| SEMESTER ONE |
| Introduction to Minerals Engineering |
1 |
| Introduction to Extractive Metallurgy |
1 |
| Research Methods |
3 |
| Statistical Models |
3 |
| Metallurgical Accounting and Data Analysis |
3 |
| Advanced Process Mineralogy |
3 |
| Mineral Particle Systems |
3 |
| Biotechnology in Minerals Engineering |
3 |
| Aqueous Processes in Minerals Engineering |
3 |
| Ferrous Metallurgy |
3 |
| Artificial Intelligence for the Minerals Industry |
3 |
| ---------- |
| SEMESTER TWO |
| Economic and Financial Evaluation |
3 |
| Field/Laboratory Work |
3 |
| Slurry Flow and Analysis |
3 |
| Industrial Minerals Beneficiation |
3 |
| Precious Minerals Beneficiation |
3 |
| Mineral Process Design and Control |
3 |
| Mine Waste Management |
3 |
| Non-Ferrous Metal Beneficiation |
3 |
| Advanced Froth Flotation |
3 |
| Advanced Pyrometallurgy |
3 |
| Advanced Electrometallurgy |
3 |
| Corrosion Engineering and Control |
3 |
| Models Taken Either Semesters |
| MSc Thesis |
21 |
| MPhil Thesis |
30 |
| MSc/MPhil Seminar |
3 |
