General aims: The main objective of the course is teaching students to acquire geotechnical, geomechanical and hydrogeological data, by means of easy in situ and laboratory techniques, and to process such data to create thematic maps or produce technical databases for engineering design.
Expected learning outcomes
Knowledge and understanding: Attending the course, students will increase their capacities in technical surveying and field data analyses. They will learn specific technical procedures and apply them, including the use of instruments, with the final aim of summarizing them in technical reports and maps Applying knowledge and understanding: At the end of the course the student should have: 1) the ability to plan geological surveys to analyze and solve geo-engineering problems, 2) the ability to read and produce thematic maps and reports Making judgements: personal laboratory and field activities, and the consequent production of reports and maps, will allow students to increase their ability to critically analyze data and results and to develop professional abilities Communication skills: at the end of the course the student should have the capacity to communicate technical results, on the course specific topics, in both oral and written form Learning skills: specific technical abilities, proposing solutions to simple technical problems and experience in working within a group.
Lesson period: Second semester
(In case of multiple editions, please check the period, as it may vary)
GEOTECHNICAL AND HYDROGEOLOGICAL SURVEY AND LABORATORY The course aims to provide to the student the ability to acquire geotechnical, geomechanical and hydrogeological data, by means of easy in situ and laboratory techniques, and to process such data in order to create thematic applicative maps or produce the dataset for engineering design. The course comprises lectures in which the fundaments of engineering geology are recalled, and the main geotechnical and hydrogeological instruments described, focusing on the practical and executive aspects as well and the data processing methods. Laboratory practical classes and data processing exercises are planned. The course includes field activities: guided or individual field surveys and in situ measurements, followed by a personal geo-technical and hydrogeological report that will be evaluated.
Each topic comprises a description of procedures for data collection and data processing. The main contents are: - geological-technical description of soil, with visual or simple field instruments - geotechnical soil classification (USCS - AASHO) - hydrogeological properties and measurement methods - hydraulic flow measurements - execution and processing of geomechanical surveys for the characterization of rock masses - rock mass classifications (Basic Geological Description (BGD); GSI, RMR (Bieniawski),Q system (Barton), and rock mass strength and deformability - landslides classification, and morphometry - definition of geo-technical units - examples of engineering geological mapping intended to specific cases.
The suggested methods for data collection and processing are presented in accordance with and referring to the existing legislation.