Geotechnical engineers are master geologists and engineers combined in one profession. They understand the behavior and properties of soil, rock, and other materials that make up the earth. Geotechnical engineers typically work in the construction and infrastructure industries, and their primary responsibilities are to ensure the stability and safety of buildings, roads, bridges, tunnels, and other infrastructure projects through geotech engineering.
Geotechnical engineers often conduct site investigations and collect soil and rock samples to analyze the characteristics of the materials at the site. Based on the site investigation data, geotechnical engineers design foundations, retaining structures, and other components of the infrastructure project to ensure that they are safe and durable. They must assess the potential risks associated with the construction site, such as soil instability, landslides, and earthquakes, and design measures to mitigate these risks. Soil engineering plays a big role in a geotechnical engineer’s job.
In addition, geotechnical engineers will be involved in supervising the construction of an infrastructure project to guarantee that the design specifications are being followed. Geotechnical engineers also actively take into consideration the impact of building on the environment, designing measures to minimize any negative impact. An eye for detail, a passion for geology, and a strong team working attitude are all a part of the job as a geotech engineer.
Geotech engineers can find opportunities in a number of sectors where geotechnical services are needed. Sectors include construction, energy, transportation, and the environment.
Apply now for a job as a Geotechnical engineer!
Geotechnical Engineer
Location: Brisbane
Branche: Mining
Expertise: HR & Recruiting
Experience: 0 years
As a key member of the Technical Services team, you'll be instrumental in supporting safe and efficient mining through smart, practical geotechnical solutions. This is a high-performing team with strong experience across large-scale underground operations. You'll work closely with both operational and technical leaders across the mine to identify risk, implement monitoring strategies, and drive site performance through quality geotech practices. Duties include but not limited to: Managing geotechnical risks in line with relevant QLD legislation (MQSHA & regs) Conducting field investigations, mapping, and sampling to assess conditions Designing and implementing geotechnical monitoring systems Advising on geotech aspects of mine design and project work Collaborating closely with mining, geology, and operational teams Producing reports, presenting findings, and recommending practical solutions
System Engineer - GSI (d/m/w)
Branche: Aerospace
Expertise: IT & Shared Services
Experience: 3 years
Planung und Koordination komplexer Entwicklungsaufgaben im Rahmen eines militärischen Drohnenprojekts, insbesondere für die Bodenstation (L2-System) Übernahme der Rolle als System Engineer für das Bodensystem, inklusive technischer Definition, Steuerung der Entwicklung sowie Management von Anforderungen und Nachweisdokumentation (inkl. DOA/DAL-relevanter Inhalte) Verantwortung für Systems Engineering, Requirements Engineering sowie die fachliche Führung und Koordination des Entwicklungsteams in enger Abstimmung mit CI Technical Lead und Chief Engineer des L1-Systems Definition und Abstimmung von Zeitplänen, Priorisierung von Arbeitspaketen, Fortschrittsüberwachung sowie Entwicklung und Umsetzung von Recovery-Maßnahmen bei Abweichungen vom Plan Enge Zusammenarbeit mit dem Chief Engineer und dem COC in Getafe zur Zielerreichung sowie zur Beurteilung und Bewertung technischer Entwicklungsschritte unter Berücksichtigung von Terminen, Kosten und Kapazitäten Schnittstellenmanagement zu benachbarten L2-Systemen sowie kontinuierliche Durchführung von Soll-Ist-Vergleichen und Einleitung entsprechender Korrekturmaßnahmen Unterstützung des Einkaufs bei Lieferantenauswahl und Vertragsgestaltung, sowie technische Betreuung und Steuerung von externen Entwicklungsdienstleistern Eigenständige Bearbeitung anspruchsvoller Entwicklungsaufgaben, Gestaltung komplexer Schnittstellen und Integration neuer Technologien unter Berücksichtigung funktionaler, wirtschaftlicher und baulicher Anforderungen Bewertung, Abstimmung und Dokumentation konstruktiver Lösungen sowie Prüfung und Freigabe relevanter technischer Unterlagen und Datensätze
Systems Engineer (w/m/d)
Location: Zipf
Branche: Medical devices
Expertise: Production & Manufacturing
Experience: 2 years
Sie führen akustische und thermische Messungen an Ultraschallsonden durch und stellen dabei höchste Qualitätsstandards sicher. Sie bestimmen Bildqualitätsparameter und nehmen Ultraschallbilder zur Analyse auf. Sie führen elektrische Messungen zur Bewertung der Sondenfunktion durch. Sie planen und koordinieren Messabläufe sowie Analysen eigenverantwortlich und arbeiten dabei eng mit anderen Fachabteilungen zusammen.
Industrial Engineer (w/m/d)
Location: Stuttgart
Branche: Machine & Plant Design
Expertise: Production & Manufacturing
Experience: 2 years
Entwicklung des Layouts für einen neuen Standort zur Motorenmontage Optimierung der Produktionsfläche (Effizienz, Arbeitsfluss, Materialtransport, Sicherheitsvorschriften) Zusammenarbeit mit interdisziplinären Teams zur Sicherstellung technischer Anforderungen und Produktionsziele Analyse bestehender Prozesse zur Identifikation von Verbesserungspotenzialen
Quality Engineer (w/m/d)
Location: Bremen
Branche: Machine & Plant Design
Expertise: Quality Management
Experience: 3 years
Organisation und Priorisierung der Qualitätsmeldungen / Non-Conformities in der Fertigung Qualität der Beschreibung der Qualitätsmeldung sicherstellen Zusammen mit dem Production Engineering die direkten Auswirkung der Qualitätsmeldung auf den Produktionsfluss analysieren und ad-hoc Maßnahmen definieren Qualitätsmeldung im Sinne eines Projektansatzes abarbeiten, verfolgen und schließen Aktions-Workflow definieren und mit den Verantwortlichen die Lieferdaten und Liefergegenstände vereinbaren In enger Abstimmung mit dem Production Engineering Team die notwendigen Arbeitsaufträge realisieren Abarbeitung der Aktionen verfolgen, und Ergebnisse aktiv einfordern Aktionen ggf. zur Priorisierung eskalieren Ursachenanalyse wo notwendig einleiten
Common geotech engineering responsibilities
Performing initial field and environmental investigations before building planning;
- Using geological maps and photographs to aid in site selection;
- Making a strategic plan for the geotechnical engineering site and executing the geotechnical research as planned;
- Collecting samples like rocks, sand, and such items from the site;
- Analyzing soil and other geotechnical findings;
- Carrying out tests on the samples and noting the pollution values;
- Designing the geotech projects based on the research;
- Creating 3D models and technical specifications using latest modeling software;
- Developing design proposals and estimating costs for safe construction together with expert colleagues;
- Assessing and advising on geological dangers during planning and execution of the engineering project;
- Examining diverse building materials and potential stresses which includes ability and strain levels;
- Establishing cost and time limits on ground studies;
- Coordinating work with geologists, soil engineers, other geotech engineers, and advisors;
- Protecting the environment while undertaking engineering work;
- Traveling to geotechnical engineering sites.
Qualifications for geotech engineers
Geotech engineers should have at least a Bachelor’s degree in Geotechnical Engineering, Environmental Engineering, Civil Engineering, Geophysics, or a related technical field. An advanced degree is advantageous. In some countries, an engineering license may also be required.
Additional supporting skills and experience include:
- Previous experience in a role in geotechnical services;
- Expertise in geology, climatology, chemistry, and mathematics with extraction and transportation engineering knowledge and skills;
- Expertise in using geotechnical computer software, AutoCAD, ArcView GIS, SEEP/W, SLOPE/W, and finite element analysis software such as PLAXIS are strongly preferred;
- Strong analytical, problem-solving, and communication skills;
- Ability to work well in a team and manage multiple projects and team members simultaneously.
