Program Overview

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Programme: BEng Mining Engineering

The BEng Mining Engineering programme is designed to provide students with a comprehensive education in the field of mining engineering. The programme is accredited by the Engineering Council of South Africa (ECSA) and complies with the academic requirements for registration as a professional engineer.

Programme Information

The programme is presented over a period of four years and consists of a combination of theoretical and practical modules. The learning outcomes of the programme include:

• Engineering problem solving
• Application of specialist and fundamental knowledge
• Engineering design and synthesis
• Investigation, experimentation, and data analysis
• Engineering methods, skills, tools, and information technology
• Professional and general communication
• Awareness and knowledge of the impact of engineering activity on society and the physical environment
• Work in teams and in multidisciplinary environments
• An awareness and ability for lifelong learning
• An awareness and knowledge of principles of professional ethics and practice

Admission Requirements

The following persons will be considered for admission:

• A candidate who is in possession of a certificate that is deemed by the University to be equivalent to the required Grade 12 certificate with university endorsement
• A candidate who is a graduate from another tertiary institution or has been granted the status of a graduate of such an institution
• A candidate who is a graduate of another faculty at the University of Pretoria

Minimum Requirements

The minimum requirements for admission to the programme are:

• Achievement level of 5 for English Home Language or English First Additional Language
• Achievement level of 6 for Mathematics
• Achievement level of 6 for Physical Science
• APS of 35

Core Modules

The programme consists of a range of core modules, including:

• Academic orientation
• General chemistry
• Electricity and electronics
• Physics
• Humanities and social sciences
• Graphical communication
• Materials science
• Workshop practice
• Mechanics
• Calculus
• Mathematics

Promotion to Next Study Year

Promotion to the next study year is based on the student's performance in the previous year. A student who complies with all the requirements of the previous year of study is promoted to the next year of study.

Pass with Distinction

A student graduates with distinction if they have obtained a weighted average of at least 75% in one year in all the modules of the final year of study, and have completed the degree programme within the prescribed four years.

Fundamental Modules

The programme includes a range of fundamental modules, including:

• UPO 112: Academic orientation
• CHM 171: General chemistry
• EBN 122: Electricity and electronics
• FSK 176: Physics
• HAS 110: Humanities and social sciences
• MGC 110: Graphical communication
• NMC 113: Materials science
• PWP 121: Workshop practice
• SWK 122: Mechanics
• WTW 158: Calculus
• WTW 164: Mathematics

Core Modules (Second Year)

The second year of the programme includes the following core modules:

• BES 220: Engineering statistics
• JCP 203: Community-based project
• MPR 213: Programming and information technology
• MSD 210: Dynamics
• MTX 221: Thermodynamics
• PJJ 210: Professional and technical communication
• PMY 210: Introduction to mining
• PPY 220: Experiential training
• SUR 220: Surveying
• SWK 210: Strength of materials
• WTW 238: Mathematics
• WTW 256: Differential equations
• WTW 258: Calculus
• WTW 263: Numerical methods

Core Modules (Third Year)

The third year of the programme includes the following core modules:

• BSS 310: Engineering management
• GLY 256: Geology for engineering
• MIA 320: Engineering activity and group work
• MTV 310: Thermoflow
• NMP 310: Minerals processing
• PME 320: Mineral economics
• PMY 311: Surface mining and geotechnics
• PMY 320: Mining
• PNB 300: Industrial excursions
• PPY 320: Experiential training
• PRX 321: Explosives engineering
• PSC 321: Introduction to project

Core Modules (Fourth Year)

The fourth year of the programme includes the following core modules:

• GLY 254: Structural geology
• GLY 352: Geodynamics and ore formation
• IPI 410: Engineering professionalism
• PEE 410: Mine ventilation engineering
• PMY 410: Mining
• PMY 423: Mine operational risk management
• PMZ 422: Mine design and research
• PNB 400: Industrial excursions
• PSC 411: Project
• PSZ 410: Strata control

Research Areas

The programme covers a range of research areas, including:

• Mining engineering
• Geology
• Mineral processing
• Mine ventilation
• Strata control
• Explosives engineering
• Mine design and research

Conclusion

The BEng Mining Engineering programme at the University of Pretoria is a comprehensive and accredited programme that provides students with a thorough education in the field of mining engineering. The programme covers a range of theoretical and practical modules, and includes a range of research areas. Graduates of the programme are well-equipped to pursue careers in the mining industry, and are eligible for registration as professional engineers with the Engineering Council of South Africa.