Programs

 

 

Degree Programs Offered:

  • B.S. Applied Physics
  • M.Phil. Applied Physics
  • Ph.D. Applied Physics

B.S. Applied Physics

Mission Statement:
The mission of the Department of Applied Physics at University of Karachi is to provide profound education in applied physical sciences which can be utilized in various fields of science and technology. The fundamental approach of the department is to develop technical skills in the students and is dedicated to educate future generations of research and development professionals, data specialists, technology experts, innovators, and scientists, for industries, HEIs, R&D organizations and society.

Program Objective:
The graduates of the department of Applied Physics, University of Karachi will be able:

  • To contribute to advanced technology projects,
  • To utilize the technical skills with analytical approach to conduct research.
  • To pursue career in R&D organization as JSO/SO/PSO; in various industries as technical officers/HoD instrumentation & control; in system designing and maintenance industry as system analyst, DM/Managers/GM; and in HEIs as Lecturer/Assistant Professor/Associate Professor/Professor.
 

Framework of Study:

Degree Title:: B.S. Applied Physics
Total Credit Hours: 143 Credit Hours (CH)
(General Education: 30 CH; Interdisciplinary: 24 CH; Compulsory: 8 CH; Major 81 CH)
Degree Qualifying CGPA: 2.2 / 4.0
Passing Percentage: 50%
Duration: 4 Years
Semesters: 8

Year I: Semester – I

S. # Course Title Course No. Credit Hours Course Type
1. Urdu or Sindhi or Humanities 300.1 (U) 2 + 0 General Education
2. Islamic Studies or Ethics (For Non-Muslim) 300.1 (IS) 2 + 0 General Education
3. Civics and Community Engagement 300.1(Civ/Com) 2 + 0 General Education
4. Natural Science 300.1 (N.Sc) 3 + 0 General Education
5. Mathematics I 301 3 + 0 Interdisciplinary
6. Introduction to Computer & Programming Languages Appl. Phys. 303 2 + 1 Interdisciplinary
7. Mechanics Appl. Phys. 305 2 + 1 Major
18 Credit Hours

 

Year I: Semester – II

S. # Course Title Course No. Credit Hours Course Type
1. Ideology & Constitution of Pakistan 300.2 (IC) 2 + 0 General Education
2. Pakistan Studies 300.2 (PSt.) 2 + 0 Compulsory
3. Entrepreneurship 300.2 (Entr) 2 + 0 General Education
4. Functional English 300.2 (Eng) 3 + 0 General Education
5. Introduction to Social Science 300.2 (Soc.Sc) 2 + 0 General Education
6. Mathematics II 302 3 + 0 Interdisciplinary
7. Data Structure & Algorithm Appl. Phys. 304 2 + 1 Interdisciplinary
8. Electricity & Magnetism Appl. Phys. 306 2 + 1 Major
20 Credit Hours

 

Year II: Semester – III

S. # Course Title Course No. Credit Hours Course Type
1. Quantitative Reasoning I 400.1 (Q. Reas) 3 + 0 General Education
2. Expository Writing 400.1 (E. Writ) 3 + 0 General Education
3. Mathematics III 401 3 + 0 Interdisciplinary
4. Computational Methods Appl. Phys. 403 2 + 1 Interdisciplinary
5. Circuit Theory Appl. Phys. 405 2 + 1 Major
6. Quantum Mechanics Appl. Phys. 407 3 + 0 Major
18 Credit Hours

 

Year II: Semester – IV

S. # Course Title Course No. Credit Hours Course Type
1. Quantitative Reasoning II 400.2 (Q. Reas) 3 + 0 General Education
2. Application of Information & Communication Technologies 400.2 (ICT) 3 + 0 General Education
3. Mathematics IV 402 3 + 0 Interdisciplinary
4. Introduction to Computer Networks Appl. Phys. 404 2 + 1 Interdisciplinary
5. Basic Electronic Appl. Phys. 406 2 + 1 Major
6. Introduction to Renewable Energy Appl. Phys. 408 3 + 0 Major
18 Credit Hours

 

Year III: Semester – V

S. # Course Title Course No. Credit Hours Course Type
1. Linear Integrated Circuits Appl. Phys. 501 3 + 0 Major
2. Laser and Applied Optics Appl. Phys. 503 3 + 0 Major
3. Power Electronics Appl. Phys. 505 3 + 0 Major
4. Solid State Physics Appl. Phys. 507 3 + 0 Major
5. Digital Electronics Appl. Phys. 509 2 + 1 Major
6. Experimental Electronics I Appl. Phys. 511 0 + 3 Major
18 Credit Hours

 

Year III: Semester – VI

S. # Course Title Course No. Credit Hours Course Type
1. Communication Electronics Appl. Phys. 502 3 + 0 Major
2. Semiconductor Devices Appl. Phys. 504 3 + 0 Major
3. Digital Logic Design Appl. Phys. 506 1 + 2 Major
4. Industrial Electronics & Automation Appl. Phys. 508 3 + 0 Major
5. Signal and Systems Appl. Phys. 510 3 + 0 Major
6. Experimental Electronics II Appl. Phys. 512 0 + 3 Major
18 Credit Hours

 

Year IV: Semester – VII

S. # Course Title Course No. Credit Hours Course Type
1. Microprocessor Architecture & Programming Appl. Phys. 601 2 + 1 Major
2. Microwave Communication Appl. Phys. 603 2 + 1 Major
3. Elective I Appl. Phys. 61x 3 + 0 Major
4. Elective II / Thesis I Appl. Phys. 62x 3 + 0 Major
5. Internship 600.1 0 + 3 Compulsory
15 Credit Hours

 

Year IV: Semester –VIII

S. # Course Title Course No. Credit Hours Course Type
1. Digital Signal Processing Appl. Phys. 602 2 + 1 Major
2. Microprocessor Interfacing Appl. Phys. 604 1 + 2 Major
3. Control Systems Appl. Phys. 606 3 + 0 Major
4. Elective III Appl. Phys. 61x 3 + 0 Major
5. Elective IV / Thesis II Appl. Phys. 62x 3 + 0 Major
6. Capstone Project 600.2 0 + 3 Compulsory
18 Credit Hours

 

Elective Courses

S. # Course Title Course No. Credit Hours Course Type
1. Introduction to Nanotechnology Appl. Phys. 611 3 + 0 Elective-I
2. Embedded System Appl. Phys. 613 2 + 1 Elective-I
3. Data Communication & Networking Appl. Phys. 615 3 + 0 Elective-I
4. Wind and Solar Energy Appl. Phys. 617 3 + 0 Elective-I
5. Nanoelectronic Devices Appl. Phys. 621 3 + 0 Elective-II
6. Internet-of-Things (IoT) Appl. Phys. 623 2 + 1 Elective-II
7. Broadband Communication Appl. Phys. 625 3 + 0 Elective-II
8. Biofuels and Biomass Energy Appl. Phys. 627 3 + 0 Elective-II
9. Thesis I Appl. Phys. 629 0 + 3 Elective-II
10. Electronic Transport at Nanoscale Appl. Phys. 612 3 + 0 Elective-III
11. Instrumentation Appl. Phys. 614 3 + 0 Elective-III
12. Optical Communication Appl. Phys. 616 2 + 1 Elective-III
13. Tidal and Hydro Energy Appl. Phys. 618 3 + 0 Elective-III
14. Functional Materials Appl. Phys. 620 3 + 0 Elective-IV
15. Artificial Intelligence & Machine Learning Appl. Phys. 622 3 + 0 Elective-IV
16. Wireless Communications Appl. Phys. 624 3 + 0 Elective-IV
17. Smart Grid Technology Appl. Phys. 626 3 + 0 Elective-IV
18. Thesis II Appl. Phys. 628 0 + 3 Elective-IV

 

 

M.Phil. Applied Physics

Mission Statement:
The program mission of post-graduate studies at the Department of Applied Physics is to provide research based education and learnings in the various field of applied physical sciences through rigorous research work. The program’s primary mission is to equip MPhil scholars with advanced research skills, including literature review, data collection and analysis, experimental design, and critical thinking. By the end of the program, students should be proficient in conducting independent and rigorous research in their respective fields.

 

Program Objective:
  • The program aims to cultivate intellectual independence among MPhil students. This involves encouraging students to explore their research interests, develop their own research questions, and pursue innovative approaches to problem-solving. By fostering intellectual independence, the program seeks to produce scholars who can make original contributions to knowledge.
  • A key objective of the MPhil program is to deepen students' subject matter expertise. Through rigorous coursework, seminars, and engagement with leading scholars in the field, students will develop a comprehensive understanding of the theoretical frameworks, methodologies, and key debates relevant to their research area. This objective ensures that students become authorities in their chosen fields.
  • The program emphasizes the development of strong communication skills among MPhil students. This includes both written and oral communication, as students are expected to present and defend their research findings to academic audiences. Additionally, students will be encouraged to disseminate their research through publications and conference presentations, ensuring that their work reaches a wider scholarly community.
  • The MPhil program places a strong emphasis on ethical research practices. Students will be guided to adhere to ethical principles and guidelines while conducting their research, including obtaining informed consent, ensuring data privacy and confidentiality, and maintaining integrity in reporting research findings. This objective ensures that students become responsible researchers who contribute to the advancement of knowledge while upholding ethical standards.

Framework of Study:

Degree Title:: M.Phil. Applied Physics
Total Credit Hours: 30 Credit Hours (CH) = (Theory: 24 CH; Thesis: 06 CH)
Duration: 2 - 4 Years

M.Phil. Applied Physics (Telecommunications)
Year I: Semester – I

S. # Course Title Course No. Credit Hours
1. Research Methodology I Appl. Phys.700.1 3 + 0
2. Stochastic Processes Appl. Phys.701 3 + 0
3. Optical Networks Appl. Phys.703 3 + 0
4. Wireless and Cellular Communications Appl. Phys.705 3 + 0

 

Year I: Semester – II

S. # Course Title Course No. Credit Hours
1. Research Methodology II Appl. Phys.700.2 3 + 0
2. Information Theory and Coding Appl. Phys.702 3 + 0
3. Advanced Digital Communications Appl. Phys.704 3 + 0
4. Broadband Communication Systems Appl. Phys.706 3 + 0

 

M.Phil. Applied Physics (Semiconductor Technology)
Year I: Semester – I

S. # Course Title Course No. Credit Hours
1. Research Methodology I Appl. Phys.700.1 3 + 0
2. Advanced Solid State Physics Appl. Phys.707 3 + 0
3. Vacuum Technology Appl. Phys.709 3 + 0
4. Electronic Properties of Submicron Solid State Devices Appl. Phys.711 3 + 0

 

Year I: Semester – II

S. # Course Title Course No. Credit Hours
1. Research Methodology II Appl. Phys.700.2 3 + 0
2. Dielectric Relaxation in Solids Appl. Phys.708 3 + 0
3. Photonic Properties of Solids Appl. Phys.710 3 + 0
4. L.I.C. & Communications Appl. Phys.712 3 + 0

 

M.Phil. Applied Physics (Applied Atmospheric Physics)
Year I: Semester – I

S. # Course Title Course No. Credit Hours
1. Research Methodology I Appl. Phys.700.1 3 + 0
2. Ionospheric Physics Appl. Phys.713 3 + 0
3. Remote Sensing and Image interpretation Appl. Phys.715 3 + 0
4. Applied Space Plasma Physics Appl. Phys.717 3 + 0

 

Year I: Semester – II

S. # Course Title Course No. Credit Hours
1. Research Methodology II Appl. Phys.700.2 3 + 0
2. Applied Space Physics Appl. Phys.714 3 + 0
3. Applied Environmental Physics Appl. Phys.716 3 + 0
4. Applied Astrophysics Appl. Phys.718 3 + 0

 

Ph.D. Applied Physics

Mission Statement:
The mission of the PhD program at the Department of Applied Physics is to advance the frontiers of knowledge through original, high-impact research in the applied physical sciences. The program is committed to fostering research excellence by equipping doctoral scholars with the expertise, innovation capacity, and critical thinking skills necessary to address complex scientific challenges. Through a rigorous and immersive research experience, the program aims to produce thought leaders capable of conducting independent, ethically responsible, and globally relevant research that contributes meaningfully to academia, industry, and society.

Program Objective:
  • The PhD program is designed to cultivate advanced intellectual independence and research leadership. Doctoral candidates are expected to formulate and execute original research agendas, addressing complex problems through innovative methodologies. The program aims to produce scholars capable of independently advancing the frontiers of knowledge and leading interdisciplinary research efforts.
  • A central objective of the PhD program is to enable students to attain deep and specialized expertise in their chosen field, while also contributing to the development of new theories, models, or frameworks. Through intensive research, critical inquiry, and scholarly discourse, PhD students are expected to become thought leaders and innovators in their academic domains.
  • The program emphasizes the development of sophisticated communication skills that allow PhD scholars to effectively engage with international academic and professional communities. Students will produce high-impact publications, present at prestigious conferences, and communicate complex ideas clearly and persuasively to both academic and non-academic audiences.
  • The PhD program is committed to cultivating a culture of ethical leadership in research. Students will adhere to the highest standards of academic integrity, ethical conduct, and social responsibility. They will be trained to address ethical dilemmas in advanced research and to contribute to policy-making, education, and knowledge dissemination while upholding ethical standards.

Framework of Study:

Degree Title:: Ph.D. Applied Physics
Total Credit Hours: 18 Credit Hours Theory + PhD Dissertation
Duration: 3 - 8 Years

 

Year I: Semester – I

S. # Course Title Course No. Credit Hours
1. Research Seminars Appl. Phys.801 0 + 4
2. Thesis and Manuscript Writing Skills Appl. Phys.803 0 + 4

 

Year I: Semester – II

S. # Course Title Course No. Credit Hours
1. Seminar on Current Advancements in Applied Physics Appl. Phys.802 0 + 4
2. Development of Research Proposal for Funding Agencies Appl. Phys.804 0 + 6