Master of Science in Geology

The primary purpose of this qualification is to provide qualifying learners to society who can do independent research and interpret results in the geological, minerals and earth science environment. It would involve training of highly qualified scientists who can identify, evaluate and address problems associated with the geological or earth science in South Africa and international context at high level. Through the acquisition of appropriate competence and research ability they will be able to enter a range of professional and entrepreneurial opportunities. These could include positions as senior earth scientists or geologists with a range of possible employers in industry or tertiary institutions or allow them to establish enterprises of their own in a variety of earth, geological and/or mineral science areas of endeavour as entrepreneurs or advisors.

Recognition of Prior Learning (RPL)

A learner who claims to have achieved entry requirements through experiential learning will be assessed. If the learner is found to be competent the learner may gain:

• Access.
• Advanced placement.
• or recognition of Degree status will be granted on condition of continuing education.

Entry Requirements

The minimum entry requirement for this qualification is

• Bachelor of Science in Geology, NQF Level 8.

The learners should be able to

1. Identify a general problem, formulate an appropriate hypothesis, generate experimental data, make correct interpretations and appropriate deductions.
2. Work harmoniously with co-workers in the same working environment, to work in groups with others in the solution of problems and the carrying out of projects.
3. Work independently in the mastery of subject contents, the performance of practical projects and the compilation of reports.
4. Plan and execute a research programme and relate the findings to the existing body of knowledge in the field.
5. Find, evaluate and integrate technical literature, use appropriate and correct technical language and terminology in reports.
6. Perform the practice of science and technology effectively and responsibly without endangering the environment or the well being of co-workers.
7. Plan an investigation with due regard to the impact of the problem and its solution on the ecological and social environment and modify the proposal if required.
8. Use different techniques to assimilate data by reading, discussion, reporting and presentation of projects and seminars.
9. Participate responsibly in activities, which impinge on social quality of life.
10. Investigate further possibilities of training and employment.
11. Investigate and evaluate entrepreneurial possibilities in the appropriate field and also the relevance of he chosen field in society.

The learner can/Does the learner

1. Display thorough knowledge of the field of enquiry.

Formulate an appropriate hypothesis.

Plan and carry out an appropriate experimental program.

Analyse results obtained correctly.

1. Display the ability to co-operate with fellow students

Display the ability to contribute meaningfully to group efforts to work on a problem.

Display the ability and readiness to accept a responsible part in a group effort.

1. Display a mastery of subject material by independent study.

Display the ability to work on a project of high complexity successfully.

Prove the ability to write a project or progress report of high standard independently.

1. Present a suitable project proposal on a topic.

Be able to motivate the reasoning behind the proposal satisfactorily.

Be able to perform the actions required to complete the collection of information.

Be able to relate the information obtained to that which is known.

1. Display knowledge of current information retrieval systems and processes.

Demonstrate a mastery of the use of technical and professional language and terminology.

1. Demonstrate an awareness and recognition of the need for careful and correct laboratory technique.

Demonstrate the ability to use appropriate technology correctly, safely and responsibly.

1. Present a project proposal in which all the appropriate and aspects relating to the broad social and environmental considerations are addressed.

Be able to suggest possible changes in the proposal should certain aspects not turn out as expected.

1. Show awareness of the need for different ways of learning and assimilation of knowledge by electronic retrieval systems, libraries, correspondence and personal contacts at meetings.

Show awareness of the need for continued study so as to remain constantly up to date.

1. Demonstrate awareness of the effects of pollution and industrialisation on the environment.

Demonstrate awareness of the need for responsible management of environmental and mineral resources and diversity.

1. Demonstrate awareness of where the chosen field of study impinges on society and where further studies may be done. This includes medicinal, industrial, recreational and aesthetic considerations.
2. Demonstrate the knowledge of what the chosen field of study involves and how it can be used for entrepreneurial activity.

Show understanding of how the field of study impinges on society.

Integrated Assessment

Formative assessment practices that will be implemented

Assessment of the dissertation will be mainly by formal and informal seminars on aspects of study.

Summative assessment practices that will be implemented

Integrated assessment, focusing on the achievement of the exit-level outcomes, will be done. Summative assessment of the dissertation submitted will be by highly qualified evaluators, appointed by the Institution from suggestions made by the supervisor and in consultation with the head of the Department and the Dean of Science.