Applied Geosciences – Field-Based Geosciences (FBG) (MSc)

This stream is one of five specializations within the MSc Applied Geosciences (the others are Applied Mineralogy & Crystallography — AMC, Computational Geology & Geophysics — CGG, Energy & Mineral Resources — EMR, and Geoengineering — GIN). The Field-Based Geosciences option emphasizes hands-on, practice-oriented training that links core geological science to real-world applications. It blends classical field methods with contemporary tools so graduates can tackle complex problems encountered in both research and industry.

A central element of the stream is an extended field camp where students carry out geological mapping, structural analysis and detailed field documentation. The camp also trains students in planning and logistics, safety procedures, teamwork and professional conduct in remote field settings, helping them become confident, independent fieldworkers. Classroom and laboratory work reinforce these skills with theory, analytical techniques and data interpretation.

Laboratory courses and data-focused modules provide a rigorous theoretical foundation and build analytical competence. Students are also introduced to modern geospatial and surveying methods—such as drone-based surveying, satellite remote sensing and digital mapping—which are integrated into both field and classroom exercises. Graduates are well positioned for careers in academic research, resource exploration, environmental consulting and natural-hazard assessment thanks to this combination of field experience, scientific depth and technical skills.

Key facts & application notes

• Stream: Field-Based Geosciences — one of five MSc Applied Geosciences streams (AMC, CGG, EMR, FBG, GIN)
• Language of instruction: English
• Core components: extended field camp (mapping, structural analysis, field documentation), lab courses, data interpretation
• Modern techniques taught: drone-based surveying, satellite remote sensing, digital mapping
• Skills developed: geological mapping, structural analysis, field planning and safety, teamwork, independent fieldwork, analytical interpretation
• Typical career paths: research, resource exploration, environmental consulting, natural-hazard assessment
• Application requirements and entry details: not specified in this description — consult the university’s official admissions pages for academic prerequisites, language-proficiency expectations, application deadlines, visa and funding information
• Practical note for international applicants: the program includes intensive fieldwork and work in remote environments, so expect outdoor field activities and associated logistical considerations (equipment, travel, physical demands) — check the program page for exact field-camp arrangements and preparation guidance.

Curriculum overview

You can download the most recent, official course curriculum for this MSc at the bottom of the program page here: https://www.fgeo.rwth-aachen.de/cms/geowissenschaften-und-geographie/Studium/Studiengaenge/Master-courses-of-study/Angewandte-Geowissenschaften/~cajo/Kurzprofil-des-Studiengangs/lidx/1/.

This master’s programme is explicitly field-based, so the curriculum is organised to support hands-on, applied geoscience training. The downloadable document contains the up-to-date module list, the programme structure and the stated learning outcomes that guide course sequencing, assessment and the master’s thesis.

What you will learn (high level)

• Practical, field-oriented competencies central to applied geosciences (field data collection, in-situ observation and interpretation) are emphasised throughout the course.
• The programme’s learning outcomes focus on the ability to integrate field results with scientific methods to solve real-world geoscientific problems, to analyse and present data, and to carry out independent research culminating in a master’s thesis.
• Coursework and practical components are arranged to progressively develop technical skills, critical thinking and professional readiness for careers in research, industry or environmental practice.

Quick actions / where to find requirements

• Download the current curriculum PDF from the page linked above (file is located at the end of that page).
• Consult the downloaded document for the detailed module list, credit (ECTS) breakdown, and formal learning outcomes.
• For admission requirements, application deadlines, language prerequisites and enrolment procedures, contact the programme’s admissions office or consult the university’s central admissions pages linked from the same site.

Graduates are prepared for technical and scientific roles that require advanced field skills and modern geoscientific techniques. Typical career paths include positions in resource exploration (mining, hydrocarbon and mineral sectors), environmental and geotechnical consulting, and natural hazard assessment. The programme's emphasis on field mapping, remote sensing and digital data interpretation also suits careers in governmental geological surveys, environmental agencies and NGOs.

The strong methodological and analytical training supports entry to research roles and further academic study (PhD). Practical competencies—field safety, project planning, teamwork, and the use of drones and GIS—make graduates competitive for industry roles that demand independent fieldwork and integrated lab-to-field data workflows.