Postgraduate Programs – Department of Physics

Offered Programs:

M. Phil Applied Physics
Ph.D. in Physics
M.Phil Nanoscience and Technology

Course Scheme for M. Phil Applied Physics

Course Scheme for M.Phil Applied Physics
1 st Semester	Requirement for the award of M.Phil Degree is to pass 8 Courses and Thesis (24+6 Credit Hours)	Credit Hours	Marks
Phy-701	Plasma Physics	3	100
Phy-702	Physics of Materials	3	100
Phy-703	Atmospheric Physics	3	100
Phy-704	Lasers	3	100
Phy-709	Health and Medical Physics	3	100
Phy-711	Atmospheric Electricity	3	100
Phy-715	Nano Physics and Nano Technologies	3	100
Phy-716	High Temperature Superconductivity	3	100
Phy-717	Fractal Analysis	3	100
Phy-718	Photonics and Optoelectronics	3	100
2 nd Semester	Requirement for the award of M.Phil Degree is to pass 8 Courses and Thesis (24+6 Credit Hours)
Phy-705	Experimental Techniques
Phy-706	Cloud Physics	3	100
Phy-707	Advanced Lasers & Techniques	3	100
Phy-708	Applied Meterology	3	100
Phy-710	Physics of Advanced Materials	3	100
Phy-712	Advanced Plasma Physics Techniques & Applications	3	100
Phy-713	Environmental Physics	3	100
Phy-714	Computer programming	3	100
Phy-719	Applied Optics	3	100
3 rd & 4 th Semester	The semesters 3rd and 4th are allocated for research project.
Phy-800	Thesis

Ph. D. Program

Ph.D. Program

The Department is also offering Ph.D. programme in the important areas of Applied Physics including Laser Material Interaction, Laser Induced Plasma, Thin Film Deposition etc. 29 Ph.D. has already been produced in accordance with the HEC latest criteria and 26 are pursuing their PhD.

Course Scheme for Ph.D Physics

	The department is offering courses from the following list in each Semester		Credit Hours	Marks
Phy-701	Plasma Physics		3	100
Phy-702	Physics of Materials		3	100
Phy-703	Atmospheric Physics		3	100
Phy-704	Lasers		3	100
Phy-705	Experimental Techniques		3	100
Phy-706	Cloud Physics		3	100
Phy-707	Advanced Lasers & Techniques		3	100
Phy-708	Applied Meterology		3	100
Phy-709	Health and Medical Physics		3	100
Phy-710	Physics of Advanced Materials		3	100
Phy-711	Atmospheric Electricity		3	100
Phy-712	Advanced Plasma Physics Techniques & Applications		3	100
Phy-713	Environmental Physics		3	100
Phy-714	Computer programming		3	100
Phy-715	Nano Physics and Nano Technologies		3	100
Phy-716	High Temperature Superconductivity		3	100
Phy-717	Fractal Analysis		3	100
Phy-718	Photonics and Optoelectronics		3	100
Phy-719	Applied Optics		3	100
Phy-720	Quantum Optics.	3			100
Phy-721	Optical properties of materials.	3			100
Phy-722	Laser Matter Interaction.	3			100
Phy-723	Physics of Magnetism and Magnetic Materials.	3			100
Phy-724	Quantum Transport and Applications.	3			100
Phy-725	Nanobiophysics.	3			100
Phy-726	Spectroscopy.	3			100
Phy-727	Physics of Renewable Energy Sources.	3			100
Phy-728	Nanomagnetism and spintronics.	3			100
Phy-729	Advanced Optoelectronics.	3			100

M.Phil. Applied Physics Courses

M.Phil. Applied PHYSICS COURSES

Sr. No.	Course Code	Title of the Course	Credit Hours
1.	PHY- 730	Physics of Solid Oxide Fuel Cells	3
2.	PHY- 731	Nanostructures, Nanomaterials and their Characterization	3
3.	PHY- 732	Nanomaterials-Synthesis, Properties and Applications	3
4.	PHY- 733	Computational Solid State Physics	3
5.	PHY- 734	Computational Laser Matter Interaction and Laser Induced Plasma	3
6.	PHY- 735	Physics and Applications of Semiconductor Nanostructures	3
7.	PHY- 736	Advances in Spintronic Materials, Technology and Devices	3
8.	PHY- 737	Graphene: Fundamentals and Applications	3
9.	PHY- 738	Composite Materials	3

M.Phil Nano Science and Technology

M.Phil Nano Science and Technology: The Physics Department University of Engineering and Technology Lahore, is offering 2-year M.Phil Program in NanoScience and Technology.

S. No.	Course Code	Course Title	Credits Marks
1.	NST-601	Introduction to Nanotechnology (Core)	3 (3,0) 3 (3,0)
2.	NST-602	Physics at Nano Scale (Core)	3 (3,0) 3 (3,0)
3.	NST-603	Nanofabrication Techniques (Core)	3 (3,0) 3 (3,0)
4.	NST-604	Characterization techniques (Core)	3 (3,0) 3 (3,0)

Elective Subjects

Departmental Electives Subjects – 12 Credit Hours:			Credits Marks
1.	NST-605	Nano fabrication and self assembly	3 (3,0)
2.	NST-606	Nano materials and Biomedical applications	3 (3,0)
3.	NST-607	Nanophotonics	3 (3,0)
4.	NST-608	Industrial Nanotechnology	3 (3,0)
5.	NST-609	Nanotechnology in Energy Conversion and storage	3 (3,0)
6.	NST-610	Nanoscale Magnetic Materials and devices	3 (3,0)
7.	NST-611	Nanoscale Optical Microscopy	3 (3,0)
8.	NST-612	Nanoscale Optical Spectroscopy	3 (3,0)
9.	Phy-724	Quantum transport and Applications	3 (3,0)
10.	Phy-725	Nanobiophysics	3 (3,0)
11.	Phy-728	Nano Magnetism and Spintronics	3 (3,0)
12.	CY – 667	NanoChemistry	3 (3,0)
13.	CY – 668	Nanomaterials and hetrostructures	3 (3,0) 3 (3,0)
14.	Math – 551	Nanofluids	3 (3,0)
15.		Thesis (by experimental research work)	3 (3,0)