The course Geotechnical characterisation and assessment of the site, and instrumentation and monitoring This arises against a backdrop where demand for qualified professionals in the geotechnical field is on the rise. With the growth in infrastructure projects and the need to ensure the safety of buildings, understanding the characteristics of the soil and the land becomes essential. This course offers a comprehensive training, focusing on skills such as field recognition, carrying out laboratory tests and advanced instrumentation techniques. By taking part, you will become an expert capable of roll the dice are crucial for the implementation of safe and efficient projects. The flexibility of the online format allows you to study at your own pace, making this opportunity even more attractive For those who want to stand out in a growing sector with excellent job prospects. Don’t miss this chance to boost your career!
Geotechnical characterisation and assessment of the site, and instrumentation and monitoring
Civil Engineering and Structures
40 hours
Introduction
Objectives
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Understand the importance of field surveys in site characterisation Research planning.
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Identify and apply drilling techniques to obtain representative samples of soil and rock.
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Carry out in situ tests on soils and mountain ranges, interpreting the results correctly.
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Carry out laboratory tests for soil identification and resistance testing, using correct methodologies.
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To analyse and interpret the test results triaxial and deformability in geotechnical materials.
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Use instrumentation equipment auscultation, understanding its applications in engineering projects.
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Integrate knowledge acquired for carry out geotechnical assessments effective in real-world construction contexts.
Table of Contents
TEACHING UNIT 1. FIELD OBSERVATIONS
Preliminary desk-based work
Design and planning of research campaigns
Field surveys and preliminary investigations
Drilling and sampling techniques
In-situ tests on rock soles and rock masses
TEACHING UNIT 2. LABORATORY TESTS IN THE FIELD OF GEOTECHNICAL ENGINEERING (I)
Identification and Condition Tests (I)
Identification and Condition Tests (II)
Strength Tests (I)
Strength Tests (II)
Interpretation of the triaxial test
TEACHING UNIT 3. LABORATORY TESTS IN THE FIELD OF GEOTECHNICAL ENGINEERING (II)
Deformability tests
Interpretation of the edometric test
Compaction and reuse tests
Rock testing (I)
Rock Testing (II)
TEACHING UNIT 4. AUSCULTATION
An Introduction to Auscultation
Instrumentation equipment (I)
Instrumentation equipment (II)
Instrumentation equipment (III)
Examples of use on building sites