BSc Geology

BSc Geology - Tribhuvan University (TU)

BSc Geology at Tribhuvan University (TU) is a four-year Bachelor of Science program under the Institute of Science and Technology (IoST). It follows the annual system and combines geology theory with laboratory practicals and fieldwork. Official TU course information places the program within the General B.Sc. structure and identifies geology courses across all four years.

The curriculum begins with fundamentals of geology, crystallography, mineralogy, structural geology, petrology, paleontology, historical geology, and sedimentology. Later years move into economic mineral deposits, stratigraphy and geology of Nepal, geochemistry, geophysics, geomorphology, mineral exploration, mining geology, engineering geology, hydrogeology, fieldwork, and an interdisciplinary course in economics and management. The verified course map includes theory, practical, and field components from GEO101 through GEO407.

Answer Summary: BSc Geology under Tribhuvan University is a four-year annual Bachelor of Science program administered through IoST. The geology curriculum combines foundational subjects with laboratory work, geological mapping, field study, mineral exploration, mining geology, engineering geology, and hydrogeology. Students progress from introductory geological science in the first year to applied geology, practical interpretation, and field-based study in the later years.

Key Takeaways:

• BSc Geology at TU is a four-year Bachelor of Science program.

• The program follows the annual system.

• Tribhuvan University administers the program through IoST.

• The curriculum contains theory, practical courses, and fieldwork.

• Geology study progresses from foundational subjects to applied geology.

• Third-year geology includes compulsory fieldwork and report submission.

• Fourth-year courses include exploration, mining, engineering geology, hydrogeology, fieldwork, and economics and management.

BSc Geology at TU: Course Overview

BSc Geology is an undergraduate degree in geology within Tribhuvan University’s science program. The course is administered through the Institute of Science and Technology and follows a four-year annual structure.

Unlike a short-term certificate, BSc Geology is a multi-year university degree with a defined academic curriculum, formal theory courses, practical work, and field study.

The geology component covers several branches of the subject. Students encounter mineralogy and crystallography, structural geology, petrology, paleontology, sedimentology, economic geology, stratigraphy, geochemistry, geophysics, geomorphology, exploration geology, mining geology, engineering geology, and hydrogeology.

The course structure also requires students to apply geological knowledge through specimen study, map interpretation, geological sections, field observations, geophysical and geochemical data, mineral exploration exercises, engineering-geology practicals, and geological reporting.

Readers looking for broader information about the university can refer to Tribhuvan University.

Key Course Facts

The verified course information identifies BSc Geology as a four-year annual program with theory, practical, and field-based learning components.

The annual-system classification is supported by IoST’s General B.Sc. program structure. The Institute is the academic administrator of the program; it should not be described as a separate recognition body.

How the Four-Year Curriculum Is Organized

The geology curriculum is arranged so that foundational subjects appear in the earlier years and more applied geology appears in the later years.

The verified TU course map lists the following geology courses.

These marks refer to the listed geology courses. They should not be treated as the total marks of the entire four-year B.Sc. degree because the official course material presents the geology component within a broader B.Sc. structure.

First-Year Geology Subjects

First-year geology establishes the foundation for later study through GEO101 and GEO102.

GEO101: Fundamentals, Mineralogy and Structural Geology

GEO101 combines three major areas:

• Fundamentals of Geology

• Crystallography and Mineralogy

• Structural Geology

The theory course carries 100 full marks in the verified course map.

These subjects introduce the basic concepts and terminology that support later courses in rocks, structures, geological history, mineral deposits, mapping, and applied geology.

GEO102: Geology Practical

GEO102 is the first-year practical geology course and carries 50 full marks.

Its place beside GEO101 shows that practical study begins from the first year rather than being confined to the later stages of the degree.

Second-Year Geology Subjects

Second-year geology expands the curriculum into rocks, fossils, geological history, sedimentary processes, and practical work.

GEO201: Petrology, Paleontology and Sedimentology

GEO201 is a 100-mark theory course covering:

• Petrology

• Paleontology and Historical Geology

• Sedimentology

Petrology deals with rocks and their geological characteristics. Paleontology and historical geology connect fossils and geological evidence with the history represented in the rock record. Sedimentology addresses sediments and sedimentary processes within the geology curriculum.

The course titles and grouping are taken from the verified TU curriculum map.

GEO202: Geology Practical

GEO202 continues practical geology in the second year and carries 50 full marks.

The pairing of GEO201 with GEO202 keeps theory and practical work connected as students move into petrology, paleontology, historical geology, and sedimentology.

Third-Year Geology Subjects

Third-year geology moves into Nepal-focused geology, mineral deposits, stratigraphy, geochemistry, geophysics, fieldwork, and geomorphology.

GEO301: Economic Deposits, Nepal Geology and Geophysics

GEO301 is a 100-mark theory course covering:

• Geology of Economic Mineral Deposits

• Stratigraphy and Geology of Nepal

• Geochemistry

• Geophysics

This course brings several branches of geology together within one academic year, linking mineral deposits and stratigraphy with chemical and physical methods used in geological study.

GEO302a: Geology Practical

GEO302a is a 30-mark practical course linked to the third-year theory subjects.

The official syllabus lists practical work including:

• preparation of mineral maps of Nepal;

• study of ores and industrial minerals in hand specimens;

• study of polished sections of important ores in reflected light;

• study of the standard stratigraphic scale;

• study of index fossils;

• study of the geological map of Nepal;

• study of the stratigraphy of the Nepal Himalaya;

• statistical treatment of geochemical data;

• resistivity profiling and sounding;

• seismic-refraction interpretation.

These exercises connect geological theory with maps, specimens, stratigraphic information, numerical data, and geophysical interpretation.

GEO302b: Field Work

GEO302b is a dedicated third-year field course carrying 20 full marks.

The official syllabus specifies a fieldwork duration of 15 days. Students work on locating observation points on topographical maps, measuring the attitude of beds, plotting geological observations, examining rock types and structures, preparing route maps, taking geological traverses, and producing geological maps, cross-sections, and stratigraphic columns.

Attendance is compulsory, and each student must submit a field report.

This course makes direct field observation and geological reporting part of the formal curriculum.

GEO303: Geomorphology

GEO303 is a 50-mark elective theory course in geomorphology.

The syllabus covers:

• fundamental concepts of geomorphology;

• weathering and soil-forming processes;

• igneous activity and landforms;

• structural landforms;

• lithology and landforms;

• mass movements;

• fluvial geomorphology;

• coastal and aeolian geomorphology;

• glacial geomorphology;

• climatic change and polygenetic landforms;

• applied geomorphology.

The applied section connects geomorphology with geo-hydrology, economic geology, engineering projects, and other areas of geology.

Fourth-Year Geology Subjects

Fourth-year geology concentrates on applied geology through mineral exploration, mining, engineering geology, hydrogeology, practical analysis, fieldwork, and an interdisciplinary economics and management course.

GEO401: Exploration Geology and Mining Geology

GEO401 is a 100-mark theory course divided between Exploration Geology and Mining Geology.

The exploration component includes mineral-resource development, geological prospecting, reconnaissance, exploration methods, geophysical techniques, geochemical methods, evaluation of deposits, and mineral resources of Nepal.

The syllabus includes geological reconnaissance, panning, remote sensing, photogeology, magnetic surveys, gravity surveys, radiometric surveys, resistivity, seismic methods, Ground Penetrating Radar, borehole geophysics, and geochemical prospecting methods.

Mining Geology forms the other part of GEO401 and addresses subjects associated with mineral deposits, mines, mining methods, and related geological work.

GEO402: Exploration and Mining Practical

GEO402 is the practical course associated with Exploration Geology and Mining Geology. It carries 50 full marks.

The syllabus includes practical exercises in:

• metallic and non-metallic economic minerals;

• interpretation of geophysical data;

• statistical analysis of geochemical data;

• preparation and interpretation of geochemical maps and sections;

• computation of ore reserves and ore grades;

• geological controls of economic deposits;

• diagrams of open-pit and underground mines;

• grade and tonnage calculations;

• placer-gold evaluation;

• preparation of mining plans;

• interpretation of geophysical and borehole-logging data.

These practical exercises require students to work with geological information in forms used for mineral exploration and mining analysis.

GEO403: Engineering Geology and Hydrogeology

GEO403 is a 100-mark theory course covering Engineering Geology and Hydrogeology.

The engineering-geology portion includes geological materials, engineering properties of soils and rocks, rock masses, testing, deformation, strength, permeability, geological structures, and geological conditions relevant to engineering work.

The hydrogeology component addresses groundwater and aquifer-related geological study. The syllabus includes groundwater occurrence, development, management, monitoring, recharge, modelling, and groundwater resources of Nepal.

GEO404: Engineering Geology and Hydrogeology Practical

GEO404 is a 50-mark practical course.

The Engineering Geology practical section includes laboratory and map-based work such as:

• moisture-content determination;

• grain-size distribution;

• hydrometer analysis;

• Atterberg limits;

• unit weight and specific gravity;

• permeability testing;

• direct-shear testing;

• point-load testing;

• aggregate evaluation;

• selection of possible sites for dams, tunnels, bridges, highways, and other civil structures using topographical maps;

• analysis of engineering-geological data.

These exercises form the practical counterpart to GEO403.

GEO406: Field Work

GEO406 is a fourth-year geology fieldwork course carrying 100 full marks in the verified curriculum map.

Its inclusion after the exploration, mining, engineering-geology, and hydrogeology courses keeps field-based study within the final-year geology curriculum.

GEO407: Fundamentals of Economics and Management

GEO407 is a 50-mark interdisciplinary theory course titled Fundamentals of Economics and Management.

The Economics portion of the syllabus includes engineering-economy principles, the role of geologists in decision-making, cash-flow diagrams, interest and time value of money, economic equivalence, present and future worth, annual worth, rate-of-return methods, benefit-cost analysis, lifecycle costing, and financial and economic analysis.

Its position within the geology curriculum adds economic and management concepts to the technical subjects studied in the final year.

Practical Work in BSc Geology

Practical study runs through the four-year geology curriculum rather than appearing as a single isolated course.

The verified course structure contains:

• GEO102 — first-year Geology Practical;

• GEO202 — second-year Geology Practical;

• GEO302a — third-year Geology Practical;

• GEO302b — third-year Field Work;

• GEO402 — fourth-year Exploration and Mining Practical;

• GEO404 — fourth-year Engineering Geology and Hydrogeology Practical;

• GEO406 — fourth-year Field Work.

The later practical courses show the range of work expected from geology students. Students deal with specimens, maps, stratigraphic information, geochemical data, geophysical interpretation, ore calculations, mining plans, borehole information, soil and rock testing, engineering-site interpretation, and field observations.

The practical component is closely tied to the theory subjects studied in the same year.

Fieldwork in the Geology Curriculum

Fieldwork is a formal part of the TU BSc Geology curriculum in both the third and fourth years.

GEO302b provides a detailed example of the field-based requirements. The syllabus assigns 15 days for third-year fieldwork and requires each student to attend and submit a report.

During the field course, students work with topographical maps, bed attitudes, rock observations, geological structures, traverses, route maps, geological maps, cross-sections, and stratigraphic columns.

GEO406 provides a separate fieldwork component in the fourth year and carries 100 full marks in the course structure.

The presence of practical courses and fieldwork across multiple years makes observation, interpretation, mapping, and geological reporting part of the academic structure of the degree.