The Master of Science (M.Sc.) in Chemistry is a postgraduate programme designed to provide advanced knowledge and practical expertise in the core branches of Chemistry including Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Spectroscopy, Environmental Chemistry, Biochemistry, Chemical Dynamics, and Analytical Techniques.
The programme emphasizes both theoretical understanding and laboratory-based learning through advanced practical courses, research projects, scientific investigations, and dissertation work. Students gain hands-on experience with modern analytical instruments, spectroscopic techniques, chemical synthesis, environmental analysis, and contemporary research methodologies.
The curriculum is structured under the Choice Based Credit System (CBCS) and prepares students for careers in research institutions, higher education, chemical industries, pharmaceuticals, environmental agencies, quality control laboratories, forensic science, biotechnology sectors, and government organizations.
| Semester | Major Areas of Study | Practical / Research Components | Credits |
|---|---|---|---|
| Semester VII |
Inorganic Chemistry Organic Chemistry Physical Chemistry Spectroscopy |
Advanced Laboratory Practical | 24 |
| Semester VIII |
Advanced Organic Chemistry Advanced Physical Chemistry Coordination Chemistry Spectroscopic Methods |
Laboratory Work & Internal Assessment | 24 |
| Semester IX |
Environmental Chemistry Biochemistry Chemical Dynamics Elective Specialization |
Practical Training & Project Work | 24 |
| Semester X |
Advanced Elective Courses Specialized Chemistry Papers Contemporary Topics in Chemistry |
Dissertation / Research Project Seminar & Viva Voce |
24 |
| Total Programme Credits | 96 | ||
2 Years
4 Semesters
96 Credits
Theory, Practical & Research
Students are expected to maintain the minimum attendance prescribed by the University and actively participate in lectures, laboratory sessions, seminars, and academic activities.
Practical training forms an integral part of the programme. Students must complete all laboratory experiments, record work, practical assignments, and laboratory assessments.
Students are required to undertake research-oriented activities, dissertation work, project assignments, and scientific studies under the guidance of faculty members.
Academic performance is evaluated through internal assessments, assignments, practical examinations, seminars, presentations, project work, and end-semester examinations.
Students are encouraged to develop analytical thinking, experimental design skills, scientific reasoning, and evidence-based problem-solving abilities.
Learners are encouraged to utilize modern analytical instruments, spectroscopic techniques, computational tools, and research software during their studies.
Participation in seminars, presentations, workshops, scientific discussions, and academic events is encouraged to enhance communication and professional skills.
Students must successfully complete all prescribed theory papers, practical components, dissertation work, examinations, and credit requirements to earn the M.Sc. Chemistry degree.
Comprehensive academic support and vibrant student engagement opportunities.
