MSc Chemistry Syllabus

Generally offered as a one or two-year program, MSc Chemistry is a postgraduate-level course that encompasses a diverse range of interdisciplinary subjects and branches of chemistry like Quantum Chemistry, Surface Chemistry, Thermodynamics and Equilibria, and Polymer Chemistry, amongst others. It is generally opted by those wanting to explore opportunities in the fields of Biochemistry, Chemical Biology, Molecular Biology, and Nanotechnology, to name a few. If you are interested in pursuing this master’s degree, you must familiarise yourself with the syllabus and subjects covered during the course. Here’s a blog that aims to provide you with an MSc Chemistry syllabus, key subjects as well and career scope.

Course	MSc Chemistry
Full-Form	Master’s in Science in Chemistry
Education Level	Postgraduate
Duration	1-2 years
Minimum Eligibility	BSc degree with 50% or more with Chemistry as one of the main subjects.
Average Fees	INR 30,000 to INR 3 lakhs (more if opting for study abroad)
Major Subjects	Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Quantum Chemistry, Inorganic Reaction Mechanism, Thermodynamics, etc.
Career Prospects	Chemist, Toxicologist, Chemical Research Assistant, Pharmacy Assistant, Lab Scientist, etc.

MSc Chemistry Syllabus Overview

Though the actual course offerings might differ from one program to another, MSc Chemistry mainly focuses on providing students with advanced-level knowledge of subjects covered under the BSc Chemistry syllabus like Organic Chemistry, Inorganic Chemistry, and Physical Chemistry, amongst others. Furthermore, it also includes extensive laboratory work as students are taught about chemical structures, experiments, etc.

The syllabus for MSc Chemistry is designed in such a unique way that learners get a chance to explore its theoretical and practical knowledge. Evidently, it is quite a popular course among students who have completed their Bachelor’s degree in Chemistry.

Semester Wise MSc Chemistry Syllabus

Take a look at the major subjects included in the MSc Chemistry syllabus during a 2-year program.

Year 1

Semester I	Semester II
Introduction to Nanoscience and Nanotechnology	Organic Chemistry -II
Heterocyclic Chemistry And Chemistry Of Biomolecules	Physical Chemistry -II
Surface, Interfaces, and Catalysis	Analytical Chemistry II
Organic Chemistry -I	Chemistry of Life
Physical Chemistry -I	Supramolecular and Medicinal Chemistry II
Analytical Chemistry	Surface, Interfaces, and Catalysis
Advanced Instrumental Methods of Analysis	Separation Techniques
Organic Chemistry -I	Inorganic Chemistry II
Physical Chemistry -I	–

Year 2

Semester III	Semester IV
Organic chemistry III	Major Project
Advanced Organic Chemistry -III	Functional Inorganic materials
Advanced Organic Synthesis -III	Advanced functional organic materials
Green Chemistry III	Advanced spectroscopy and applications in structural analysis
Inorganic Chemistry	Advanced electroanalytical techniques
Advanced Inorganic Chemistry III	Advances in surface, interface, and catalysis
Organometallics-III	Advanced materials energy storage and conversion devices
Solid-state Chemistry and Advanced Materials -III	Advanced polymer science and technology
Water Chemistry and Treatment Technology-III	Practicals
Environmental Chemistry and Applied Analysis	–

Note: The aforementioned semester-wise syllabus is only for indicative purposes. The actual syllabus and course offerings might differ as per the program and university.

MSc Chemistry Important Topics

Generally, MSc Chemistry Subjects are of two categories including core and elective. While the first semester offers introductory concepts, it gets more detailed and extensive as students gradually learn over the months.

Core Subjects

The core subjects lay the learning foundations by covering essential concepts such as:

1. Organic Chemistry

• Organic Reaction Mechanisms
• Stereochemistry
• Organometallic Chemistry
• Natural Products Chemistry

2. Inorganic Chemistry

• Organometallic Chemistry
• Coordination Chemistry
• Bioinorganic Chemistry
• Spectroscopy In Inorganic Chemistry

3. Physical Chemistry

• Electrochemistry
• Quantum Mechanics
• Thermodynamics
• Kinetics

4. Computational Chemistry

• Nanoscience
• Environmental Chemistry
• Chemistry Of Advanced Materials
• Polymer Chemistry

MSc Chemistry Common Subjects

Students who are interested in pursuing MSc Chemistry must know about the common subjects in the course.

Subject	Topics
Principals of Organic Chemistry	Review of structure and bonding; Methods of resolution; Stereochemistry; Thero and erythroid isomers; Elements of Symmetry; Asymmetric Synthesis; Thermodynamics; The Hammett equation; Different Oxidation Processes; Different Reductive processes.
Inorganic Reaction Mechanism and Organometallics	Marcus theory; Adamson’s rules; Substitution of Octahedral planar complexes; Inorganic photochemistry; Homogeneous catalysis; Organometallic Chemistry; Spectral and magnetic properties; Fluxional molecules; Metal arene complexes; Photoredox reactions.
Quantum Chemistry	Tunnelling; Rigid rotator; Inorganic Reaction Mechanism and Organometallics; Separation energies; Review of essential mathematics concepts; Hydrogen atom; Linear variation principle; Perturbation theory.
Classical and Statistical Thermodynamics	Classical Thermodynamics; Review of the laws of thermodynamics; Concept and determination of fugacity; coefficient of electrolytic solutions; Equilibrium conditions and constraints; Basic postulates; Statistical concepts and examples; Fermi-Dirac equation and statistics; Probability calculations.
Group Theory and Spectroscopy	Definition of a group, point groups, symmetry, character table, derivation of projection operator, Spectroscopy- Electromagnetic Radiation and its interaction with matter, Rigid Rotor Model.
Organic Reactions & Mechanisms	Aliphatic Nucleophilic Substitution; Classical and nonclassical carbocations; The SNi mechanism;  Reactivity effects of substrate structure, attaching nucleophile, leaving group and reaction medium; Nucleophilic substitution at an allylic, aliphatic trigonal and a vinyl carbon; Electrophilic; electrophilic substitution accompanied by double bond shifts.
Bio-organic Chemistry	Selective Transport and Storage of Iron; Electron Transfer; Metalloproteins and Metalloenzymes; Fes Clusters, ionophores, etc.

Why Pursue MSc Chemistry?

Would you be interested in learning more about the smallest parts that make up the cosmos around us? You may go further into a variety of areas with an MSc in chemistry. Everything is possible, including the creation of new matter and materials, running experiments, looking into things, and doing analyses, as well as modelling and simulating chemical reactions and processes. You can respond to challenges numerically, conceptually, or empirically. Other elements might include:

• An essential field.
• Employment opportunities.
• Experiential learning.

Top Courses and Universities

MSc Chemistry is offered by numerous universities across the globe. Further, as a postgraduate degree, it is also available in different specializations of chemistry that students can choose from. Here are the top universities for MSc Chemistry and its variants.

Courses	Universities
MSc Chemistry	Technical University of Berlin University of Leeds University of Bayreuth University of Victoria National University of Singapore  University of Calgary Free University of Berlin Rochester Institute of Technology
MSc in Chemistry and Advanced Chemical Methodologies MSc in Pharmaceutical Chemistry and Technology	University of Camerino
MA in Organic Chemistry	Stockholm University
Master of Applied Science (Chemistry)	University of Tasmania
Master’s Degree in Theoretical Chemistry and Computational Modelling	Universidad Autonoma de Madrid
MSc Petroleum and GeoScience	Aalto University

Also Read: Top 5 Countries to Study Chemistry

MSc Chemistry Important Books

Here are a few important resources that will help you not only get the foundational understanding of the entire MSc Chemistry course but also comprehend the concepts. Here are a few examples for your convenience.

Books	Authors
Inorganic Chemistry	James E Huheey
Quantum Chemistry	RK Prasad
Advanced Organic Chemistry	Carey and Sundberg
The Mechanism in Organic Chemistry	Peter Sykes

MSc Chemistry Career Scope & Salary

Completing a master’s degree in Chemistry, graduates can explore a wide range of opportunities in academia, research as well as other sectors. Here are the key career prospects you must consider after completing MSc Chemistry:

• Scientist – Synthetic Lab (Computational Chemistry)
• Toxicologist
• Pharmacy Assistant
• Chemistry – Content Developer
• Chemistry Lecturers/Assistant/Associate Professors
• Chemistry Research Officer
• Scientist – Soil Chemistry/Fertility/Microbiology
• Application Specialist – Analytical Chemistry

The following are some of the most common MSc Chemistry careers accessible to successful MSc Chemistry graduates, along with the associated salary (average).

Job Prospects	Average Annual Salary (in INR)
Chemist	7-9 lakh
Clinical Research Associate	7-9 lakh
Lab Assistant	5-6 lakh
Toxicologist	8 lakh
Pharmaceutical Sales Executive	4-6 lakh

Must Read: How to Build a Successful Career in Chemistry?

FAQs

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