The vision of the program is to produce high quality graduates who can positively contribute to academia, industry, and various domains of research in electronics engineering.

Electronics engineering is an enormously vibrant area of study. This program focuses on the design, analysis and application of electrical and electronics systems. Electronics engineering is a practical field intended to solve real world problems by combining ideas from engineering with basic science. The curriculum of Bachelor of Science in Electronics Engineering is developed in such a way that first a reinforcement in mathematics and basic science subjects is provided. Students are then trained with core electronic engineering subjects and finally they are made competent in electronics engineering with major emphasis on subjects like analog electronics, digital electronics, and advanced digital electronics etc.

In the department of electrical engineering, high quality teaching is ensured with the help of highly qualified faculty members. The faculty members of electrical engineering department have very diverse profiles and their expertise cover all the major areas of different programs that are offered under the banner of electrical engineering department. In electrical engineering department, courses are widely offered in electronics, telecommunication and computer science domain at the under graduate level. In all three domains faculty members of lecturer and above rank hold at least a master degree in the particular domain. Currently, there are a total of 55 faculty members. Among these faculty members, 12 members hold a PhD degree and department is trying to induct new PhDs to add further depth to its faculty. Tables indicating program areas and number of faculty in each area are given below.

Area of Specialization	Courses in the area and average number of sections per year	Number of faculty members in each area	Number of faculty with Ph.D. degree
Electronics	4	22	05
Communication	5	18	06
Computer Science	5	15	01
Total	14	55	12

Full-Time Faculty Size	Number of faculty members with PhD  MS		Full Professors	Associate Professors	Assistant Professors	Lecturers	Lab Engineers/Research Associates	Teaching Assistants/Fellows
55	12	16	01	01	17	20	16	0

In the EE department of COMSATS Lahore, there are eight main labs. These labs are well equipped and they are used to serve the needs of numerous courses offered under the banner of different programs at EE department of COMSATS Lahore. Detail about each lab’s objective, courses covered, major equipment, number of lab engineers, and lab manual is given below: Objective: To demonstrate and acquire the practical knowledge of the core courses in relation to Telecommunication and Computer Engineering programs.
Courses Covered: Electric Circuit Analysis I, Electronics I.
Major Equipment: Oscilloscope, Signal Generators, Trainers, Digital meters, and electronics components. Objective: To provide an environment and equipments in order to complete the Final Year Project (FYP) is basically the main motive of this lab. FYP is the fundamental part of our BS programs and this lab is playing a marvellous role in guiding the students to accomplish their task.
Courses Covered: Final Year Project-I, Final Year Project-II.
Major Equipment:Computers 30, DC Power Supply 05, Digital Meter 10, Oscilloscope 04, Function Generator 04, Superpro Programmer 03.
Objective: To build up the fundamental concepts of students in electrical engineering disciplines that would help them in their further courses
Courses Covered: Digital logic designs, Electronics II.
Major Equipment:Analog/Digital Trainers, Audio Frequency Generators.
Objective: The area of Communications is currently one of the most essential and rapidly evolving disciplines in information and electrical technologies. The worldwide demand for reliable, fast, and convenient exchange of communications is largely responsible for the enormous growth we see today. The information we deal with can take many different forms. It may be the conversation we are having on our cell phone, the web page we have just downloaded, the data stored on our hard-drive, or even the latest motion picture released on DVD. All these types of information have in common the requirement of Communication that they be transferred from one place (or time) to another. Therefore, a Communication Systems Lab has been established at CIIT Lahore to study efficient ways of achieving this task by focusing on both Analog and Digital Communication Systems theories. This Lab helps to embellish and to illustrate the fundamentals of many key communication theory concepts taught in the lectures. The student relates theoretical calculations to measured results by performing different lab experiment tasks.
Courses Covered: Analog Communication Systems, Digital Communication Systems, Principles of Communication Systems, Digital Signal Processing, Signals and Systems
Software Available: Matlab, Code Composer (CCS).
Major Equipment:Emona TIMS Trainer and Modules, DSK TMS320C6713.
Objective: Understanding the concepts of antenna and radio wave propagation in a practical way is the main objective of this lab. Besides, this lab is also conducting the microwave engineering and radar experiments. On the whole this lab has a nominal role in helping our undergraduate students to build up their knowledge in an interesting and dynamic ways of experimentation.
Courses Covered:This lab is used to cover the courses of Antenna and Radio Wave Propagation, Microwave Engineering and Radar & Navigation Aids.
Software Available: HFSS,NEC WIN ++,ADS,CST MATLAB.
Major Equipment:Different types of Antenna assemblies, Lab volt Microwave Module, Radar Trainer, GPS Navigator.
Objective: The main objective of this lab is to carry out laboratory exercises for different courses offered by the department and provide training to the students in the areas of data communication and computer networks
Courses Covered:This lab is basically used to cover courses like Data Communication and Computer Networks, Introduction to Computer Programming, Object Oriented Programming, System Programming, Network Programming, Compiler Construction, and Algorithms & Data Structures.
Software Available: On Windows XP, we have Microsoft Visual C Compiler, Borland C Compiler, Icc C Compiler, Matlab, Autocad, Microsoft Office, Adobe Acrobat Reader, Internet Explorer. On Fedora core (linux), we have gcc compiler, Devc development environment, Java development environment, X server and GUI environment, open office, and Mozilla Firefox.
Major Equipment 50 desktop computers, routers, switches.
Objective: The Microprocessor Interfacing and Very Large Scale Integrated Circuits (MPI/VLSI) Lab is a major laboratory in the Electrical Engineering department and caters to the undergraduate students of Computer and Telecommunication Engineering. This laboratory is especially integral to the Computer Engineering program. All of the major Computer Engineering practical exercises are conducted in this lab. This lab also facilitates students of Electrical Engineering department in their Final Year projects.
Courses Covered:Microprocessor Interfacing, Computer Architecture & Organization, Advanced Digital Logic Design, and VLSI Design.
Software Available: XILINX ISE 9.2 design suit, MP Lab IDE V.7.31, Microwind 2, EMU 8086, Keil, Proteus 6 Professional, and MikroC Pro.
Major Equipment Digital Logic Trainer Boards, Microcontroller-based Platforms, Microcontroller Trainers, Microprocessor Application Modules, Universal Programmers, FPGA Platforms etc.
Objective: The main objective of this lab is to conduct practical exercises of Electric Machines and Control courses.
Courses Covered:Electric Machines, Control Systems.
Software Available: Matlab, TRI logi for PLCs.
Major Equipment Transformer trainer boards, PLC, AC drives, single phase, and three phase motors.

Wide employment opportunities await chemical engineers in the public as well as private sector. Jobs in areas such as processing, operations or manufacturing, research and development, design and construction, finance and teaching are globally available. A management degree, along with BS in Chemical Engineering, is a desirable option for jobs relating to marketing.

The educational objectives of BS Electrical (Electronics) Engineering Programme are.

1. Enable students to attain basic core of understanding in the major electronic engineering subjects and also familiarize them with fundamental concepts in some computer science/engineering and mathematics subjects.
2. To provide students with fundamental theoretical knowledge as well as practical experience not only in the design and testing of electronic devices but also in other related areas of electrical engineering.
3. To develop professional skills in the students that will prepare them for immediate employment in engineering, production, services, support, research and academia.
4. To practice the highest standards of integrity, team work, ethical conduct and social responsibility
5. To prepare students for higher education and research in Electronics engineering.
6. To produce professionals in the field of Electronics Engineering who can play a dynamic and leading role for the development of the society
7. To meet the demand of the market (both public & private sector) nationally and internationally