Deformation Processes
Module Description
This module will help the learner understand that all geological materials are deformed when subject to drag, shear, or compression resulting in cracking, folding, and stretching or flattening. These structures can be used for reading the Earth’s history. Students will learn about stress and strain, plate tectonics, structural analysis, techniques of collecting structural data (strike, dip), and some economic applications.
The module will include field work and practical examples from Malta and elsewhere that will demonstrate brittle structures (fractures and joints), ductile structures (deformation, folds, lineation, foliation, shear zones) and tectonic structures (faults).
The required tools and techniques of structural geology (geological map, geological cross-section, geologic compass, stereonet, orthographic projection, strain/stress ellipsoids, Mohr diagram) will be discussed and applied. Methods to determine stress in the field will be discussed in relation to regional stress fields of the Central Mediterranean. Simple kinematic approaches, relationship of deformation structures to tectonics, and their importance for the structure of the crust and its sedimentary basins will be introduced.
Entry Requirements
Candidates who apply for this course must possess:
- a related qualification at MQF Level 4
and/or
- one ‘A’ Level or equivalent in a Science subject and a pass in English Language* and Mathematics at MQF Level 3 (‘O’ Level or equivalent)
- In the case of students who do not possess all the formal required academic qualifications, then the RPL process could be applied such that if evidence of equivalent learning and/or professional experience are found then the applicant could still be accepted in the course. Such RPL process will subject applicants to an interview held with a board of experts within the field, chosen specifically by IDEA Academy, so as to verify their experiences and prior learning.
*Students whose first language is not English and do not possess an ‘O’ level pass in English Language will be required to demonstrate English language capability at IELTS level 6.0 or equivalent.
For students lacking the necessary academic qualifications, the Recognition of Prior Learning (RPL) process may apply. If equivalent learning evidence is found, the applicant could be accepted into the course.
Target Audience
This program caters to individuals interested in enhancing their academic and professional understanding of Geology and Earth Sciences.
This program targets individuals who:
- Would like to advance their academic and professional knowledge of Geology and Earth Sciences.
- Would like to advance their academic and professional knowledge of rocks, namely, classification, testing, and use in industry.
- Work in the construction and quarrying industry.
- Are seeking to pursue a career in Geology and Earth Sciences.
- Work in geotechnical laboratories seeking to advance their knowledge and position.
Module / Unit Instructions
The proposed structure comprises a blended approach promoting the building of a community of practice via peer-to-peer learning. The structure uses primarily two dimensions of teaching-learning modes:
- Face to Face sessions
Face-to-face sessions include lectures, tutorials, discussions, presentations and workshop activities promoting peer-to-peer learning.
- Online Learning Activities
Online learning activities incorporate tutorials and asynchronous discussions. These may consist of active interaction, participation and contributions in fora discussions, sharing resources and self-reflection exercises. Learners also contribute to the building of the community of practice by providing feedback to their peers as critical friends, enhancing the learner’s critical engagement throughout the study period.
How you’ll be assessed
The course comprises:
- Evening classes for part-time courses.
- Classes held throughout the day for full-time courses.
- Guided learning, presentations, comprising synchronous online discussions, tutorials and/or videos.
- Self-study hours comprising research, reading and assignment work.
- Fieldwork at specific sites in the Maltese Islands.
Assessment
Assessment is carried out via two mandatory components:
- Assessment 1
- Assessment 2
The programme includes different forms of assessment which allow for and promote students’ critical engagement. The assessment tasks may include an in-class assignment and/or a home-based written assignment using diverse assessment tools which may take the form of online and in-class discussions, examinations, case studies, reports, proposals, essays, and presentations, etc., as applicable to the diverse modules.
Module Intake Dates
October 2024
Learning Outcomes
Competences:
At the end of the module/unit the learner will have acquired the responsibility and autonomy to:
- Observe stress and tension in geological material in the laboratory and in the field.
- Demonstrate a professional, systematic, and interactive approach to a geological investigation.
- Carry out analysis of paleostress in an area.
Knowledge:
At the end of the module/unit, the learner will be able to:
- Identify and describe geological structures in deformed rock in the field.
- Identify and discuss rheology and deformation and strain in rocks.
Identify and describe:
- Brittle deformation and fractures in rock
- Fold structures
- Foliations
- Linear structures
- Faults and shear zones
- Joints, veins, and stylolites
Skills:
At the end of the module/unit, the learner will have acquired the following skills:
- Examine geological structures in deformed rocks.
- Map deformed structures.
- Prepare and apply a Mohr diagram.
- Prepare a geological cross-section showing deformation structures.
- Apply structural geology to safety issues of quarrying and mine planning.
- Demonstrate skill in operating field and laboratory instruments to describe and analyse sedimentary structures
Module-Specific Learner Skills:
At the end of the module/unit the learner will be able to:
- Integrate deformation processes with sedimentological processes.
- Adopt adequate health and safety etiquette whilst conducting fieldwork.
- Conduct appropriate risk assessment at the site of fieldwork.
Module-Specific Digital Skills and Competences:
At the end of the module/unit, the learner will be able to:
- Gain familiarity with digital modelling of deformation.
- Navigate through the online learning platform to find assignments, discussion boards, literature, tutorials etc.