Distance M.Sc subjects list and electives consist of an in-depth science, mathematical, and technology syllabus, emphasizing postgraduates' knowledge. In addition to that, a Distance M.Sc course imparts specific practical, laboratory, and theoretical knowledge in the subject areas to the students, such as science, health care, projects, dissertation, training, and so on. 

Semester Wise Distance M.Sc

Distance M.Sc subjects have the main objective of introducing students to a variety of techniques. The Distance M.Sc subjects cover topics such as Science, Engineering, Medicines, Physics, Biology, Chemistry, Mathematics, Botany, Biotechnology, Microbiology, Environmental Sciences, Food Sciences, Life Sciences, and many more. The Distance M.Sc syllabus is divided into four semesters, and the course curriculum includes both practical and theoretical elements in its curriculum. The syllabus for Distance M.Scsemester wise are:

M.Sc Physics Course Curriculum

Mathematical Methods

Classical Mechanics

Quantum Mechanics

Classical Electrodynamics

Solid State Physics


Atomic Spectroscopy

Nuclear and Particle Physics

Relativity and Cosmology

Advanced Optics

Radiation Theory

Atomic and Molecular Physics

Statistical Mechanics

Advanced Quantum Mechanics

Computer Applications in Physics

Molecular Spectroscopy



M.Sc Chemistry Course Curriculum

Inorganic Chemistry

Organic Chemistry

Physical Chemistry

Analytical Chemistry

Inorganic Reaction Mechanism and Organomettalics

Organic Reactions Mechanisms

Principles of Spectroscopy

Organic Synthetic Methods

Chemistry of Materials

Nuclear & Radiochemistry

Computational Chemistry

Advanced Quantum Chemistry

Chemical Dynamics and Electrochemistry

Applications of Spectroscopy


Advanced Chemical Kinetics and Electrochemistry

Transition and Non-transition Metal Chemistry

Group Theory and Spectroscopy

Concepts in Organic Synthesis

Modern Techniques and Scope of Chemical Biology

Classical and Statistical Thermodynamics


M.Sc Mathematics Course Curriculum

Advanced Abstract Algebra

Real Analysis

Advanced Differential Equations

Differential Geometry

Dynamics of a Rigid Body

Linear Algebra


Special Functions


Complex Analysis


Advanced Analysis

Numeral Analysis

Measure and Integration

Fluid Dynamics

General Measure Theory

Matrix Analysis

Theory of Operations

Vector Analysis

Geometry of Numbers

M.Sc Biology Course Curriculum

Genes and Genomics

Metabolism and Metabolomics

(Organismic Biology and Cell Biology

Molecules of living systems

Proteins and Proteomics

Recombinant DNA Technology

Cell Biology

Methods in Applied Sciences



Biostatistics and Bioinformatics

Research Methodology and IPR

Molecular Oncology and Molecular Medicine

Clinical Immunology

Recent Advances in Biology

Introduction to Pharmacology


Plant physiology

Animal physiology


Biophysics and structural biology

Computational biology and bioinformatics


Distance M.Sc Subjects

All the Distance M.Sc subjects taught in the Distance M.Sc course help the students understand the knowledge and pursue a better Ph.D. degree for the job scope in the future. The Distance M.Sc subjects like Biochemistry, Life Sciences, Statistics, Biotechnology, Microbiology, Psychology, Computer Science, etc. taught in the course curriculum of Distance M.Sc. Moreover, some subjects are related to science, technology, mathematics, physics, chemistry, biology syllabus.

Core Subjects:

  • Physics
  • Chemistry
  • Biology
  • Psychology
  • IT
  • Computer Science
  • Engineering

Electives Subjects:

  • Environmental Science
  • Statistics
  • Life Science
  • Medical

Distance M.Sc Course Structure

The Distance M.Sc syllabus and course curriculum are two years and four semesters, namely core and elective subjects. The course for the curriculum has been divided into four semesters, consisting of different specializations in Physics, Chemistry, Biology, Technology, Environment, Medical, etc. Some of the Distance M.Sc subjects course details are:

  • IV Semesters
  • Core subjects
  • Practical and Laboratory
  • Projects
  • Dissertation

Distance M.Sc Teaching Methodology and Techniques

The Distance M.Sc postgraduate course curriculum includes various teaching methods and techniques that help students understand multiple topics taught in their classes. Some of the different teaching methodologies and techniques adopted in the course curriculum of the Distance M.Sc postgraduate course are as follows:

  • Practical & Laboratory sessions
  • The emphasis of Practical Learning
  • Designing cost-effective and straightforward experiments.
  • Guest Lectures, Seminars, and Workshop
  • Group Assignment and Discussion
  • Learning through Industrial Visit
  • Research & Development

Distance M.Sc Projects

Project Topics for Distance M.Sc is a fantastic resource for students and researchers who will pursue Doctorate or MD field and looking to complete ground-breaking research. Students pursuing the Distance M.Sc project topics are online shopping android application, an arsenic reduction from water, biomass densification, nanostructures' size, etc. The students can take the Distance M.Sc project topics based on their subjects and syllabus, motivating them to develop additional knowledge to complete the project work. Some of the best topics for Distance M.Sc is:

  • Nuclear physics with high-power lasers
  • Stimulating the Zeno effect in quantum tunnelling
  • Disease prediction android application using machine learning
  • Android military spying and bomb disposal robot
  • Isolation, characterization, and identification of bacteria from organic waste

Distance M.Sc Reference Books

Best books for Distance M.Sc help students understand various subjects and topics covered in the course curriculum. The Distance M.Sc books help postgraduates expand their knowledge and vision about multiple topics covered in their classes. Some of the very best Distance M.Sc Books are:



Physical Chemistry

Peter Atkins

Essentials of General Chemistry

Raymond Chang

Classical Mechanics

Narosa H Goldstein

Enzymology and Enzyme Technology 

S.M Bhatt

Principles of Mathematical Analysis

Walter Rudin

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