For student with a master degree:  
   
Weekly Lecture Hours Credits
University-wide Compulsory Courses
GRSC801 Research Ethics 4 1
GRSC802 Research Writing 4 1
GRSC804 University Teaching I 4 1
GRSC805 University Teaching II 4 1
  Total 4
     
Department-wide Compulsory Courses  
APME801 Solid State Physics 3 3
APME802 Mechanical Properties and Behaviour of Materials 3 3
APME803 Advanced Instrumentation for Materials Characterization 43 3
APME899 Doctoral Thesis 18
  Grand Total 31
     
For student without a master degree:  
     
Weekly Lecture Hours Credits
University-wide Compulsory Courses
GRSC801 Research Ethics 4 1
GRSC802 Research Writing 4 1
GRSC804 University Teaching I 4 1
GRSC805 University Teaching II 4 1
  Total 4
     
Department-wide Compulsory Courses  
APME801 Solid State Physics 3 3
APME802 Mechanical Properties and Behaviour of Materials 3 3
APME803 Advanced Instrumentation for Materials Characterization 3 3
5 elective courses chosen from the elective table 15
     
APME899 Doctoral Thesis 18
  Grand Total 46
     
5 Elective Courses from the following:  
    Weekly Lecture Hours Credits 
APME804 Quantum Mechanics 3 3
APME805 Electromagnetism 3 3
APME806 Laser Technology 3 3
APME807 Thin Film Physics 3 3
APME808 Electroceramic Materials 3 3
APME809 Nanomaterials and Nanotechnology 3 3
APME810 Phase Transformations of Materials 3 3
APME811 Composite Materials 3 3
APME812 Special Topics in Applied Physics 3 3
APME813 Special Topics in Materials Science and Engineering 3 3
APME814 Advanced Electrochemical Energy Conversion and Storage 3 3
APME815 Advanced Laser Materials Processing 3 3
APME816 Corrosion, Wear and Surface Engineering 3 3
APME817 Advanced Failure Analysis of Materials 3 3