MSc Chemistry Syllabus: Semester, Year, Entrance Exam, Subjects, Course Details

Q: What are the course subjects of MSc Chemistry?

The core subjects in the M.Sc Chemistry course:Green ChemistryPolymer ScienceSurface Science and Coating TechnologyBioanalytical ChemistryNano-Chemistry and Technology

Q: What are the job options after MSc Chemistry?

The job options after MSc Chemistry are:Synthetic Lab Scientist.Content Creator.Assistant Professors.Online Mentor.Solid State Chemistry Expert.Chemistry/Biochemistry Research Officer.

Q: What are th etop 5 branches for MSc Chemistry?

Top 5 Branches of Chemistry for MastersMSc Organic Chemistry.MSc Medicinal Chemistry.MSc Analytical Chemistry.MSc Molecular Chemistry.MSc Biochemistry.

Q: What are the elective subjects in MSc Chemistry?

The elective subjects in the M.Sc Chemistry course are:Bioorganic and HeterocyclicSpectroscopic Identification of MoleculesElectrochemistryOrganic Quantitative Analysis LabOrganic Qualitative Analysis LabMedicinal Chemistry

Sounak Banerjee

Associate Content Manager

MSc Chemistry Syllabus studies at an advanced degree the study of chemistry at the atomic level. The branches of studying MSc Chemistry contain subjects like Quantum Chemistry, Surface Chemistry, Thermodynamics etc. MSc Chemistry syllabus contains subjects like Inorganic Chemistry, Equilibrium, Thermodynamics, Spectroscopic Methods, Nanoscience, Inorganic Chemistry etc.

See Also: Chemical Engineering Syllabus

MSc Chemistry is a mix of Academic Lectures, Individual Projects, Group Projects, Practical Reports and Professional Training. Some of the projects in MSc Chemistry are Crude palm oil analysis, Synthesis of aspirin and its decomposition etc. MSc Chemistry subjects help students excel in pharmaceutical companies, teaching careers, medicine production, chemical plants etc. Students who want to work in the academic field can do PhD after MSc Chemistry.

Table of Contents

MSc chemistry Course Details
MSc chemistry Complete Syllabus
MSc chemistry Semester Wise Syllabus

3.1 First Semester

3.2 Second Semester

3.3 Third Semester

3.4 Fourth Semester

MSc chemistry Entrance Exam Syllabus
MSc Chemistry Subjects: Specialization Wise

5.1 MSc Organic Chemistry subjects

5.2 MSc Physical Chemistry syllabus

5.3 MSc Analytical Chemistry syllabus

5.4 MSc Biochemistry syllabus

MG University MSc chemistry syllabus
MJPRU MSc Chemistry syllabus
DU MSc chemistry syllabus
MSc Chemistry Books
MSc Chemistry Teaching Methodology and Techniques
MSc Chemistry Syllabus: FAQs

MSc Chemistry Course Details

Course Name	Master of Science in Chemistry
MSc Chemistry Course Level	Post Graduate
MSc Chemistry Duration	2 years
MSc Chemistry Admission Process	Merit/Entrance Based
MSc Chemistry Entrance Exam	IIT JAM, NEST - National Entrance Screening Test, DUET, BITSAT
MSc Chemistry Eligibility	Candidates should have 50-60 % aggregate score in their graduation.
MSc Chemistry Colleges	Hindu College, Miranda House, Hansraj College, Fergusson College, Sri Venkateswara College, Chandigarh University, Christ University
MSc Chemistry Fees	INR 20,000 - INR 1,000,000

See Also:

MSc biochemistry	MSc organic chemistry
MSc analytical chemistry	MSc pharmaceutical chemistry

MSc Chemistry Syllabus

Semester I	Semester II
Inorganic Chemistry	Equilibrium and Thermodynamics
Chemistry Lab I	Spectroscopic Methods
Introduction to Nanoscience	Inorganic Chemistry II
Physical Chemistry	Chemistry Lab III
Chemistry Lab II	Physical Chemistry II
Catalysis of Surface and Interface	Elective I
Semester III	Semester IV
Organometallics	Electro Analytics and Radio Analytics
Separation Techniques	Industrial Catalysis
Green Chemistry	Photochemistry
Chemistry of Materials	Polymer Science
Group Theory	Elective III
Elective II	Elective IV

MSc Chemistry Semester Wise Syllabus

MSc Chemistry is a 2 year course divided into 4 semesters. Students learna bout all types of chemistry subjects at the base level like Inorganic Chemistry, nanoscience, Inorganic Chemistry etc.

MSc Chemistry First Semester Subjects

Inorganic Chemistry: Inorganic chemistry consists of inorganic compounds, which include metals, minerals, and organometallic compounds.
Introduction to Nanoscience: Nanoscience is the study of chemical and physical changes that takes place at the nanoscale.
Catalysis of Surface and Interface: Catalytic reaction occurs on the surface or interfaces of the solid catalyst, where reactants are adsorbed and subsequently converted to products.

See Also: Chemical Engineering Courses

MSc Chemistry Second Semester Subjects

Equilibrium and Thermodynamics: It is a condition or state of a thermodynamic system, which do not change with time and that can be changed to only at the expense of effects on other systems.
Spectroscopic Methods: These methods are used to study the interaction at the molecular scale. One such technique is nuclear magnetic resonance.
Inorganic Chemistry II: Inorganic chemistry II focuses on the methods used to identify the structure of organic molecules, advanced principles of organic stereochemistry, and methods used to synthesize organic compounds.

MSc Chemistry Third Semester Subjects

Organometallics: The study of organometallic compounds, chemical compounds containing at least one chemical bond between a carbon atom of an organic molecule and a metal
Separation Techniques: These refer to separating substances or mixtures such as Handpicking, Threshing, Winnowing, Sieving, Evaporation, Distillation, etc.
Green Chemistry: Green chemistry is the design of chemical products and processes that reduce or eliminate the use of hazardous substances.

See Also:

Biochemistry Syllabus	Scope of Biochemistry

MSc Chemistry Fourth Semester Subjects

Electro Analytics and Radio Analytics: Electroanalytical method, measure the quantity of electricity needed to convert the analyte quantitatively to a different oxidation state. While, radio analytics enhance the team's competitiveness, by quickly unlocking insights from teams' communications and feeding them into future strategies.
Industrial Catalysis: Industrial Catalysis is vital for the industrial world. industrial processes are catalyzed by mixed metal oxides.
Photochemistry: Photochemical in chemistry refers to the reaction triggered when light energy is absorbed by a substance's molecules. This leads the molecules to experience a temporary excited state.

See Also:

Analytical Chemistry Courses	Industrial Chemistry Courses

MSc Chemistry Entrance Exam Syllabus

Inorganic Chemistry	Atomic Structure
	Chemical Bonding
	Periodic Properties
	Acids, Bases and Non Aqueous Solvents
	s block elements
	P block elements A
	P block elements B
	Chemistry of noble gases
	Chemistry of the Elements of the First Transition Series
	Coordination compounds
	Oxidation and Reduction
	Chemistry of the Lanthanide Elements
	Chemistry of the elements of the second and third transition series
	Chemistry of Actinides
	Ionic Solids
	Metal-Ligand Bonding in Transition Metal Complexes
	Bio-inorganic Chemistry
	Inorganic solid state chemistry
	Organometallic Chemistry
	Electronic spectra of Transition Metal Complexes
	Industrial fuels and chemicals
	Symmetry and Term symbols
	Magnetic properties of transition metal complexes
	Selected topics
	Inorganic Polymers
	Thermodynamic and kinetic aspects of metal complexes
Physical Chemistry	Mathematical Concepts
	Gaseous State
	Chemical kinetics
	Thermodynamics
	Solutions, Dilute Solutions and Colligative Properties
	Liquid State and Applications
	Thermodynamics
	Chemical Equilibrium
	Phase Equilibrium
	Electrochemistry
	Solid State
	Colloidal State
	Quantum Chemistry
	Electrochemistry
	Molecular Structure:
	Nuclear Chemistry
	Molecular structure and molecular spectra
	Photochemistry
	Spectroscopy
Organic Chemsitry	Structure and Bonding:
	Fundamentals of Organic Chemistry
	Alkanes and cycloalkanes
	Alkenes, dienes and alkynes
	Stereochemistry of organic compounds
	Arenes and Aromaticity
	Alkyl and aryl halides
	Electromagnetic Spectrum: Absorption Spectra
	Alcohols
	Ethers and Epoxides
	Aldehydes and Ketones
	Phenols
	Oxidation and Reduction reactions of carbonyl compounds
	Carboxylic Acids
	Spectroscopy
	Alkaloids
	Stereochemistry of Reactions
	Heterocyclic Compounds
	Vitamins and Hormones
	Amino acids, Peptides, Proteins and Nucleic Acids
	Terpenes
	Organic synthesis via Enolates
	Fats, Oils and Detergents
	Synthetic Polymers

MSc Chemistry Subjects: Specialization Wise

There are various chemistry streams that deal with the subjects of MSc chemistry. Some of them are mentioned below:

MSc Organic Chemistry subjects

MSc Organic Chemistry semester wise syllabus is mentioned below:

Semester I	Semester II
Organic Chemistry - I	Organic Chemistry - II
Organic Chemistry Practical - I	Organic Chemistry Practical - II
Communicative English - II	Bio-Organic Chemistry
Physical Chemistry - I	Physical Chemistry Practical
Inorganic Chemistry - I	Physical Chemistry - II
Inorganic Chemistry Practical	Inorganic Chemistry - II
Communicative English - I	-
Semester III	Semester IV
Organic Spectroscopy and Synthesis	Natural Products
Synthetic Organic Chemistry	Polymeric Compounds
Reaction Mechanism and Stereochemistry	Pharmaceutical Chemistry
Aromaticity and Aromatic Compounds	Food Chemistry
Computer Applications	Cosmetic Chemistry
Organic Chemistry Practical - III	Project
Organic Chemistry Practical - IV	-

MSc Physical Chemistry syllabus

MSc Physical Chemistry Semester Wise Syllabus is mentioned below

Semester I	Semester II
Organic Chemistry I	Organic Chemistry II
Inorganic Chemistry I	Inorganic Chemistry II
Physical Chemistry I	Principles of Spectroscopy
Analytical Chemistry I	Physical Chemistry II
Practical: Chemistry Lab I-Organic	Practical: Chemistry Lab IV-Organic
Chemistry Lab II- Inorganic-Analytical	Chemistry Lab VI-Physical
Chemistry Lab III-Physical	Chemistry Lab V-Inorganic-Analytical
ICT Learning in Chemistry	-
Semester III	Semester IV
Organic Synthetic Methods	Analytical Chemistry- III Radioanalytical & Electroanalytical Methods
Nuclear & Radioactivity	Analytical Chemistry-V Separation Methods
Chemistry of Materials	Analytical Chemistry-IV Computational Chemistry
Group Theory and Applications of Spectroscopy	Inorganic Chemistry III
Practical: Chemistry Lab VII-Organic	Analytical Chemistry-VI Hyphenated Methods and Automation
Chemistry Lab VIII-Inorganic/ Analytical	Inorganic Chemistry IV
Chemistry Lab IX-Physical	Inorganic Chemistry V
	Computational Chemistry
	Macromolecules
	Advanced Quantum Chemistry and Photochemistry
	Advanced Chemical Kinetics and Electrochemistry
	Analytical Chemistry Project
	Physical Chemistry Project
	Inorganic Chemistry Project

MSc Analytical Chemistry Syllabus

MSc Analytical Chemistry Semester Wise Syllabus is mentioned below

Semester I	Semester II
Molecular Spectroscopy	Principles of Analytical Chemistry
Chromatographic Separation Techniques	Environmental Analytical Chemistry
Radiochemical and Optical Methods of Analysis	Chromatographic Separation Techniques
Semester III	Semester IV
Molecular Spectroscopy	Molecular Spectroscopy
Advanced Organic Chemistry	Advanced Inorganic Chemistry
Advanced Physical Chemistry	Molecular Symmetry & Spectroscopy
Principles of Analytical Chemistry	Electro-analytical & Thermo-Analytical Techniques

MSc Biochemistry Syllabus

MSc Biochemistry Semester Wise Syllabus is mentioned below

Semester I	Semester II
Structure and Function of Biomolecules	Molecular Biology I
Enzymology	Plant Biochemistry
Cell Biology & Physiology	Nutritional and Clinical Biochemistry
Bioenergetics & Intermediary Metabolism	Biophysical & Biochemical Techniques
Lab Course I	Lab Course II
Lab Course I	Seminar
Semester III	Semester IV
Molecular Biology II	Biostatistics and Research documentation
Immunology	Stem Cell and Reproduction
Basic Biotechnology	Bioinformatics
Lab Course III	Lab Course IV
Immunology	Project Report
Seminar	-

MG University Msc chemistry syllabus

Msc chemistry syllabus in MG University is mentioned below

Semester I	Semester II
Organometallics and Nuclear Chemistry	Coordination Chemistry
Structural and Molecular Organic Chemistry	Organic Reaction Mechanisms
Quantum Chemistry and Group Theory	Chemical Bonding and Computational Chemistry
Thermodynamics, Kinetic Theory and Statistical Thermodynamics	Molecular Spectroscopy
Inorganic Chemistry Practical-1	Inorganic Chemistry Practical-1
Organic Chemistry Practical-1	Organic Chemistry Practical-1
Physical Chemistry Practical-1	Physical Chemistry Practical-1
Semester III	Semester IV
Structural Inorganic Chemistry	Advanced Inorganic Chemistry
Organic Syntheses	Advanced Organic Chemistry
Chemical Kinetics, Surface Chemistry and Crystallography	Advanced Physical Chemistry
Spectroscopic Methods in Chemistry	Advances In Polymer Science And Technology
Inorganic Chemistry Practical-2	Analytical Chemistry
Organic Chemistry Practical-2	Medicinal Chemistry
Physical Chemistry Practical-2	Project
	Inorganic Chemistry Practical-2
	Organic Chemistry Practical-2
	Physical Chemistry Practical-2
	Viva

MJPRU MSc chemistry syllabus

MSc chemistry syllabus in MJPRU is mentioned below

Year 1
Transition and Non-transition Metal Chemistry	Chemical Dynamics and Electrochemistry
Inorganic Chemistry Laboratory	Group Theory and Spectroscopy
Inorganic Reaction Mechanism and Organometallics	Applications of Spectroscopy
Organic Reactions Mechanisms	Organic Chemistry Laboratory
Principles of Organic Chemistry	Quantum Chemistry
Year 2
Principles of Bioinorganic Chemistry	Computer in Chemistry
Concepts in Organic Synthesis	Modern Techniques and Scope of Chemical Biology
Classical and Statistical Thermodynamics	Physical Chemistry Laboratory

DU MSc chemistry syllabus

MSc Chemistry Syllabus in Delhi University is mentioned below

Semester I	Semester II
Inorganic Chemistry – I	Inorganic Chemistry – II
Organic Chemistry – I	Organic Chemistry – II
Physical Chemistry – I	Physical Chemistry – II
Inorganic Chemistry – I Practical	Inorganic Chemistry – II Practical
Organic Chemistry – I Practical	Organic Chemistry – II Practical
Physical Chemistry – I Practical	Physical Chemistry – II Practical
Semester III	Semester IV
Inorganic Chemistry – III	Inorganic Chemistry (Special - III) (Elective course 1)
Organic Chemistry-III	Inorganic Chemistry (Special - IV) (Elective course 2)
Physical Chemistry-III	Inorganic Chemistry (Special - V) (Elective course 3)
Inorganic Chemistry (Special - I)	Inorganic Chemistry (Special - VI) (Elective course 4)
Inorganic Chemistry (Special - II)	Inorganic Chemistry (Special -VII) (Elective course 5)
Organic Chemistry (Special - I)	Practical Inorganic Chemistry – II (Elective practical 2)
Organic Chemistry (Special-II)
Physical Chemistry (Special - I)
Practical Inorganic Chemistry – I (Elective practical 1)
Practical Organic Chemistry – I (Elective practical 1)
Practical Physical Chemistry – I (Elective practical 1)

MSc Chemistry Books

Name of the Book	Author
Advanced Organic Chemistry	Carey and Sundberg
Inorganic Chemistry	James E Huheey
The mechanism in Organic Chemistry	Peter Sykes
Encyclopedia of Chemical Technology	Kirk Othmer
March’s Advanced Organic Chemistry	Michael Smith
Quantum Chemistry	RK Prasad

MSc Chemistry Teaching Methodology and Techniques

The M.Sc. curriculum in chemistry can be taught in many ways. Lectures are an essential part of university teaching. Lecture styles may include web-based delivery, demonstrations, as well as the traditional 'chalk and talk lecture. Chemistry teachers should use students to build models, play games, and complete lab experiments. Chemistry is a practical subject, emphasis should be given on placing the acquisition of laboratory skills.

Some of the M.Sc syllabus Chemistry teaching methodology and techniques are mentioned below:

Academic Lectures
Group Projects
Practical Reports
Individual Projects
Professional Training

MSc Chemistry Syllabus: FAQs

Ques. What are the course subjects of MSc Chemistry?

Ans. The core subjects in the M.Sc Chemistry course:

Green Chemistry
Polymer Science
Surface Science and Coating Technology
Bioanalytical Chemistry
Nano-Chemistry and Technology

Ques. What courses can I pursue after MSc Chemistry?

Ans. Certification/Degree Courses to pursue after M.Sc Chemistry are:

Certification course in Pharmacy.
Certification Courses In Biochemistry.
Certification in Environmental Science:
Certification in Forensic Science.
PhD in Chemistry.

Ques. What is the eligibility criteria for admission to MSc Chemistry program?

Ans. The basic eligibility criteria for admission to MSc Chemistry program is the candidates should have 50-60 % aggregate score in their graduation.

Ques. What is exactly taught in MSc Chemistry?

Ans. MSc Chemistry is 2 -year postgraduate course. It is the study of physical chemistry, organic chemistry, inorganic chemistry, pharmaceutical chemistry and analytical Chemistry.

Ques. What are the job options after MSc Chemistry?

Ans. The job options after MSc Chemistry are:

Synthetic Lab Scientist.
Content Creator.
Assistant Professors.
Online Mentor.
Solid State Chemistry Expert.
Chemistry/Biochemistry Research Officer.

Ques. How much one can earn after completion of MSc Chemistry?

Ans. Average salary for a MSC Chemistry graduate in India is INR 2.1 Lakhs per year.

Ques. What are the top colleges that offers MSc Chemistry?

Ans. The top colleges that offers MSc Chemistry are Hindu College, Miranda House, Hansraj College, Fergusson College, Sri Venkateswara College, Chandigarh University, and Christ University.

Ques. What are th etop 5 branches for MSc Chemistry?

Ans. Top 5 Branches of Chemistry for Masters

MSc Organic Chemistry.
MSc Medicinal Chemistry.
MSc Analytical Chemistry.
MSc Molecular Chemistry.
MSc Biochemistry.

Ques. What are the elective subjects in MSc Chemistry?

Ans. The elective subjects in the M.Sc Chemistry course are:

Bioorganic and Heterocyclic
Spectroscopic Identification of Molecules
Electrochemistry
Organic Quantitative Analysis Lab
Organic Qualitative Analysis Lab
Medicinal Chemistry

Ques. Can I do PhD in Chemistry after MSc Chemistry?

Ans. Yes, if candidate satisfy the eligibility criteria then he/she may pursue PhD in Chemsitry. The eligibility criteria is students should have completed a master's degree in Science or an M. Phil degree in a relevant field with at least 55% marks.