Learning outcome

After successfully completing the course, the candidate will have achieved the following learning outcomes defined in terms of knowledge, skills and general competence.

Knowledge

The candidate:

• Has broad knowledge of the geodetic basis for altitude and coordinates of points in the terrain
• Is familiar with the relevant laws, regulations and standards applicable to the land surveying profession
• Has knowledge of measurement and calculation methods of surveying
• Has knowledge of common minerals, rocks and soils
• Has knowledge of the mechanical and engineering properties of soils including strengths of soils

Skills

The candidate can:

• Use the relevant laws, regulations and standards that are applicable to mapping and surveying
• Use modern surveying instruments such as GNSS equipment, total stations and level instruments for surveying and setting points in the terrain
• Carry out surveying calculations using relevant software tools
• Analyze surveying data using relevant software tools
• Carry out basic geotechnical investigations
• Assess and calculate the stability of soil slopes
• Calculate the carrying capacity of foundations on loose soil
• Carry out soil pressure calculations

General competence

The candidate:

• Can identify sources of error and assess the quality of collected survey data
• Can suggest methods, choose equipment, carry out surveying and set out points in the terrain
• Can monitor soil geology in Norway and have knowledge of continental geology
• Has knowledge of rock and soil resources in Norway
• Is able to reflect on his/her professional practices and respect and value the expertise of others in the field

Course Description

The course provides a basic introduction to the land surveying profession; laws, regulations and standards for the profession; and methods of measurement, calculation and analysis. Students will carry out practical exercises using modern equipment and achieve solid practical skills.

The course also provides a basic introduction to geotechnical engineering, together with an overview of minerals, rocks and soils (and the resources situation in relation to these) in Norway. Simple stability calculations will be carried out manually and using software, as well as calculations involving soil pressure and bearing capacity. Students will participate in laboratory exercises and sampling in the field.

Teaching and Learning Methods

Lectures and exercises, as well as group projects in the laboratory and in the field.

Assessment Methods

The course grade will be based on two individual written examinations, both of which must receive passing grades in order to the pass the course.

Continuous assessment: Individual written mid-term examination on the geotechnical component (30%).

Final examination: Individual written examination on the surveying component (70%).

Students must complete six obligatory group assignments in the laboratory and in the field. These assignments must receive passing grades in order to pass the course.

Minor adjustments may occur during the academic year, subject to the decision of the Dean