1.     General Laboratory (I, II) àVarious books depending on Experiment (Total 20 experiment per course)

2.     Computer Laboratory (I, II) àFortran Programming – Schaum’s Series

3.     Mathematical Methods of Physics (I, II) àMathematical Methods for Physicists – G.B. Arfken, Group theory- A..W.Joshi

4.     Quantum Mechanics (I, II) à Quantum Mechanics -- L. I. Schiff, Modern Quantum Mechanics--J. J. Sakurai

5.     Electronics (I, II)àPrinciples of Electronics –A. P. Malvino and other books

6.     Classical Mechanics (I,  II)à Classical Mechanics –H. Goldstien, Classical Mechanics –N.C. Rana and P. Joag

7.     Atoms Molecules and Solidsà Spectroscopy --White

8.     Electrodynamics (I, II)à Books on Electrodynamics --J.D. Jackson, Griffiths

9.     Statistical Mechanics à Fundamentals of Statistical and Thermal Physics –F. Rief

10.            Solid state physicsà Introduction to solid state physics—C.Kittel, Solid state physics- N.W. Ashcroft.

11.            Methods in Experimental Physicsà Various books suiting to each characterization technique

12.            Nuclear Physics à Nuclear Physics by Cohen etc.

13.            Elements of Material Scienceà Metallurgy and Phase diagrams--Kahn & Hasan , and other Journal articles

14.            Elements of Material Science Laboratoryà Material Science by Vanvlack, Raghavan etc.

15.            Chemical Physics (I, II) Introduction to group theory--Cotton, Group theory --A.W. Joshi, Intd. Ligand Field Theory --Figgis

16.            Systematic Material Analysisà syllabus contained various spectroscopy techniques for total material characterization

17.            Systematic Material Analysis Laboratoryà Books as per experiment material characterization

18.            Research Project (Equivalent to two courses)                                                                                                                                                                Title : Synthesis of Nanophase alumina by DC Arc-Plasma Method