions: Teaching sessions include microscopy labs, sediment sample prep, spectroscopy, XRF/ICP‑MS analyses, and hands‑on quantitative data extraction, applying lab theory to real rocks and sediments.
• Field Trips Across the UK and Abroad: Mandatory and optional fieldwork includes sites like the Peak District, Barrême in France, Ries impact crater in Germany, Sicily, Tenerife, the Isle of Wight and more—equipping you with geological mapping, sampling, and environmental investigation skills in real-world settings.
• Software, Modelling & Computational Tools: Coursework emphasises geological environment modelling, interpretation of three‑dimensional datasets, and numerical analyses using programming tools as part of your "Natural Scientist’s Toolkit" and core practical skills modules.
• Final-Year Research Project: In your third year, you complete an independent research dissertation focused on your chosen pathway (e.g. Planetary Science). You'll apply professional-level data analysis tools and potentially contribute to genuine research outcomes within the department.
• Internships and Industrial Experience: The department supports competitive internships and study‑abroad placements, and students often gain summer research roles (e.g. Juneau Icefield Programme) or placements with industry partners like environmental consultancies and resource companies.
• Integration with Departments & Museums: Your studies are supported by interdisciplinary resources—including access to the Manchester Museum’s geological collections and research collaboration across Earth & Environmental Sciences and Physics/Astronomy faculties.

Graduates of the University of Manchester’s BSc (Hons) Earth and Planetary Sciences are highly employable, moving into roles such as geoscientist, environmental consultant, data analyst, energy sector specialist, and science communicator, with opportunities in sectors including energy, public policy, environmental consultancy, and education. Many alumni also pursue MSc or PhD studies in planetary science, geology, or related fields, supported by the university’s strong research culture and global collaborations.

Here’s how the University of Manchester specifically supports your future:

Career Services & Experiential Learning:
The program combines core Earth sciences with planetary science modules, covering topics like solar system formation, climate science, and sustainable resource management. Students develop practical skills in fieldwork (including UK and international trips), data analysis, and computational modeling (Python, GIS). In the final year, an independent research project under faculty supervision hones investigative and analytical abilities. The university’s Careers Service offers tailored support, including internships with organizations like Shell, Atkins, and the Met Office, and networking events with industry leaders.

Industry Partnerships & Research:
Manchester’s Department of Earth and Environmental Sciences ranks among the UK’s top 10 and collaborates with institutions like NASA, ESA, and the UK Space Agency. Students engage with cutting-edge research, including projects linked to the James Webb Space Telescope and climate change initiatives. The university’s Living Lab program connects students with real-world sustainability challenges through industry partnerships.

Accreditation:
The program is accredited by the Geological Society of London, ensuring it meets professional standards and provides a pathway to Chartered Geologist (CGeol) status.

Graduate Outcomes:
Graduates acquire skills in 3D data analysis, problem-solving, and teamwork, valued by employers like KPMG, RSK, and the Environment Agency. The program aligns with UN Sustainable Development Goals (e.g., climate action, clean energy), enhancing relevance to global challenges.

Further Academic Progression:
Students can progress to Manchester’s MSc programs in planetary science, environmental geoscience, or related fields. The degree also prepares for PhD research or roles in academia, supported by the university’s research excellence and industry networks.