MSc Chemistry syllabus is designed in such a way that it provides both theoretical and practical knowledge to the students. MSc Chemistry course is popular among those who have graduated in BSc Chemistry. MSc Chemistry subjects are an extension of what students have studied at their graduation level. The subjects for MSc Chemistry include various aspects of Chemistry such as Organic Chemistry, Physical Chemistry, Inorganic Chemistry, Analytical Chemistry and other related subjects. The MSc Chemistry syllabus has been prepared to train individuals so that they can meet the professional demands in the field of Chemistry. The MSc Chemistry syllabus has been divided into all four semesters from basic concepts to advanced level. The syllabus for the MSc Chemistry course also deals with other concepts such as organometallics, chains, rings and clusters, and polymer science.
MSc Chemistry is offered as a two-year regular postgraduate programme in most universities. The course can also be done as an assistance learning course but one should do this course as a full-time regular course as MSc Chemistry subjects require a lot of laboratory-based classes for a thorough understanding of the subject. MSc Chemistry provides a wide range of interdisciplinary subjects and branches of chemistry like Surface Chemistry, Thermodynamics, Equilibria, and Polymer Chemistry, amongst others. MSc Chemistry is opted by those aspirants who wish to explore their career opportunities in the fields of Biochemistry, Chemical Biology, Nanotechnology, Molecular Biology, etc. On this page, candidates can check the detailed list of MSc Chemistry subjects and syllabus, important books, course structure, and more.
MSc Chemistry syllabus mainly focuses on topics such as Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Green Chemistry, Polymer Science, Organometallics etc. Listed below in the table is the year-wise MSc Chemistry syllabus.
Listed below in the table are the first-year semester-wise MSc Chemistry subjects.
Semester 1 | Semester 2 |
---|---|
Inorganic Chains, Rings, and Clusters | Synthetic Strategies and Pericyclic Reactions |
Stereochemistry and Reaction Mechanism | Spectroscopic Methods in Chemistry |
Inorganic Semimicro | Qualitative Analysis Lab |
Group theory and Quantum Chemistry | Thermodynamics and Equilibria |
Analytical Chemistry | Solid State Chemistry and Materials Science |
Physical Chemistry Experiments Lab | Inorganic Quantitative Analysis Lab |
Listed below in the table are the second-year semester-wise MSc Chemistry subjects.
Semester 3 | Semester 4 |
---|---|
Bioinorganic and Organometallic Chemistry | Chemistry of Biomolecules |
Bioorganic and Heterocyclic | Photochemistry |
Electrochemistry | Green Chemistry |
Organic Qualitative Analysis Lab | Surface Science and Coating Technology |
Instrumental Methods of Analysis Lab | Nano-Chemistry and Technology |
Coordination Chemistry | Kinetics |
Spectroscopic Identification of Molecules | Industrial Catalysis |
Organic Quantitative Analysis Lab | Polymer Science |
Medicinal Chemistry | Bioanalytical Chemistry |
MSc Chemistry subjects have two types: core and elective and subject pattern. They provide in-depth knowledge to the students about various topics in the field of chemistry. The first semester of MSc Chemistry comprises introductory core subjects and in semesters 2, 3 and 4 the elective choices have to be introduced. The elective MSc Chemistry subject choices may vary in various colleges but the core subjects are almost the same everywhere. Listed below are the subjects for MSc Chemistry along with the topic title.
Subject Name | Topics Title |
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Physical Chemistry |
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Organic Chemistry |
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Inorganic Chemistry |
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The aspirants who have opted for the MSc Chemistry course must know about different subjects and the related topics that they will have to study as part of the MSc Chemistry subject. The subjects of MSc Chemistry vary from college to college but many common subjects are taught in almost all the universities. The lists of common MSc Chemistry subjects are mentioned below:
Subjects | Topics |
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Quantum Chemistry | Atom of hydrogen; The principle of linear variation; Theory of Perturbation, Separation energies; Tunneling; Rigid rotator; Inorganic Reaction Mechanism and Organometallics; Essential math concepts are reviewed |
Principles of Organic Chemistry | Elements of symmetry; Asymmetric synthesis; Thero and erythro isomers; Review of structure and bonding; Methods of resolution; Stereochemistry; Thero and erythro isomers; Elements of symmetry; Asymmetric synthesis; Thermodynamics; Different Oxidation Processes; Different Reductive Processes; The Hammett Equation |
Organic Reactions & Mechanisms | Classical and non-classical carbocation; At an allylic, aliphatic trigonal, and vinyl carbon, nucleophilic substitution occurs. Electrophilic; double bond shifts accompany electrophilic substitution, Aliphatic Nucleophilic Substitution; The SNi mechanism; substrate structure, attaching nucleophile, leaving group, and reaction media reactivity impacts |
Bio-organic Chemistry | Electron Transfer; Metalloproteinase and Metalloenzymes; Iron Selective Transport and Storage; Fes Clusters, ionospheres, and other related topics |
Inorganic Reaction Mechanism and Organometallics | Inorganic photochemistry, Organometallic Chemistry, Magnetic and spectral characteristics; Substitution of Octahedral Planar Complexes; Marcus theory; Adamson’s guidelines; Homogeneous catalysis; Photo redox processes; Fluxional molecules; Metal arene complexes |
Group Theory and Spectroscopy | table Electromagnetic Radiation and its Interaction with Matter, Derivation of the projection operator, definition of a group, point groups, symmetry, character Spectroscopy Model of a Rigid Rotor. |
Classical and Statistical Thermodynamics | Classical Thermodynamics; Review of thermodynamic laws; fugacity idea and determination; Concepts and examples in statistics; Statistics and the Fermi-Dirac equation Calculations of probabilities, Coefficient of electrolytic solutions; Equilibrium conditions and restrictions Theoretical premises; |
The elective or optional subjects allow students to delve deeper into specific areas of interest within chemistry, tailoring their program to their career aspirations. Some commonly offered elective subjects in the MSc Chemistry syllabus include:
Note: The exact core and elective subjects available can differ based on the university and its program structure. It is recommended to verify the specific MSc Chemistry syllabus or curriculum with the university you are considering.
Laboratory subjects give students a practical, hands-on approach to the topic at hand. The following are common MSc in Chemistry lab subjects:
In India, pursuing an MSc in Chemistry through Open & Distance Learning (ODL) is entirely valid, with several universities currently offering this course. Many colleges and universities in India provide the MSc Chemistry correspondence course to meet the higher education needs of students and working professionals. To be eligible, students must meet specific requirements. Universities and institutions offer comprehensive learning for each topic.
As distance education students in the MSc Chemistry program, individuals acquire knowledge and skills without attending regular classes. Students can choose colleges and universities based on their preferences, considering factors like reputation and facilities. The Distance MSc Chemistry Course in India is popular among students who have completed their UG degree with Chemistry as the main subject. Here is an overview of the MSc Chemistry syllabus for the distance education program:
The following table highlights the semester-wise MSc Chemistry subjects for the first year:
Semester 1 | Semester 2 |
---|---|
Inorganic Chains, Rings, and Clusters | Synthetic Strategies and Pericyclic Reactions |
Group Theory and Quantum Chemistry | Thermodynamics and Equilibria |
Stereochemistry and Reaction Mechanism | Spectroscopic Methods in Chemistry |
Analytical Chemistry | Solid State Chemistry and Materials Science |
Inorganic Semimicro | Qualitative Analysis Lab |
Physical Chemistry Experiments Lab | Inorganic Quantitative Analysis Lab |
The following table outlines the semester-wise MSc Chemistry subjects for the second year:
Semester 3 | Semester 4 |
---|---|
Bioinorganic and Organometallic Chemistry | Chemistry of Biomolecules |
Coordination Chemistry | Kinetics |
Bioorganic and Heterocyclic | Photochemistry |
Spectroscopic Identification of Molecules | Industrial Catalysis |
Electrochemistry | Green Chemistry |
Organic Quantitative Analysis Lab | Polymer Science |
Organic Qualitative Analysis Lab | Surface Science and Coating Technology |
Medicinal Chemistry | Bioanalytical Chemistry |
Instrumental Methods of Analysis Lab | Nano-Chemistry and Technology |
MSc Chemistry admission in some top universities and colleges are offered through entrance examinations. Thus, one should be aware of the entrance examination and the syllabus conducted by the universities and colleges to grant admission to MSc Chemistry. Listed below in the table are the details of entrance examinations and their syllabus.
Exam Name | Details | Syllabus |
---|---|---|
CUET PG | Common University Entrance Exam is a national-level entrance test conducted by NTA to grant admission in different UG and PG courses. Almost 66 participating universities are there in CUET. | Syllabus of CUET PG |
IIT JAM | Indian Institute of Technology Joint Admission Test is a national-level exam to offer admission in different postgraduate courses at IITs and integrated PhD degrees at IISc. | Syllabus of IIT JAM |
BITSAT | Birla Institute of Technology and Science Admission Test is conducted in two sessions in an online mode by Bits Pilani to offer admission in postgraduate programs for campuses in Goa, Pilani and Hyderabad. | Syllabus of BITSAT |
IPU CET | Indraprastha University Common Entrance Test is a yearly university-level exam to offer admission into different UG and PG programmes. | Syllabus of IPU CET |
DUET | Delhi University Entrance Test is conducted to offer admission in various UG and PG programmes for almost 60 courses. The DUET exam is conducted once a year and NTA is the conducting body of DUET. | Syllabus of DUET |
MSc Chemistry reference books are the source to get an actual understanding of the MSc Chemistry subject. The books provide the foundational understanding of the entire MSc Chemistry Syllabus. The MSc Chemistry books are available for students in online and offline modes. But the right choice of the book is very important so we have listed some popular MSc Chemistry books and their authors in the table below.
Books | Authors |
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Inorganic Chemistry | James E Huheey |
The mechanism in Organic Chemistry | Peter Sykes |
Quantum Chemistry | RK Prasad |
March’s Advanced Organic Chemistry | Michael Smith |
Advanced Organic Chemistry | Carey and Sundberg |
Encyclopedia of Chemical Technology | Kirk Othmer |
The MSc Chemistry program usually lasts four semesters, and each semester concentrates on specific aspects of the field. While the arrangement of subjects can differ between universities, it commonly involves a mix of core and elective subjects in each semester. Various assessment methods are used by universities to evaluate students' learning in the MSc Chemistry program as described below.
The MSc Chemistry syllabus for top entrance exams includes topics such as Trigonometry, Structure and Properties of Atoms, Solid State, Profit and Loss, Probability, Plant Biotechnology, Physics, Molecular Biology, Mathematics, Linear and Quadratics Equations, Life Sciences, Horticulture, Geometry, Forensic Science and Criminology, Food Technology, Evolution, Environmental Science, Data Science, Chemical Thermodynamics, Botany, Biochemistry, etc.
The distance learning MSc Chemistry syllabus is similar to the regular course syllabus. It includes subjects such as Thermodynamics and Equilibria, Stereochemistry and Reaction Mechanism, Spectroscopic Methods in Chemistry, Spectroscopic Identification of Molecules, Photochemistry, Industrial Catalysis, Group Theory and Quantum Chemistry, Green Chemistry, Electrochemistry, Coordination Chemistry Kinetics, Bioorganic and Heterocyclic, etc.
The top private colleges that offer the best MSc Chemistry course curriculum are VIT Vellore, Vellore Institute of Technology - Chennai Campus, SOA University, SASTRA, Manipal Academy of Higher Education, Kalinga Institute of Industrial Technology (KIIT), Chandigarh University, BITS Pilani, Amity University Noida, etc.
The top government colleges that offer the best MSc Chemistry course curriculum are the University of Hyderabad (UoH), Osmania University, Jawaharlal Nehru University, Jamia Millia Islamia, Institute of Chemical Technology (Mumbai), Indian Institute of Science, Calcutta University, Bharathiar University (Coimbatore), Banaras Hindu University, etc.
The following are some popular MSc Chemistry project topics:
The methodologies and techniques that are used to teach the MSc Chemistry syllabus and subjects include lab instruction, inquiry, and creative and innovative instructional methods. Both academic reading and practical approaches are equally valued in the curriculum. Here are some teaching strategies involved:
The MSc Chemistry course offers candidates a wide range of specialisation alternatives. It seeks to provide students with a thorough grasp of the course concepts in an approachable manner. The following describes the MSc Chemistry course structure:
The MSc Chemistry syllabus for the second year includes subjects such as Inorganic Special- I, II, III & IV, Molecular Rearrangements & Photochemistry, Nomenclature, Organic Special- I, II, III & IV, Organometallic Chemistry, and Physical Special- I, II, III & IV. These MSc Chemistry subjects help students develop both theoretical and practical skills that are required to compete in the cutthroat market.
The MSc Chemistry syllabus for the first year includes subjects such as Physical Chemistry I & II, Inorganic Chemistry I & II, Organic Chemistry I & II, Spectroscopy, and Techniques of Chemistry II. These MSc Chemistry subjects help students develop their skills and make their basic concepts strong.
In the MSc Chemistry syllabus, organic chemistry takes a closer look at the intriguing realm of carbon-based molecules. You'll delve into:
Advanced reaction mechanisms: Understanding how and why molecules change.
Stereochemistry: Exploring the three-dimensional shapes of molecules and their influence on properties.
Synthesis methods: Building complex molecules from the ground up.
Spectroscopy: Utilising light to analyse molecules.
Medicinal chemistry: Designing new drugs to enhance healthcare.
Bioorganic chemistry: Understanding the chemistry of living organisms.
The following are the year-wise lab MSc Chemistry subjects:
First-year practical subjects for MSc in Chemistry: Physical Chemistry, Techniques of Chemistry, Inorganic Chemistry, and Organic Chemistry.
Second-year practical subjects for MSc in Chemistry: Physical Chemistry, Inorganic Chemistry, and Organic Chemistry.
Indeed, there could be minor variations in the syllabus between regular and distance MSc Chemistry programs at certain universities. Regular programs typically emphasize more on lab work and practical sessions, whereas distance programs concentrate more on lectures and self-study. Nevertheless, the essential theoretical content remains mostly consistent, ensuring that you acquire the same foundational knowledge in both modes.
The elective subjects in MSc Chemistry can differ from one university to another. Examples may include topics such as green chemistry, bioanalytical chemistry, polymer science, surface science, advanced organic/inorganic/physical chemistry, computational methods, and analytical chemistry. These elective courses offer you the opportunity to specialize in your preferred area of chemistry, allowing for a deeper understanding of the subject.
The core MSc Chemistry subjects delve deep into the fundamental concepts of the field, covering advanced organic, inorganic, analytical, and physical chemistry. You will also master computational tools and explore frontiers like green chemistry and nanoscience.