Two years MS.c.(Physics) program has been specially designed keeping in view the latest development in the subject and their relevance to the needs of Pakistan’s growing industry for the 21st century. The course provides an exciting opportunity for the young graduates having Mathematics, Physics, Material Science and Chemistry in their B.Sc. degree to build up their career in such a new and exciting world of nanotechnology.
Eligibility Criteria:
As per Advertisement
Semester Course Code Name of the Subject Credit hours
First PHY222 Classical Mechanics 3(3,0)
PHY212 Basic Electronics 3(3,0)
PHY 311 Mathematical Methods of Physics-I 3(3,0)
PHY312 Quantum Mechanics I 3(3,0)
PHY313 Statistical Mechanics 3(3,0)
PHY314 Solid State Physics 3(3,0)
Second PHY 224 Nuclear Physics 3(3,0)
SE241 Advanced Computer Programming 3(3,0)
PHY322 Quantum Mechanics II 3(3,0)
PHY323 Electromagnetic Theory 3(3,0)
PHY324 Solid State Electronics Devices 3(3,0)
PHY399 Laboratory 3(3,0)
Third GC110 Understanding of Quran I 3(3,0)
PHY411 Experimental Methods of Nano Physics 3(3,0)
PHY412 Physics at Nano Scale 3(3,0)
  Elective I 3(3,0)
  Elective II 3(3,0)
PHY499 Project 3(3,0)
Fourth GC111 Understanding of Quran II 3(3,0)
PHY421 Nano based material and their applications 3(3,0)
PHY422 Nano safety 3(3,0)
  Elective III 3(3,0)
  Elective IV 3(3,0)
PHY499 Project 3(3,0)
Elective Courses
Course Code Course Name Credit Hours
PHY461 Plasma Physics 3(3,0)
PHY462    Material Science 3(3,0)
PHY463 Biomaterials and Biomechanics 3(3,0)
PHY464 Nano Chemistry 3(3,0)
PHY465    Introduction to Quantum Theory for Nanoscale Systems 3(3,0)
PHY466 Nanoscale Molecular Materials and Soft Matter 3(3,0)
PHY467    Nanoscale Surfaces and Interfaces 3(3,0)
PHY468    Electronic Properties of Nanomaterials 3(3,0)
PHY469 Magnetic and Spintronic Materials and Devices 3(3,0)
PHY470    Optoelectronic Materials and Devices 3(3,0)
PHY471 Nanostructural Characterization Techniques 3(3,0)
PHY472    Advanced Physical/ Chemical Concepts for Nanoscale Science 3(3,0)
PHY473 Nanobiology for Nanotechnology Applications 3(3,0)
EE314 Optoelectronics 3(3,0)
EE332 Digital Signal Processing 3(3,0)
EE310 Simulation and Modelling 3(3,0)
EE415 Biomedical Instrumentation 3(3,0)
EE408       VLSI design 3(3,0)
EE 424 Microelectronic Techniques 3(3,0)
* List will be extended as and when required, subject to the approval of the bodies.