Introduction:
Are you planning to pursue or already studying M.Sc. Chemistry at Dr. Babasaheb Ambedkar Marathwada University (BAMU)?
Understanding the latest M.Sc. Chemistry syllabus is the first step toward smart study planning and exam success.
In this article, you’ll get a complete and easy-to-understand overview of the Semester I & II syllabus, as per official BAMU guidelines — ideal for students who are just starting or already enrolled.
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📘 Program Overview
Duration: 2 Years (4 Semesters)
Total Credits: 88
Semester I: 22 Credits
Semester II: 22 Credits
Semester III: 22 Credits
Semester IV: 22 Credits
Specializations Available: Organic Chemistry, Inorganic Chemistry, Analytical Chemistry, Physical Chemistry
🎯 Program Educational Objectives (PEOs):
PEOs are the main goals of the M.Sc. Chemistry program. They describe what the university wants you to achieve after completing your degree.
- 1. To provide a strong foundation in Chemistry for higher education, teaching, or research.
- 2. To prepare students for jobs in chemical industries, labs, and research organizations.
- 3. To help students become responsible and ethical professionals with good communication skills.
- 4. To motivate students for lifelong learning and career growth in the field of Chemistry.
🎯Program Outcomes (POs)
POs explain what skills and knowledge you will gain during the M.Sc. Chemistry course.
- 1. Understand and apply chemistry concepts in real-world situations.
- 2. Use laboratory equipment and techniques safely and effectively.
- 3. Think logically and solve problems using scientific knowledge.
- 4. Use modern tools and instruments, including computers, for experiments and analysis.
- 5. Communicate clearly in both writing and speaking.
- 6. Work independently or in a team in labs or projects.
- 7. Understand social and environmental responsibilities in the field of chemistry.
- 8. Be ready for research, teaching, or industry jobs.
- 9. Continue learning through new courses, workshops, or higher studies.
📚 Semester I Syllabus:
Core Courses (DSC - Discipline Specific Core)
1. Analytical Chemistry (CHTC-500)
Unit I: Basic Concepts of Analytical Chemistry
Unit II: Basic Separation Techniques
Unit III: Chromatography
2. Molecular Symmetry and Group Theory (CHTC-501)
Unit I: Group Theory and Symmetry Concepts
Unit II: Representations of Groups
Unit III: Application of Character Tables
3. Organic Chemistry (CHTC-502)
Unit I: Nature of Bonding in Organic Molecules
Unit II: Reaction Mechanism: Structure and Reactivity
Unit III: Aliphatic Nucleophilic Substitutions
4. Physical Chemistry-I (CHTC-503)
Unit I: Chemical Dynamics
Unit II: Classical Thermodynamics
Unit III: Micelles
5. Laboratory Courses
Inorganic Chemistry Laboratory (CHLC-504)
Organic Chemistry Laboratory (CHLC-505)
Physical Chemistry Laboratory (CHLC-506)
Elective Courses (DSE - Discipline Specific Elective) (Choose one)
1.Analytical Chemistry (CHTE-507)
Unit I: General Introduction to Spectral Methods of Analysis
Unit II: Ultraviolet-Visible Spectroscopy
Unit III: Infrared Spectroscopy
2.Inorganic Chemistry (CHTE-508)
Unit I: Metal-Ligand Equilibria in Coordination Compounds
Unit II: Reaction Mechanism of Transition Metal Complexes
Unit III: Inorganic Chemistry in Biological Systems
3.Stereochemistry (CHTE-509)
Unit I: Introduction to Stereochemistry
Unit II: Stereochemistry II
Unit III: Conformational Analysis
4.Physical Chemistry-II (CHTE-510)
Unit I: Ionic Equilibria and Biological Reactions
Unit II: Electrochemistry
Unit III: Surface Chemistry
Research Methodology (CHRM-511) compulsory:
Unit I: Literature Survey
Unit II: Search Engines
Unit III: Methods of Scientific Research and Writing Scientific Papers
Unit IV: Chemical Safety and Ethical Handling of Chemicals
Unit V: Data Analysis
Unit VI: Fundamentals of Computers and Applications
📚 Semester II Syllabus (2023-24)
Core Courses (DSC - Discipline Specific Core)
1. Analytical Chemistry (CHTC-550)
Unit I: Chromatographic Techniques
Unit II: Gas Chromatography
Unit III: High-Performance Liquid Chromatography
2. Electronic Spectroscopy of Transition Metal Complexes (CHTC-351)
Unit I: Spectroscopic Term Symbols and Ligand Field Excited States
Unit II: Interpretation of Electronic Spectra of Metal Complexes
Unit III: Lewis and Brønsted Concepts of Acids and Bases; Geometry of Molecules
3. Organic Chemistry (CHTC-552)
Unit I: Addition to Carbon-Carbon Multiple Bonds
Unit II: Addition to Carbon-Hetero Multiple Bonds
Unit III: Elimination Reactions
4. Quantum Chemistry (CHTC-553)
Unit I: Quantum Chemistry I
Unit II: Quantum Chemistry II
Unit III: Molecular Orbital Theory
5. Laboratory Courses
Inorganic Chemistry Laboratory (CHLC-554)
Organic Chemistry Laboratory (CHLC-555)
Physical Chemistry Laboratory (CHLC-556)
Elective Courses (DSE - Discipline Specific Elective) (Choose one)
1.Analytical Chemistry (CHTE-557)
Unit I: Nuclear Magnetic Resonance Spectroscopy
Unit II: Mass Spectrometry
Unit III: Elemental Methods of Analysis
2.Inorganic Chemistry (CHTE-558)
Unit I: Chemistry of Metal Carbonyls
Unit II: Metal Nitrosyl Compounds
Unit III: Crystal Field Theory
3.Aromatic Substitutions and Molecular Rearrangements (CITE-559)
Unit I: Aromatic Electrophilic Substitutions
Unit II: Aromatic Nucleophilic Substitutions
Unit III: Rearrangements
4.Physical Chemistry-III (CHTE-550)
Unit I: Phase Rule
Unit II: Crystallography
Unit III: Photochemistry
5.On the Job Training / Field Project (Choose one)
On the Job Training (CHOGT-561)
Or
Field Project (CHFP-562)
📁Download Official Syllabus PDF:
Access the official syllabus PDF for detailed information:
📥Download M.Sc. Chemistry 1st year Syllabus PDF
Disclaimer: This syllabus PDF is taken from the official website of Dr. Babasaheb Ambedkar Marathwada University (BAMU) for educational and informational purposes only. All rights belong to BAMU.
Source: http://www.bamu.ac.in
📝 Exam Preparation Tips:
Understand the Syllabus: Familiarize yourself with the course structure and unit-wise topics.
Create a Study Plan: Allocate time for each subject and stick to the schedule.
Refer to Standard Textbooks: Use recommended books for in-depth understanding.
Practice Previous Papers: Solve past question papers to get an idea of the exam pattern.
Group Studies: Discussing topics with peers can enhance understanding.
Seek Guidance: Don't hesitate to ask professors or seniors for clarification
Frequently Asked Questions (FAQs):
Q1. Where can I download the official M.Sc. Chemistry syllabus of BAMU?
You can download it from BAMU’s official website or from the syllabus PDF link provided in this blog.
Q2. Is this syllabus updated for the current academic year?
Yes, the syllabus is as per the latest BAMU guidelines for the current academic session.
Q3. What subjects are included in the 1st year M.Sc. Chemistry course?
The 1st year covers Semester 1 and 2 with core subjects like Inorganic, Organic, Physical Chemistry, and more. Full details are listed above.
Q4.Are there any elective subjects in the 1st year of M.Sc. Chemistry?
In the 1st year, most subjects are core (compulsory). Electives are usually offered in the 2nd year.
Q5. Which reference books are best for M.Sc. Chemistry BAMU syllabus?
Refer to standard books like Puri-Sharma for Inorganic, Morrison & Boyd for Organic, and Atkins for Physical Chemistry. Also, follow your university’s recommended texts.
Q6. What career options are available after completing M.Sc. Chemistry?
You can go into teaching, research, chemical/pharma industries, or prepare for competitive exams like CSIR-NET, GATE, etc.
Q.7How can I get good marks in M.Sc. Chemistry?
To score well, follow previous years’ question papers, study consistently, and focus on self-study. Revise regularly, make short notes, and understand concepts instead of just memorizing.
☆☆☆ We’re just getting started! More useful notes, guides, and study material are on the way — stay tuned and keep checking this page for updates☆☆☆
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