What does GE mean in OCCUPATION & POSITIONS

Geotechnical engineering is a branch of civil engineering that focuses on analyzing soil, rock and other subsurface conditions to assist with the design, construction and maintenance of both above-ground and below-ground structures. Geotechnical engineers help determine the most suitable type of foundation for buildings and other infrastructure, by evaluating potential landslides or sinkholes caused by soil composition.

To be successful in this field, you need strong technical and mathematical skills as well as knowledge in related areas. Good organizational and problem solving skills are also important. Additionally, you need to have excellent communication skills when working with colleagues from other professions or project stakeholders.

Geotechnical engineers may work in various capacities such as providing site assessment reports, developing detailed plans for foundation designs, creating construction plans to protect against natural hazards such as landslides or earthquakes, conducting research into new technologies or materials in this field, overseeing installation of monitoring devices at sites, creating estimates for projects costs and inspecting existing structures for stability.

Most people that seek careers in geotechnical engineering obtain at least an undergraduate degree in civil engineering with a concentration in geotechnology. Many organizations require graduate degrees as well as prior experience or certifications from organizations like the National Council of Examiners for Engineering and Surveying (NCEES).

The duration required to obtain professional certification varies from country to country but it usually takes 4 years with Bachelor's degree plus 4 additional years with Masters or Doctoral degrees. You must also pass examinations set out by the NCEES to become officially certified.

Geo-stabilization refers to measures taken by engineers enable surfaces such as slopes and embankments are stabilized properly against erosion or other environmental changes affecting their physical characteristics over time. This includes techniques such as compaction grouting, seepage cutoff walls or ground anchors which are used depending on the unique characteristics of each structure.

Geotechnical engineers may use various specialized tools depending on the exact nature of the project they are working on. Some commonly used tools include soil probes, pressure cells for measuring pore water pressure, high-resolution seismic imaging for surveying subsurface features, sensors for recording strain distribution across soils and rock cores from drilling operations along with surface mapping equipment.

Internships are great ways to learn more about the profession while gaining practical experience which can often lead to full time opportunities later down the line. You can also look into companies that offer co-op programs where you gain credits toward graduation while working part time at their facilities throughout your college/university education.

Yes - there is certainly plenty of opportunity available for those who wish pursue long term careers within this field due its versatility across many industries ranging anywhere from mining & mineral extraction all way through civil engineering & construction sectors so finding employment shouldn't be difficult especially if you have obtained relevant qualifications along with practical experience during internships while studying.