Faculty of Natural Sciences - Lahore College for Women University
Faculty of Natural Sciences - Lahore College for Women University
Faculty of Natural Sciences - Lahore College for Women University
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Physics<br />
Ph.D. PROGRAM<br />
Learning OBJECTIVES<br />
• To create advanced skills in teaching and research<br />
• To develop within each candidate the expertise and skills necessary to be an<br />
effective educator and faculty member.<br />
• To encourage creativity analytical thinking, critical analysis and innovative problem<br />
solving skills.<br />
• To provide opportunity <strong>for</strong> considerable personal development.<br />
Outcomes <strong>of</strong> this EDUCATION<br />
• Students can conduct empirical research and think analytically<br />
• Students can provide innovative and creative solutions to Physics problems<br />
• Students can communicate effectively both orally and in written <strong>for</strong>m.<br />
• Students with advanced capabilities in leadership and management.<br />
• Students can provide significant intellectual contributions in the fields <strong>of</strong> Physics.<br />
Scheme <strong>of</strong> STUDIES<br />
Code<br />
Ph. D/Phy-701<br />
Ph. D/Phy-702<br />
Ph. D/Phy-703<br />
Ph. D/Phy-704<br />
Ph. D/Phy-705<br />
Ph. D/Phy-706<br />
Ph. D/Phy-707<br />
Ph. D/Phy-808<br />
Code<br />
Ph. D/Phy-Thesis<br />
Ceramic Processing<br />
Thin Film Technology<br />
Nanometrial<br />
Semiconductor Physics<br />
Advance Ceramics<br />
Metal and Alloys<br />
Magnetic Material<br />
Research Methodology<br />
Semester 1<br />
Semester 3, 4 , 5 & 6<br />
Cr.<br />
Hr.<br />
03<br />
03<br />
03<br />
Total Credit Hours 9<br />
Lab. Setting, Research and submission <strong>of</strong> thesis<br />
Cr.<br />
Hr.<br />
Total Credit Hours 12<br />
Code<br />
Ph. D/Phy-809<br />
Ph. D/Phy-710<br />
Ph. D/Phy-711<br />
Ph. D/Phy-712<br />
Ph. D/Phy-713<br />
Ph. D/Phy-714<br />
Characterization Techniques<br />
Eligibility CRITERIA<br />
• Minimum 18 years <strong>of</strong> education<br />
M. Phil/ MS in Physics or<br />
equivalent is required in the<br />
relevant field.<br />
• All other requirement as per<br />
<strong>University</strong> policy (Please see<br />
<strong>University</strong> admission eligibility<br />
criteria <strong>for</strong> Ph.D Program).<br />
Semester 1<br />
Ferrite Fabrication Techniques<br />
Nanomaterial Fabrication Techniques<br />
Advance Thin Film Fabrication Techniques<br />
Advance Ceramic & Glass Ceramic Technique<br />
Physical Properties <strong>of</strong> Advance Material<br />
SPECIALIZATION OFFERED<br />
• Semiconductor Physics<br />
Material Science<br />
• Advance Glass Ceramics<br />
• Magnetic Materials<br />
• Advance Thin Films<br />
• Nanomaterials<br />
Cr.<br />
Hr.<br />
03<br />
03<br />
03<br />
Total Credit Hours 9<br />
104
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