MSC (Master of Science) in Chemistry Course in Noida

Overview

The M.Sc. Chemistry program at JIIT Noida is a two-year postgraduate course designed to provide students with both a strong theoretical foundation and hands-on research experience in chemical sciences. The program blends the core areas of inorganic, organic, physical, and analytical chemistry with specialized electives in nanotechnology, green chemistry, catalysis, medicinal chemistry, computational chemistry, and polymer science, giving students the flexibility to align their studies with emerging global trends.

What sets this program apart is its industry-oriented curriculum that combines academic rigor with skill-based training and exposure to advanced laboratory techniques. Students undertake a dissertation project in their final year, allowing them to explore cutting-edge research problems while developing critical problem-solving and analytical abilities. With a focus on both academic excellence and industry readiness, the program prepares graduates for a wide spectrum of opportunities in research, industry, and academia.

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Curriculum Structure

Curriculum has been carefully designed to meet the objectives as mentioned earlier. We understand that in order to cater the demands of the market and meet the challenges of the future the curriculum is subjected to change.

First Semester

S.No.	Course Code	Course Title	Contact Hours				Credit
			L	T	P	Total
1	25M11CH111	Group Theory and Photoinorganic Chemistry	3	1	-	4	4
2	25M11CH112	Stereochemistry and Reactive Intermediates	3	1	-	4	4
3	25M11CH113	Chemical Dynamics and Electrochemistry	3	1	-	4	4
4	25M11CH114	Quantum Chemistry	3	1	-	4	4
5	25M15CH111	Inorganic Chemistry Lab–I	-	-	4	4	2
6	25M15CH112	Physical Chemistry Lab–I	-	-	4	4	2
7	19M21HS111	Presentation and Communication Skills	2	-	-	2	Audit
Total			14	4	8	26	20

Second Semester

S.No.	Course Code	Course Title	Contact Hours				Credit
			L	T	P	Total
1	25M11CH115	Organometallics and Bioinorganic Chemistry	3	1	-	4	4
2	25M11CH116	Organic Reagents and Pericyclic Reactions	3	1	-	4	4
3	25M11CH117	Molecular Spectroscopy	3	1	-	4	4
4	25M11CH118	Supramolecular Chemistry	3	1	-	4	4
5	xxxxxxxx	DE–I	3	-	-	3	3
6	25M15CH113	Inorganic Chemistry Lab–II	-	-	4	4	2
7	25M15CH114	Organic Chemistry Lab–I	-	-	4	4	2
Total			15	4	8	27	23

Third Semester

S.No.	Course Code	Course Title	Contact Hours				Credit
			L	T	P	Total
1	25M11CH211	Nanomaterials and Their Applications	3	1	-	4	4
2	25M11CH212	Industrial Chemistry	3	1	-	4	4
3	25M11CH213	Organic Spectroscopic Techniques	3	-	-	3	3
4	xxxxxxxx	DE–II	3	-	-	3	3
5	xxxxxxxx	DE–III	3	-	-	3	3
6	xxxxxxxx	DE–IV	3	-	-	3	3
7	25M15CH211	Organic Chemistry Lab–II	-	-	4	4	2
8	25M15CH212	Physical Chemistry Lab–II	-	-	4	4	2
Total			18	2	8	28	24
Total Credits: 80

Fourth Semester

S.No.	Course Code	Course Title	Contact Hours				Credit
			L	T	P	Total
1	xxxxxxxx	DE–V	3	-	-	3	3
2	25M17CH211	Project Work / Dissertation	-	-	20	20	10
Total			3	-	20	23	13
Total Credits: 80

Tentative List of Proposed Electives

DE I

Frontiers in Inorganic Chemistry
Environmental Chemistry
Nuclear Chemistry
Green Chemistry

DE III

Chemoinformatics
Bioorganic Chemistry
Physical Organic Chemistry- Advanced
Pharmaceutical Technologies
Advanced Quantum Chemistry

DE V

Chemistry of Surfactant and Pesticides
IPR
Medicinal Chemistry
Non-equilibrium Thermodynamics

DE II

Food Chemistry
Chemistry of Natural products
Computational Chemistry
Inorganic Polymers

DE IV

Biopolymers
Surface Chemistry and Catalysis
Computer Aided Drug Design
X-ray Crystallography
Biosensors