The Bachelor of Science (General), commonly written as B.Sc. General or BSc General, is a four-year bachelor's program of Tribhuvan University under the Institute of Science and Technology (IoST). IoST classifies General B.Sc. as a four-year annual-system bachelor's program.
The course structure follows Tribhuvan University's revised four-year B.Sc. course of study issued for admission batches from 2073. The curriculum carries 2,000 marks across four years. Students begin with three core science subjects, continue those subjects in the second year, retain two in the third year, and study one as their major in the fourth year.
The revised curriculum also includes Scientific Communication, Applied Statistics, Research Methodology, elective courses, project or field work or Applied Science, a compulsory Computational Course, and an Interdisciplinary Course. These components form part of the four-year academic structure rather than separate optional additions.
Answer Summary: TU BSc General is a four-year annual-system science degree under the Institute of Science and Technology. The revised 2073 course structure totals 2,000 marks. Students study three core subjects in the first two years, two core subjects in the third year, and one major subject in the fourth year, alongside compulsory, elective, computational, interdisciplinary, and research-related components.
Key Takeaways:
General B.Sc. is a four-year annual-system program under TU IoST.
The revised course of study is structured across 2,000 marks.
First-year students take three core science subjects.
The same three core subjects continue in the second year.
Third year reduces the core subjects from three to two.
Fourth year concentrates on one major subject from the third year.
Communication, statistics, research, computational, interdisciplinary, and project-related study are built into the curriculum.
TU BSc General combines several science subjects within a four-year annual structure before concentrating on one major subject in the final year.
| Course detail | Information |
|---|---|
| Program | Bachelor of Science (General) |
| University | Tribhuvan University |
| Academic body | Institute of Science and Technology (IoST) |
| Duration | 4 years |
| Academic system | Annual system |
| Curriculum referenced | Revised Course of Study 2073 |
| Curriculum application | Effective from 2073 admission batches |
| Total marks | 2,000 |
| First-year core subjects | Any 3 subjects from either the Physical or Biological group |
| Second-year core subjects | Same 3 subjects as first year |
| Third-year core subjects | Any 2 subjects continued from first/second year |
| Fourth-year core study | 1 major subject continued from third year |
The curriculum structure allocates 500 marks to each academic year.
TU BSc General is structured as a multi-subject science degree in which the number of core subjects decreases as students move through the program.
The revised curriculum starts with three core subjects. Students continue the same three subjects in the second year, select two of them for the third year, and retain one of those subjects as the fourth-year major. Supporting courses are placed alongside the core subjects throughout the program.
This progression is one of the defining features of the General B.Sc. structure. The fourth-year major is not introduced as an unrelated new discipline; it develops from a subject already studied during the third year.
The four-year structure combines core science study with compulsory, elective, research-related, computational, and interdisciplinary components. Each year carries 500 marks under the revised course framework.
| Year | Main academic structure | Marks |
|---|---|---|
| First Year | 3 core subjects + Scientific Communication | 500 |
| Second Year | Same 3 core subjects + Applied Statistics | 500 |
| Third Year | 2 core subjects + Research Methodology + 2 electives | 500 |
| Fourth Year | 1 major subject + project/field work or Applied Science + Computational Course + Interdisciplinary Course | 500 |
| Total | Four-year B.Sc. structure | 2,000 |
The first year consists of three core subjects selected from either the Physical or Biological group, together with compulsory Scientific Communication.
Each core subject carries:
Theory: 100 marks
Practical: 50 marks
Three core subjects therefore account for 450 marks.
Scientific Communication carries another 50 marks, bringing the first-year total to 500 marks.
The curriculum describes Scientific Communication as a compulsory paper rather than a core science subject.
The second year continues the same three core subjects studied in the first year.
The marks remain:
Theory: 100 marks for each core subject
Practical: 50 marks for each core subject
Three core subjects: 450 marks
Applied Statistics is added as a 50-mark theory paper. The second-year total is therefore 500 marks.
Continuing the same three subjects preserves the subject sequence established in the first year before students reduce their core selection in the third year.
The third year reduces the core science load from three subjects to two.
Students continue any two subjects from their first- and second-year core study. Each carries 100 marks for theory and 50 marks for practical work, producing 300 marks across the two core subjects.
The remaining third-year components are:
Research Methodology: 100 marks
Two elective courses from the respective subject pool: 50 marks each
The two electives contribute 100 marks, giving the third year a total of 500 marks.
The fourth year concentrates the core component into one major subject selected from the student's third-year study.
The major component consists of two courses from the same subject. The curriculum allocates:
Two theory courses: 100 marks each
Practical components: 50 marks each
Major/core component total: 300 marks
The remaining 200 marks come from three curriculum areas:
Project Work/Field Work or Applied Science: 100 marks
Computational Course: 50 marks
Interdisciplinary Course: 50 marks
The Computational Course is identified as a compulsory paper and includes theory/laboratory work. The Interdisciplinary Course is a theory paper.
TU's third- and fourth-year syllabus also contains subject-level courses, including fourth-year project work and interdisciplinary study within individual disciplines.
The revised four-year structure assigns an equal 500 marks to each year.
| Academic year | Marks |
|---|---|
| First Year | 500 |
| Second Year | 500 |
| Third Year | 500 |
| Fourth Year | 500 |
| Total | 2,000 |
The distribution combines theory, practical work, compulsory supporting papers, electives, research-related study, and fourth-year interdisciplinary and computational components.
The first-year revised syllabus lists ten science disciplines alongside compulsory Scientific Communication.
The science subjects listed are:
Botany
Chemistry
Environmental Science
Geology
Mathematics
Meteorology
Microbiology
Physics
Statistics
Zoology
Scientific Communication appears separately as the compulsory first-year paper.
The revised third-year syllabus lists the same ten science disciplines and Research Methodology. The third year requires students to continue two core subjects from their earlier study while also completing Research Methodology and two electives from the relevant subject pool.
The fourth-year major comes from a core subject retained in the third year.
The revised curriculum organizes first-year core subject selection through Physical and Biological groups.
Its four-year structure specifies that students take any three core subjects from either the Physical or Biological group in the first year. The same three subjects continue in the second year. Two are retained in the third year, and one of the third-year subjects becomes the fourth-year major.
The central structure table establishes the group-based progression but does not assign every listed science discipline to a group within that table. For that reason, the program structure is stated here without creating an unsupported Physical-versus-Biological subject allocation.
TU BSc General includes supporting courses at each stage of the four-year program rather than consisting only of core science papers.
Scientific Communication is a compulsory 50-mark theory paper in the first year.
It sits alongside the three core science subjects and completes the 500-mark first-year structure.
Applied Statistics is a 50-mark theory paper in the second year.
The three continuing core subjects account for 450 marks, while Applied Statistics brings the second-year total to 500 marks.
Research Methodology carries 100 marks in the third year.
It is studied alongside two continuing core subjects and two elective courses.
Third-year students take two elective courses from the respective subject pool.
Each elective carries 50 marks, giving a combined elective value of 100 marks.
The fourth year assigns 100 marks to Project Work/Field Work or Applied Science leading to the student's core subject.
The structure identifies research work and presentation in connection with the project/field-work route. Subject-level syllabi provide additional detail for individual disciplines.
The fourth year includes a compulsory Computational Course carrying 50 marks.
The curriculum classifies it as a theory/laboratory paper.
Students also take one 50-mark Interdisciplinary Course in the fourth year.
It forms the final 50 marks of the 500-mark fourth-year structure.
The major subject is selected through a sequence that begins in the first year.
The curriculum progression is:
First Year: three core subjects
Second Year: the same three core subjects
Third Year: two subjects retained from the earlier years
Fourth Year: one subject retained from the third year as the major
The fourth-year major carries 300 marks through two theory courses and practical components. The remaining 200 marks come from project/field work or Applied Science, the compulsory Computational Course, and one Interdisciplinary Course.
This structure links the fourth-year major directly to the student's earlier core study rather than treating the major as a separate subject chosen only in the final year.
Tribhuvan University's General B.Sc. is a four-year annual-system science degree administered through the Institute of Science and Technology. Its revised 2073 structure carries 2,000 marks, divided equally across four academic years.
The curriculum begins with three core subjects, retains the same three in the second year, reduces them to two in the third year, and concentrates on one major subject in the fourth year. Scientific Communication, Applied Statistics, Research Methodology, electives, project or field work or Applied Science, a Computational Course, and an Interdisciplinary Course form the supporting academic structure around that progression.
TU BSc General is a four-year bachelor's program under the Institute of Science and Technology. It follows the annual system.
The revised 2073 four-year curriculum totals 2,000 marks. Each academic year carries 500 marks.
Students take three core subjects from either the Physical or Biological group. Each core subject carries 100 marks for theory and 50 marks for practical work.
No. The revised structure states that students continue the same three core subjects in the second year. Applied Statistics is added as a 50-mark theory paper.
Students continue two core subjects from those studied in the first and second years. The third year also contains Research Methodology and two elective courses.
Students concentrate on one major subject continued from the third year. The fourth-year structure also contains Project Work/Field Work or Applied Science, a compulsory Computational Course, and one Interdisciplinary Course.
The revised syllabus lists Botany, Chemistry, Environmental Science, Geology, Mathematics, Meteorology, Microbiology, Physics, Statistics, and Zoology among the science disciplines.
