The Bachelor of Science (B.Sc.) in Chemistry is a comprehensive undergraduate programme designed to provide students with a strong foundation in chemical sciences through theoretical learning, laboratory experimentation, analytical techniques, and research-based activities. The curriculum covers Organic, Inorganic, Physical, Analytical, Bioorganic, Medicinal, and Industrial Chemistry while integrating modern scientific applications and practical training.
The programme develops scientific reasoning, critical thinking, problem-solving abilities, and laboratory competencies essential for careers in research, pharmaceuticals, chemical industries, environmental sciences, healthcare, quality control, education, and higher studies. Students gain hands-on experience through practical courses, analytical methods, instrumental techniques, and research projects.
Graduates emerge with the knowledge and skills required to understand chemical processes, conduct scientific investigations, analyze experimental data, and contribute effectively to scientific and industrial advancements.
Admission Requirements for B.Sc. Chemistry Programme
Candidates must have passed the 10+2 examination or its equivalent from a recognized Board with Science stream and Chemistry as one of the subjects.
Students with Chemistry along with Physics, Mathematics, Biology, or related Science subjects at the 10+2 level are eligible for admission.
Building Scientific Knowledge, Practical Skills and Research Excellence
Semester-wise Course Distribution and Credit Structure
| Year | Semester | Course Title | Type | Credits |
|---|---|---|---|---|
| First Year | I | Fundamentals of Chemistry | Theory | 4 |
| Quantitative Analysis | Practical | 2 | ||
| II | Bioorganic and Medicinal Chemistry | Theory | 4 | |
| Biochemical Analysis | Practical | 2 | ||
| Second Year | III | Chemical Dynamics & Coordination Chemistry | Theory | 4 |
| Physical Analysis | Practical | 2 | ||
| IV | Quantum Mechanics & Analytical Techniques | Theory | 4 | |
| Instrumental Analysis | Practical | 2 | ||
| Third Year | V | Organic Synthesis – A | Theory | 4 |
| Rearrangements and Chemistry of Group Elements | Theory | 4 | ||
| Qualitative Analysis | Practical | 2 | ||
| Research Project | Project | 3 | ||
| VI | Organic Synthesis – B | Theory | 4 | |
| Chemical Energetics & Radiochemistry | Theory | 4 | ||
| Analytical Methods | Practical | 2 | ||
| Research Project | Project | 3 | ||
| Total Credits | 52 | |||
Detailed Structure of the B.Sc. Chemistry Programme
Guidelines for Effective Learning and Academic Progression
Students are expected to attend all theory classes, laboratory sessions, seminars, and academic activities regularly. Minimum attendance requirements shall be governed by the regulations of the affiliating university.
Student performance is evaluated through assignments, class tests, practical records, presentations, viva-voce examinations, project work, and semester-end examinations as prescribed by the university.
Practical courses form an integral component of the programme. Students must maintain laboratory records, follow safety procedures, perform experiments diligently, and successfully complete practical assessments.
Students are encouraged to participate in research-oriented activities, scientific investigations, project work, seminars, and innovative learning experiences to strengthen analytical and scientific skills.
Students are expected to maintain academic integrity, honesty, discipline, environmental responsibility, and ethical conduct in all academic and laboratory activities.
Successful completion of prescribed coursework, practical training, project work, and examination requirements is necessary for progression to higher semesters and for the award of the degree.
All academic activities, examinations, attendance requirements, grading systems, and award of certificates, diploma, and degree shall be governed by the rules, regulations, ordinances, and guidelines of the affiliating university as amended from time to time.
Comprehensive academic support and vibrant student engagement opportunities.
