About this course
Course Overview:
The Bachelor of Geological Engineering program offers students a comprehensive understanding of geological processes, engineering principles, and environmental considerations. This interdisciplinary course integrates geological sciences with engineering applications to train students in exploring, analyzing, and managing Earth's resources responsibly. Throughout the program, students will develop strong skills in fieldwork, data analysis, geotechnical engineering, and sustainable resource management.
Year 1: Foundation Courses
- Introduction to Geology: Fundamental principles of geology, including rock types, geological time scales, plate tectonics, and geological processes.
- Calculus and Analytical Geometry: Basic concepts of calculus, essential for understanding mathematical models in geological engineering.
- Physics for Engineers: Introduction to mechanics, thermodynamics, and electromagnetism with applications in geological systems.
- Chemistry for Engineers: Basic principles of chemistry with a focus on chemical reactions and their relevance to geological processes.
Year 2: Core Courses
- Structural Geology: Study of rock deformation, faulting, and folding, emphasizing the structural aspects relevant to engineering projects.
- Geotechnical Engineering: Introduction to soil mechanics, rock mechanics, and foundation engineering principles.
- Mineralogy and Petrology: Identification and classification of minerals and rocks, with an emphasis on their engineering properties.
- Hydrogeology: Study of groundwater flow, aquifer properties, and contamination remediation techniques.
- Geological Mapping and Field Techniques: Practical training in geological fieldwork, including mapping, sampling, and data collection methods.
Year 3: Specialization Courses
- Geological Hazards and Risk Assessment: Analysis of natural hazards such as earthquakes, landslides, and floods, and their impact on engineering projects.
- Resource Exploration and Evaluation: Techniques for prospecting, exploration, and evaluation of mineral and energy resources.
- Environmental Geology: Study of the interactions between geological processes and environmental systems, with a focus on pollution mitigation and remediation.
- Geospatial Analysis and GIS: Introduction to Geographic Information Systems (GIS) and remote sensing techniques for geological and environmental applications.
- Engineering Geology: Application of geological principles to engineering design and construction, including site investigations and slope stability analysis.
Year 4: Advanced Topics and Capstone Project
- Advanced Geotechnical Engineering: Advanced topics in soil and rock mechanics, including underground construction and tunneling.
- Geological Engineering Design: Integration of geological and engineering principles in the design of infrastructure projects, such as dams, tunnels, and highways.
- Sustainable Resource Management: Exploration of sustainable practices in resource extraction, utilization, and reclamation.
- Professional Practice and Ethics: Ethical considerations and professional responsibilities of geological engineers in industry and society.
- Capstone Project: Independent research or design project supervised by faculty, focusing on a real-world geological engineering problem.
Elective Courses:
Students can choose elective courses based on their interests and career goals, including topics such as geophysics, geochemistry, remote sensing applications, or advanced GIS techniques.
Internship/Industrial Training:
Students are encouraged to participate in internships or industrial training programs with relevant organizations to gain practical experience and exposure to the industry.
Career Opportunities:
- Geological Engineer
- Geotechnical Engineer
- Environmental Consultant
- Mining Engineer
- Hydrogeologist
- Natural Resource Manager
- Geoscientist
- Geothermal Engineer