This intensive research project provides 'hands-on' training in methods and techniques of scientific research. The MSc Chemistry (Research) program is perfect for scholars who want to begin a research career. Students develop a systematic approach to devising experiments and/or computations and gain familiarity with a broad range of synthetic, analytical and spectroscopic techniques, acquiring skills for the critical analysis of their experimental and computational observations.
Shoolini has state-of-the-art infrastructure, including more than 100 well-equipped labs, cutting-edge curriculum and an award-winning library.
MSc Chemistry (Research) at Shoolini University is NAAC B+ accredited and has UGC certification.
Most of the faculty is postdoc/leading scientists in their field. The chemistry department at Shoolini University regularly writes high quality research publications. Students often become co-authors of these publications. Our well-versed Scientific Writing Cell also supports their publications.
Apart from joining leading organisations, the students also pursue research or become PHD scholars. Many faculty members have received grants from national and international funding agencies. Some of our students have also received a JRF of Rs 30,000 per month and Rs 20,000-25,000 per month.
Key areas of research
Physical Chemistry | Organic Chemistry | Inorganic Chemistry | Nano technology | Water purification | Green Chemistry | Photocatalysis | Green synthesis | Hydrogels | Adsorption | Drug delivery | Electrochemical sensors | Computational Chemistry
MSc Chemistry (Research) Career Opportunities
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Sr. No. | COURSE NAME | CREDITS | COURSE TYPE | |
Semester I | 1 | Inorganic Chemistry & Group Theory(F) | 3 | Core |
2 | Inorganic Chemistry Practical –I | 1 | Core | |
3 | Organic Reaction Mechanism and Stereochemistry (F) | 3 | Core | |
4 | Organic Chemistry Practical –I | 1 | Core | |
5 | Molecular Spectroscopy (F) | 3 | Core | |
6 | Physical Chemistry Practical –I | 1 | Core | |
7 | Sprint | 1 | Skill | |
Total | 13 | |||
Semester II | 1 | Metal Ligand Bonding &Magnetochemistry (Core) | 3 | Core |
2 | Inorganic Chemistry Practical-II | 1 | Core | |
3 | Organic Reactions & Reagents (Core) | 3 | Core | |
4 | Organic Chemistry Practical-II | 1 | Core | |
5 | Thermodyanamics, kinetics and Electrochemistry (Core) | 3 | Core | |
6 | Physical Chemistry Practical-II | 1 | Core | |
7 | Green Chemistry (Core) | 3 | Core | |
8 | Research Methodology-I | 3 | Core | |
9 | Sprint | 1 | Skill | |
Total | 19 | |||
Semester III | 1 | Organic Spectroscopy (Core) | 3 | Core |
2 | Statistical Thermodynamics and Basic Quantum Chemistry (Core) | 3 | Core | |
3 | Programme electives (Opt any one from the Below list) | 4 | Skill | |
4 (A) | Inorganic Chemistry (Core) | |||
1 . Modern techniques of Instrumentation | - | Core | ||
2 .Inorganic Photochemistry & Polymeric Compounds | - | Core | ||
4 (B) | Physical Chemistry (Core) | |||
Solid State Chemistry | - | Core | ||
Chemistry of Colloids & Solids | - | Core | ||
4 (C ) | Organic Chemistry (Core) | |||
Heterocyclic Chemistry | - | Core | ||
II. CHM-539 Synthetic Strategies | - | Core | ||
4(D) | Pharmaceutical Chemistry | |||
I. CHM-5310 Pharmaceutics–I | - | Core | ||
II. CHM-5311 Biochemistry | - | Core | ||
5 | Sprint | 2 | Skill | |
6 | Research Methodology-II | 3 | Core | |
7 | Project Seminar | 1 | - | |
Total | 16 | |||
Semester IV | 1 | Disciplinary Specific Elective (two to be chosen) | 8 | |
A | Inorganic Chemistry (DE) | |||
I. | Inorganic Spectroscopy | Core | ||
II. | Advanced Organometallics | Core | ||
III. | Chemistry of Transition and Inner Transition elements | Core | ||
B | Physical Chemistry (DE) | |||
I. | I. Advanced Quantum Chemistry | Core | ||
II. | II. Photophysical& Radiation Chemistry | Core | ||
III. | III. Catalysis and Photochemical Reactions | Core | ||
C | Organic Chemistry (DE) | |||
I. | Photochemistry and Pericyclic Reactions | Core | ||
II. | Natural Products | Core | ||
III. | Medicinal Chemistry | Core | ||
D | Pharmaceutical Chemistry (DE) | |||
I. | Medicinal Chemistry | Core | ||
II. | Drug Discovery | Core | ||
III. | Pharmaceutics–II | Core | ||
2 | Project & Dissertation | 7 | - | |
3 | Sprint | 2 | Skill | |
Total | 17 | |||
Total Credits (13+19+16+17) | 65 |
Frequently Asked Questions
Who teaches MSc Chemistry at Shoolini University?
The faculty members who teach MSc Chemistry at Shoolini are from top national and international institutions. Most of them are post-doctorates and leading scientists in their field.
How do you expose students to industry experience?
The students of MSc Chemistry attend guest lectures, seminars, and workshops, which provide an understanding of industry practices and emerging trends. We also offer valuable internships, field visits, and case studies for hands-on experience.
Is practical training a part of MSc Chemistry?
Yes, practical training is an integral part of the MSc Chemistry program. You can gain hands-on experience through laboratory sessions in various aspects of Chemistry, including Synthetic Organic Chemistry, Inorganic Chemistry, Physical Chemistry, Analytical Chemistry, and Biochemistry.
What placement opportunities are available for students who have completed MSc Chemistry at Shoolini University?
After completing MSc Chemistry at Shoolini University, you can work as research scientists, quality control analysts, production managers, or chemical engineers in various industries, including pharmaceuticals, petrochemicals, and polymers. Top recruiters include companies like Cipla, Zydus Cadilla, Glenmark, SRL Diagnostics, Mankind and many others. You can also enrol in a PhD program for advanced career opportunities in research, academia, and related fields.
Do you have a strong alumni network?
Yes, our strong alumni network provides ample opportunities and a powerful platform for students to network and develop professional connections, making them industry-ready.