MSc Chemistry Syllabus

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MSc Chemistry Syllabus

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

Recommended Read: Courses After BSc Chemistry

Course Highlights

Before delving into the key components of MSc Chemistry syllabus, let’s take a look at the major course highlights:

CourseMSc Chemistry
Education LevelPostgraduate
Duration1-2 years
Major SubjectsInorganic Chemistry, Organic Chemistry, Physical Chemistry, Quantum Chemistry, Inorganic Reaction Mechanism and Thermodynamics, etc.
Top UniversitiesTechnical University of Berlin; University of Victoria; National University of Singapore; University of Calgary, Free Unversity of Berlin, etc.
Career ProspectsChemist, Toxicologist, Chemical Research Assistant, Pharmacy Assistant, etc.

Check Out: PhD in Chemistry

MSc Chemistry Syllabus 

Though the actual course offerings might differ from one programme to another, MSc Chemistry mainly focuses on providing students the advanced-level knowledge of subjects covered under BSc Chemistry syllabus like Organic Chemistry, Inorganic Chemistry, Physical Chemistry, amongst others. Further, it also includes extensive laboratory work as students are taught about chemical structures, experiments, etc. Take a look at the major subjects included the MSc Chemistry syllabus during a 2-year program.

SemesterSubjects
Semester IInorganic Chemistry, Organic Chemistry, Stereo Chemistry & Reaction Mechanism, Physical Chemistry, Group Theory & Quantum Chemistry, Surface, Interfaces & Catalysis, Nano-science and Nanotechnology, etc.
Semester IIChemistry of Biomolecules, Organic Reactions Mechanisms, Basic Concepts in Instrumentation & Analysis, Qualitative Analysis Lab, Spectroscopic Methods in Chemistry, Synthetic Strategies & Pericyclic Reactions, Inorganic Qualitative Analysis Lab, Solid State Chemistry & Materials Science, etc.
Semester IIIElectrochemistry and Kinetics, Organometallics, Green Chemistry, Chemistry of Biomolecules, Organic Qualitative Analysis Lab, Water Chemistry & Treatment and Technology, Environmental Chemistry and Applied Analysis, etc.
Semester IVIndustrial Catalysis, Bioanalytical Chemistry, Advanced Functional Organic Materials, Advanced Electroanalytical Techniques, Nano-chemistry and Technology, Surface Science and Coating Technology, etc.

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

MSc Chemistry Subjects

Now that you know the semester-wise MSc Chemistry syllabus, we have detailed some of the core subjects taught under this course.

SubjectTopics
Principals of Organic ChemistryReview 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 OrganometallicsMarcus 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 ChemistryTunnelling; Rigid rotator; Inorganic Reaction Mechanism and Organometallics; Separation energies; Review of essential mathematics concepts; Hydrogen atom; Linear variation principle; Perturbation theory
Classical and Statistical ThermodynamicsClassical 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 SpectroscopyDefinition 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 & MechanismsAliphatic 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 ChemistrySelective Transport and Storage of Iron; Electron Transfer; Metalloproteins & Metalloenzymes; FeS Clusters, ionophores, etc.

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 specialisations of chemistry that students can choose from. Here are the top universities for MSc Chemistry and its variants.

Courses Universities
MSc ChemistryTechnical 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 ChemistryStockholm University
Master of Applied Science (Chemistry)University of Tasmania
Master’s Degree in Theoretical Chemistry and Computational ModellingUniversidad Autonoma de Madrid
MSc Petroleum and Geo ScienceAalto University

Career Scope

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

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

sHence, we hope that this blog has helped you comprehend the key essentials of the MSc Chemistry syllabus. If you are aspiring to study a degree in Master of Science in Chemistry, reach out to our Leverage Edu experts and we will guide you in finding a suitable university as well as throughout the admission process to ensure that you get successfully shortlisted!

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