PhD Chemistry Syllabus and Subjects

Duration: 3 Years
Avg Fees: ₹1 - 3 LPA

PhD in Chemistry is a 3 to 5 years year-long doctorate where the subjects are related to the study of physical biochemistry, inorganic chemistry, and more. The course syllabus contains both core and elective subjects as part of the curriculum.

Semester Wise PhD in Chemistry Syllabus

PhD Chemistry Syllabus covers everything from the philosophical foundation of the subject to literature learning. PhD in Chemistry course aims to ensure that the students get an in-depth understanding of the subject. Semester-wise PhD Chemistry subjects list is given in the table below:

PhD Chemistry First Year Syllabus

PhD in Chemistry First Year Syllabus
Semester I Semester II
Main Group Elements & their Compounds Molecular spectroscopy
Approximate methods of quantum mechanic  Organic transformations and reagents
Statistical thermodynamics Concepts in organic synthesis
Basic principles of quantum mechanics Chemical thermodynamics

PhD Chemistry Second Year Syllabus

PhD in Chemistry Second Year Syllabus
Semester III Semester IV
Research Proposal and Seminar Enzymology
Protein Chemistry Total Synthesis Case Studies and Strategies
Advanced Organic Synthesis Advanced Organic Spectroscopy
Current Topics in Organic Chemistry -

PhD Chemistry Third Year Syllabus

PhD in Chemistry Third Year Syllabus
Semester V Semester VI
Total Synthesis Case Studies and Strategies Research Proposal and Presentation
Experimental Techniques in Chemistry  Research Proposal and Seminar
Advanced Organic Spectroscopy  -

PhD in Chemistry Subjects

PhD in Chemistry is a research-based course. However, there is a typical format of the syllabus for PhD in Chemistry. Students can choose different kinds of subjects for the duration of six semesters for their PhD Here is the subjects list of courses:

  • Main Group Elements & their Compounds
  • Approximate Methods of Quantum Mechanics
  • Statistical Thermodynamics
  • Basic Principles of Quantum Mechanics

PhD in Chemistry Course Structure

PhD Chemistry course structure includes both theory and practical papers and is curated for three to five years and divided into six to ten semesters. The course structure is made in such a way that both classroom training and practicals are included in the course curriculum. The course structure is given below:

  • Six to Ten Semesters
  • Literary Theory and Practice
  • Core Subjects
  • Elective Subjects

PhD in Chemistry Teaching Methodology and Techniques

The PhD in Chemistry curriculum takes into consideration different teaching techniques. Classroom learning includes practical sessions for students who are passionate about Chemistry. Here are the teaching methodology and strategies:

  • Assignments
  • Following course module books
  • Case studies/ Research work
  • Internships

PhD in Chemistry Projects

Since PhD in Chemistry is a research-based course, Projects and thesis are mandatory. Projects are given to students to understand the concepts and help students in getting hands-on experience. These projects are to be completed by the end of the sixth semester. Some popular PhD in Chemistry Projects topics are :

  • Alcohol from Potatoes and Agriculture Waste
  • Arsenic Reduction from Water
  • Biofiltration as an Air Pollution Control Technology
  • Biofiltration as an Air Pollution Control Technology for the Removal of Volatile Organic Compounds
  • Biogas as Alternative Fuel in IC Engine. Biomass Densification

PhD in Chemistry Reference Books

PhDChemistry books are available both online and offline by many authors and publications. These books are made to gain an in-depth understanding of concepts. Books on this course differ according to specializations. Some of the reference books for PhD in Chemistry Subjects are:

PhD in Chemistry Reference Books
Name Name of the Author
A Textbook on Quantitative Inorganic Analysis  A.I. Vogel
Dynamics of Chromatography- Part I J.C. Gidding
Vogel’s textbook of Practical Organic Chemistry B.S. Furhen ey. al. Longman Group
Spectrometric Methods in Organic Chemistry D.H. Williams and I. Fleming

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