M.Sc. Mining Engineering
Course No. | Subject Title | Credit Hours | |
Group
| Min-E-501 | Advanced Rock mechanics | 3 |
Min-E-502 | Advanced Explosives Engineering | 3 | |
Min-E-503 | Advanced Excavation Engineering | 3 | |
Min-E-504 | Advanced Mine Ventilation | 3 | |
Min-E-505 | Advanced Mineral Processing | 3 | |
Min-E-506 | Open Pit Mine Planning & Design | 3 | |
Group B
| Min-E-611 | Rock Slope Engineering | 3 |
Min-E-612 | Subsidence Engineering | 3 | |
Min-E-613 | Stability of Underground Openings | 3 | |
Min-E-614 | Finite Element Method | 3 | |
Min-E-615 | Geo Statistics Ore Reserve Modeling | 3 | |
Min-E-621 | Environmental Controls For Blasting | 3 | |
Min-E-631 | Non –Explosive Rock Fragmentation | 3 | |
Min-E-651 | Advance Coal preparation | 3 | |
Min-E-652 | Processing Engineering | 3 | |
Min-E-653 | Chemistry of Flotation | 3 | |
Min-E-654 | Mineral processing Simulation and Control | 3 | |
Min-E-655 | Advanced Flotation | 3 | |
Min-E-656 | Design of Mineral Processing Plants | 3 | |
Min-E-657 | Engineering Data Analysis | 3 | |
Min-E-661 | Surface Coal Mining & Equipment Design | 3 | |
Min-E-662 | Mine Operation Analysis | 3 | |
Min-E-663 | Mine Systems Simulation | 3 | |
Min-E-701 | Modern Mine Management | 3 | |
Min-E-702 | Mine Cost Analysis & Control | 3 | |
Min-E-703 | Mineral Economics | 3 | |
Min-E-704 | Management Finance | 3 | |
Min-E-705 | Management Information | 3 | |
Min-E-706 | Mine Waste Management | 3 | |
Min-E-711 | Rock Mechanics-I | 3 | |
Min-E-712 | Rock Mechanics-II | 3 | |
Min-E-790 | Research Philosophy & Methods | 3 | |
Group C | Min-E-799 | Research Thesis | 6 |
Note: M.Sc. completion requirements:
24 credit hours course work (3 courses from Group A and 5 courses from Group B) + 6 credit hours Research Thesis on Pass/Fail basi
M.Sc. Tunneling & Excavation Engineering
| Course No. | Subject Title | Credit Hours |
Group A | (Select any 2 courses from Group A) | ||
Min-E-500 | Tunnel Design | 3 | |
Min-E-501 | Advanced Rock Mechanics | 3 | |
Min-E-502 | Advanced Explosive Engineering | 3 | |
Min-E-617 | Numerical Methods for Design & Construction of Tunnels | 3 | |
Group B | (Select any 2 courses from Group B) | ||
Geo-E-519 | Advanced Rock Engineering | 3 | |
Min-E-503 | Advanced Excavation Engineering | 3 | |
Min-E-616 | Underground Construction Methods | 3 | |
Min-E-507 | Geological Investigation & Ground Characterization | 3 | |
Group C | (Select any 4 courses from Group C) | ||
GE-501 | Advanced Soil Mechanics | 3 | |
GE-502 | Foundation Engineering-I | 3 | |
GE-503 | Foundation Engineering-II | 3 | |
GE-512 | Geotechnical Engineering in Professional Practice | 3 | |
Geo-E-504 | Advanced Geotechnical Engineering | 3 | |
Geo-E-512 | Advanced Engineering Geology | 3 | |
Geo-E-523 | Discontinuous Rock | 3 | |
Min-E-611 | Rock Slope Engineering | 3 | |
Min-E-618 | Health, Safety & Environmental Considerations | 3 | |
Min-E-619 | Construction Management | 3 | |
Min-E-620 | Communication & Leadership | 3 | |
Min-E-622 | Tunnel Ventilation Engineering | 3 | |
Min-E-631 | Non-Explosive Rock Fragmentation | 3 | |
Min-E-657 | Engineering Data Analysis | 3 | |
Min-E-711 | Rock Mechanics – I | 3 | |
Min-E-712 | Rock Mechanics –II | 3 | |
Min-E-790 | Research Philosophy & Methods | 3 | |
Group D | Min-E-800 | Research Thesis | 6 |
Note: M.Sc. completion requirements:
24 credit hours course work (2 courses each from Group A and B, 4 courses from Group C) + 6 credit hour Research Thesis on Pass/Fail basis (Group D)