Chemistry & Physics

Geophysiker/in

You explore the physics of the Earth's interior and use data for resources and safety.

Geophysiker/in

01 · Overview

What this profession is about

Geophysiker/in examine the structure and processes of the Earth to find resources and reduce risks.

The Earth is not a rigid body, but a dynamic system. Geophysiker/in use this dynamic nature to their advantage. You analyze the planet's interior using physical and mathematical methods. Your knowledge helps to develop energy sources, plan construction projects, or predict natural hazards. You combine science with practical application. This contributes to safety and sustainability.

FieldChemistry & Physics
Education pathHigher Education Profession
IndustryNature & Environment
Swissdoc 0.160.38.0

02 · Salary

What you can earn

No verified Swiss salary data is available for this profession yet.
Salaries reflect Swiss market data. Range covers entry to senior. Salary reference based on Geophysiker/in.

Salary by experience

100k150k200k250k70k72k96k108k240k0-2 yrs3-5 yrs6-8 yrs9-11 yrs21+ yrs
View as table
ExperienceSalary (CHF)
0-2 yrsCHF 70'000
3-5 yrsCHF 72'000
6-8 yrsCHF 96'293
9-11 yrsCHF 108'000
21+ yrsCHF 240'000

Salary trend

+28% over decade
70k80k90k100k80k72k102k2014-20162020-20222023-2025
View as table
PeriodSalary (CHF)
2014-2016CHF 80'000
2020-2022CHF 72'000
2023-2025CHF 102'146

03 · Pathway

How to enter and grow

Swiss training pathway available in the full profile

  • 🎓 Master Geophysik

Official education path

You enter the field through a university Master's degree in Geophysics or related subjects.

Typical training path

Master Geophysik

Prerequisites

  • Master Universitäre Hochschule

04 · Skills & fit

What it takes

Required skills

  • Analytical thinking
  • Mathematical skills
  • Technical affinity
  • Interdisciplinary breadth

Personality fit

  • Swiss career path
  • Career transition
  • Professional growth

05 · Daily reality

What the work feels like

Typical day

You sit at your computer and analyze seismic data to map the conductivity of the ground. You then discuss the results with engineering teams for a new tunnel project.

  • You analyze physical processes in the Earth's interior and in the temperature field.
  • You map the Earth's gravity field and magnetic field.
  • You evaluate seismic waves to record earthquakes.
  • You examine the conductivity of the soil for construction projects.
  • You research underground pollutants and use geothermal energy.
  • You work with satellite data to study the atmosphere.
  • You advise engineering offices on planning tunnel drilling.

Working conditions

You work in engineering offices, research institutes, or public administrations. Your workplace shifts between the lab, the office, and the field.

Strengths

  • Analytical thinking
  • Mathematical skills
  • Technical affinity
  • Interdisciplinary breadth

Trade-offs

  • Fieldwork in the terrain
  • Handling large amounts of data
  • Academic pressure
  • Safety risks

06 · Similar

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