(I) General Structure
The scheme of studies in Electronics and Communication currently offered by DIHE is a 132-credit-hour BS degree program, spanning a period of 8 Semesters (4 years). In terms of broad features, its curricular framework comprises the following plan of studies.
Semester - I
PH301: Principles of New Physics-I (2 + 1)
CS467: Data Communication (2 + 1)
CS304: Programming Concepts (2 + 1)
MS326: Univariate Calculus (3 + 0)
MS310: Set Theory & Linear Algebra (3 + 0)
HU309: Islamic & Pakistan Studies (3 + 0)
Semester - II
PH302: Principles of New Physics-II (2 + 1)
PH306: Electrical & Electronic Circuits (2 + 1)
CS393: Programming Concepts-II (2 + 1)
MS308: Statistical Modelling (2 + 1)
MS309: Multivariate Calculus & Differential Equations (3 + 0)
HU411: Creative Writing (3 + 0)
Semester - III
PH403: Electrical & Electronic Circuits-II (2 + 1)
PH413: Power Electronics (2 + 1)
PH415: Analogue Electronics (2+1)
CS494: IP & Network Services (2 + 1)
MS445: Harmonic & Fourier Analysis (3 + 0)
HU412: Convincing / Influencing People (3 + 0)
Semester - IV
PH420: Digital Electronics (2+1)
PH424: Sensors & Instrumentation (2 + 1)
PH430: Signal & Systems Analysis (2+1)
CS417: Interactive Multimedia Communication (2 + 1)
CS668: Computer Network & Security (2 + 1)
HU518: Leadership / Managing Failure (3 + 0)
Semester - V
PH501: Signal Processing (2 + 1)
PH509: Integrated Circuits Design (2 + 1)
PH512: Optical Fibre Communication (2 + 1)
PH525: Antennas & Propagation (2 + 1)
CS515: Microprocessor Architecture & Programming (2 + 1)
MS332: Scientific Computing (2 + 1)
Semester - VI
CS582: Microelectronics & Embedded Systems (2 + 1)
PH530: Microwave Circuits & Devices (2 + 1)
PH560: Wireless Communication-I:
Terresterial & Satellite Communication (2 + 1)
MS550: Optimisation & Simulation (2 + 1)
EC523: Industrial Economics & Management (3 + 0)
XXxxx: Study Option-I (3 CH)
Semester - VII
CS604: Wireless Communication-II: 3G-Communication (2 + 1)
PH626: Quantum & Optoelectronics (2 + 1)
CS647: Robotics: Industrial Control (2 + 1)
PH639: Remote Sensing (2 + 1)
XXxxx: Study Option-II (3 CH)
PH699a: Final Project / Thesis (2 CH)
Semester - VIII
PH645: Navigational Aids: Global Positioning System (2 + 1)
PH699b: Final Project / Thesis (4 CH)
(II) A Listing of Options
[A] Electronics
1. Analogue System Applications
2. Advanced Computing Systems
3. Computer Modelling of EM Fields
4. Applied Ultrasonics
5. Quantum and Physical Electronics
6. Photonics
7. Digital Image Processing
8. Advanced Digital Signal Processing
9. Fourier Optics & Optical Signal Processing
10. Optical Transmission and Networks
11. Antennas & Radars Applications
12. Radar Systems
13. Microwave / Optical Components & Network Measurement
14. Microwave & Optical Systems
15. Networks Synthesis
16. Computer-Aided Circuit Design
17. Digital Instrumentation and Systems
18. Optical Detectors and Receivers
19. Amplifiers & Oscillators
20. RF Circuits and Subsystems
21. Network & Components
[B] Communication & Signal Processing
1. Communication & Information Theory
2. Statistical Communication Theory
3. Introduction to Quantum Information
4. Optical Fibre Theory and Techniques
5. Optical Communication Systems
6. High Speed Data Communication Networks
7. Media Communications
8. Telecommunication Electronics
9. Integrated and Guided Wave Optics
10. Digital Communication Systems
11. Digital Filter Design
12. Analogue Filter Design
13. Transmission Structures
[C] Control Engineering
1. Neural Networks
2. Fuzzy Logic
3. Advanced Control Systems
4. Optimal Control
5. Multi-variable Control
6. Introduction to Adaptive Control
7. Introduction to Non-linear Control
8. Stochastic Control
9. Control Systems (Linear, Feed-back & Digital)
[D] Computer Systems
1. Microelectronic Principles [VLSI Principles & Applications]
2. Microprocessor Architecture & Programming
3. Inter-network Programming (TCP / IP Programming)
4. Computer Graphics
5. Digital System Design
6. Decision Support Systems
7. Parallel and Distributed Computing Systems
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