1. Program Educational Objectives (PEOs)

• PEO 1: 

        “To provide viable solutions to complex engineering problems based on systematic theoretical and technical approaches in the field of electrical engineering.”

• PEO 2: 

    “To manage and develop sustainable electrical systems to meet desired objectives and explore new entrepreneurial possibilities in a multidisciplinary environment.”

• PEO 3: 

    “To pursue academic and professional growth by taking up higher studies, discovering new technologies and developing proficiency in the usage of latest tools.”

• PEO 4: 

      “To work in a multicultural environment and be responsive to ethical, moral, and societal issues showing leadership in their domain. ”

2. Eligibility Criteria:

F.Sc. or equivalent with a minimum 60% marks in pre-engineering group

3. BEE Specializations:

Bachelors of Electrical Engineering (BEE) program at Bahria University offers specialization in:

1. Electronics
2. Telecommunications
3. Power Systems

4. Road map for BEE (Electronics/ Telecommunication/Power Systems):

Total Credit Hours= 136 Credit Hours

6. Scheme of Studies:

Duration	4 years
Number of semesters	8
Number of weeks per semester	18 (16 for teaching and 2 for exams)
Total number of credit hours	136
Non-engineering courses	15 Courses, 41 Cr Hrs, 30% of total
Engineering courses	28 Courses, 97 Cr Hrs, 70% of total

COURSES OF NON-ENGINEERING DOMAIN

Knowledge Area	Sub Area	Name of Course	Lec Cr. Hrs	Lab Cr. Hrs	Cr. Hrs	Total Courses	Total Credits	% Area	% Overall
Humanities and Social Sciences	English	Functional English	2	0	2	3	7	17	5.1
Comm. Skills	2	0	2
Technical Report	3	0	3
Writing & Present. Skills
Culture	Islamic Studies / Ethics	2	0	2	2	4	9.7	2.9
Pakistan Studies	2	0	2
Social Sciences	Social Sciences	3	0	3	2	6	14.6	4.4
Elective 1
Social Sciences Elective 2	3	0	3
Management Sciences	—	Management Sciences Elective 1	2	0	2	2	5	12.2	3.7
Management Sciences Elective 2	3	0	3
Natural Sciences	Math	Calculus and Analytical Geometry	3	0	3	4	12	29.2	8.8
Linear Algebra	3	0	3
Differential Equations	3	0	3
Complex Variables and Transforms	3	0	3
Physics	Applied Physics	3	1	4	1	4	9.8	2.9
	Electives	Electives 1*	3	0	3	1	3	7.3	2.2
Total	40	1	41	15	41	100%	30.1%

1. Humanities and Social Sciences Electives: (With no Pre-req)

• HSS 422 Engineering Ethics
• HSS 202 Introduction to Sociology
• BES 103 Critical Thinking
• HSS 456 Organizational Behavior
• PSY 401 Professional Psychology (New Course-New Code)
• HSS 111 Introduction to International Relations

• Management Science Electives (With no Pre-req)

2 Credit Hour Courses

• HSS 423 Entrepreneurship
• MGT 421 Leadership (New Course-New Code)
• MGT 422 Personal Grooming (New Course-New Code)
• MGT 426 Sales and Marketing Strategies For Engineers (New Course)

3Credit Hour Courses

• MGT 111 Principles of Management
• MGT 423 Engineering Management (New Course-New Code)
• MGT 424 Engineering Economics (New Course-New Code)
• MGT 425 Project Management in Engineering (New Course-New Code)

• Natural Science Electives

3+0 Credit Hour Courses

Pre-Req	Course Code	Course Title
GSC 110 Calculus and Analytical Geometry	GSC 211	Multivariable Calculus
GSC 210 Differential Equations	GSC 320	Numerical Analysis
None	GSC 221	Discrete Mathematics

2+1 Credit Hour Courses

Pre-Req	Course Code	Course Title
None	GSC 340	Chemistry

COURSES OF ENGINEERING DOMAIN

Knowledge Area	Name ofCourse	Lec. Cr. Hrs.	Lab Cr. Hrs.	Total Cr. Hrs.	Total Courses	Total Cr. Hrs.	% Area	% Overall
Computing	Introduction to Computing	1	1	2	3	9	9.5	6.6
Programming Fundamentals	2	1	3
Computing Elective	3	1	4
Electrical Engineering Foundation	Linear Circuit Analysis	3	1	4	9	28	29.5	20.6
Electrical Network Analysis	3	1	4
Workshop Practice	0	1	1
Signals and Systems	3	1	4
Electronic Devices & Circuits	3	1	4
Digital Logic Design	3	1	4
Electromagnetic Field Theory	3	0	3
Probability Methods in Engineering	3	0	3
Engineering Drawing	0	1	1
Electrical Engineering Core (Breadth)	Communication Systems	3	1	4	7	28	29.5	20.6
Embedded System Design	3	1	4
Electrical Machines	3	1	4
Linear Control Systems	3	1	4
Electronic Circuit Design	3	1	4
Breadth Core 1	3	1	4
Breadth Core 2	3	1	4
Electrical Engineering Core (Depth)	Depth Elective 1	3	1	4	5	19	20	13.9
Depth Elective 2	3	1	4
Depth Elective 3	3	1	4
Depth Elective 4	3	1	4
Depth Elective 5	3	0	3
IDEE	IDEE- 1	2	0	2	2	5	5.2	3.8
IDEE- 2	3	0	3
Senior Design Project	Senior Design Project 1	0	3	3	2	6	6.3	4.4
Senior Design Project 2	0	3	3
Internship (Summer)	0	0	0	0	0	0	0
Total				28	95	100	69.9%

Breadth Courses

Power Engineering

Pre-Req	Course Code	Course Title
EEN 211 (Electrical Network Analysis)	EEP 331	Power System Analysis Breadth Course 1
EEN 219 Electrical Machines)	EEN 433	Power Distribution and Utilization Breadth Course 2

Electronics Engineering

Pre-Req	Course Code	Course Title
EEN 224 Electronic Devices and Circuits	EEP 468	Power Electronics Breadth Course 1
EEN 313 Signals and Systems	EEN 325	Digital Signal Processing Breadth Course 2

Telecommunication Engineering

Pre-Req	Course Code	Course Title
None	CEN 223	Computer Communication & Networks Breadth Course 1
EEN 313 Signals and Systems	EEN 325	Digital Signal Processing Breadth Course 2

Computing Electives

Pre-Req	Course Code	Course Title
CSC 112 Programming Fundamentals	CSC 318	Object Oriented Programming
CSC 112 Programming Fundamentals	CSC 221	Data structure and Algorithm

IDEE Electives (With no Pre-req)

2 Credit Hour Courses

• ESC111 Basic Mechanical Engineering
• GSC104 Surveying and Leveling
• GSC486 Geographical Information System
• ENV 440 Energy and Environment
• MTE 101 Maritime Technologies

3 Credit Hour Courses (With no Pre-req)

• EEA 430 Introduction to Mechatronics
• EEN 438 Introduction to Biomedical Engineering
• CSC 320 Operating Systems
• CSC 419 Introduction to Machine Learning (New course New code)
• CSC 488 Big Data Analytics
• CSC 410 Introduction to Cloud Computing
• CSC 412 Artificial Intelligence
• EET 461 Industrial Internet of Things (IIoTs)

List of Depth Electives

1. Communication/ Telecommunication Engineering

Course code	Pre-req	Course code	Course title
EEN 311	Electromagnetic Field Theory	EEN 431	RF and Microwave Engineering
	None	EET 463	Optical Fiber Communication
EEN 311	Electromagnetic Field Theory	EET 447	Navigation and Radar Systems
EET 321	Communication Systems	EEN 436	Wireless and Mobile Communication
EET 321	Communication Systems	EET 449	Satellite Communications
EEN 311	Electromagnetic Field Theory	EET 451	Wave Propagation and Antennas
CEN 223	Computer Communication & Networking	EET 452	Multimedia Communications
	None	CSC 453	Information and Coding Theory
CEN223	Computer Communication & Networking	EEN 434	Advanced Computer Networks
EET 321	Communication Systems	EET 411	Digital Communications
CEN 223	Computer Communication & Networking	EET 456	Transmission and Switching Systems
EEN 313	Signal & Systems	CEN 444	Digital Image Processing
CEN 120	Digital Logic Design	CEN 441	FPGA- Based System Design
EEN 224	Electronic Devices & Circuits	EEN 469	Linear Integrated Circuits and Applications
EEN 225	Electronic Circuit Design	EEN 316	Instrumentation and measurement
	None	CEN 471	Emerging Wireless Technologies and RF planning
	None	CEN 472	Telecommunication policies and standards
	None	EET 462	Cryptography & Network Security
	None	EET 459	Introduction to Block chain
CEN 223	Computer Communication & Networking	ITC 411	Cyber Security

2. Electronic Engineering

Course code	Pre-req	Course code	Course Title
EEN 225	Electronic Circuit Design	EEN 316	Instrumentation and measurement
EEN 225	Electronic Circuit Design	EEN 462	Integrated Electronics
	None	EEN 441	Industrial Process Control
EEN 224	Electronic Devices and Circuits	EEN 442	Digital Electronics
EEN 224	Electronic Devices and Circuits	EEN 444	Opto Electronics
EEN 224	Electronic Devices and Circuits	CEN 452	VLSI Design
EEN 224	Electronic Circuit Design	EEN 445	Industrial Electronics
CEN 120	Digital Logic Design	CEN 442	Digital System Design
EEN 224	Electronic Devices & Circuits	EEN 469	Linear Integrated Circuits & Applications
EEN 225	Electronic Circuit Design	EEN 466	Introduction to Nano Technology
EEN 311	Electromagnetic Field Theory	EET 451	Wave Propagation and Antennas
EEN 313	Signal & Systems	CEN 444	Digital Image Processing
EEN 224	Electronic Devices and Circuits	EEN 435	Solid State Devices
EEN 412	Linear Control Systems	EEN 437	Digital Control Systems
EEN 219	Electrical Machines	EEN 433	Power Distribution and Utilization
CEN 120	Digital Logic Design	CEN 441	FPGA- Based System Design
EEN 219	Electrical Machines	EEN 420	Industrial Automation
EEN 225	Electronic Circuit Design	EEN 471	Microelectronics Technology
EEN 225	Electronic Circuit Design	EEL 470	Microelectronics Technology Lab
EEN 311	Electromagnetic Field Theory	EEN 431	RF and Microwave Engineering
	None	ESC 471	Biomedical Instrumentation
	None	CEN 223	Computer Communication & Networking
	None	ESC 472	Medical Robots
CSC 411	Artificial Intelligence	CEN 458	Robotics
CSC 411	Artificial Intelligence	CEL 458	Robotics Lab

3. Power Engineering

Course code	Pre-req	Course code	Course Title
EEN 225	Electronic Circuit Design	EEN 316	Instrumentation and Measurements
EEN 219	Electrical Machines	EEP 441	Advanced Electrical Machines
EEN 219	Electrical Machines	EEP 442	Power Generation
EEN 433	Power Distribution and Utilization	EEP 443	Electrical Power Transmission
EEN 224	Electronic Devices and Circuits	EEP 468	Power Electronics
EEP 331	Power System Analysis	EEP 444	Power System Protection
EEP 331	Power System Analysis	EEP 445	Power System Stability & Control
EEN 219	Electrical Machines	EEP 471	Electrical Machine Design and Maintenance
EEN 211	Electrical Network Analysis	EEP 446	High Voltage Engineering
	None	EEP 448	Renewable Energy Systems
EEN 313	Signals & Systems	EEN 325	Digital Signal Processing
EEN 225	Electronic Circuit Design	EEP 472	Industrial Drives
EEP 331	Power System Analysis	EEP 475	FACTS and HVDC Transmission
	None	CEN 223	Computer Communication & Networking
	None	EEP 474	Smart Grid
EEN 412	Linear Control System	EEN 437	Digital Control System
EET 321	Communication Systems	CEN 474	Digital Communication System
EEN 225	Electronic Circuit Design	EEN 469	Linear Integrated Circuits and Applications
EEN 225	Electronic Circuit Design	EEP 474	PLC and Industrial Drives
EEN 225	Electronic Circuit Design	EEN 445	Industrial Electronics
	None	EEN 434	Advance Computer Networks

CURRICULUM FOR ELECTRICAL ENGINEERING

Electrical Engineering is one of the oldest disciplines of engineering. Initially it was confined to few areas such as power generation, transmission and distribution; radio communication and wireless telephony. However, in the last half of the century it has seen tremendous growth and expansion. The diversification and expansion in some areas of electrical engineering has been of such a large magnitude that they seem to be independent disciplines in their own. These include Electronic Engineering, Telecommunication, Computer Engineering, Information Technology, Control Systems etc. However, in a large part of the world Electrical Engineering is still considered to be the parent discipline. This curriculum has been developed on this rationale. It facilitates the teaching of common core courses and selection of courses of a particular area depending upon the need and availability of the resources.

GOAL

The goal of the Electrical Engineering undergraduate program should be to prepare the students for entry-level positions as electrical engineers for the broad range of opportunities available in industrial, commercial, and governmental organizations; and also to prepare them for lifelong learning experiences either through a formal graduate program or through continuing education facilities.

PHILOSOPHY BEHIND CURRICULLUM DEVELOPMENT

The curriculum for the undergraduate program has been revised on the basis of HEC and PEC directives. The entire curriculum of Electrical Engineering at undergraduate level has been designed on the following lines:

1. It is based on the concept of foundation, breadth and depth courses so that streams for different specializations can be created within each discipline.
2. Foundation courses: the foundation courses are the courses that all students in a given discipline of engineering must take. These courses provide students with the fundamental concepts and tools to pursue their studies at the higher level.

1. Breadth Courses: the breadth courses introduce students to different specialties in the given discipline of engineering early in their studies. Before taking the breadth courses, the students should be advised that their choices will affect taking follow up courses because of pre-requisite requirement.
2. Depth Courses: The depth courses offer specialization within each engineering discipline. All depth courses must integrate a substantial design component.
3. The students may select electives from any of the areas of specialization with some guidelines from their respective advisors.
4. All courses are also identified as engineering or non-engineering.
5. Elective courses for five different specializations have been specified.

1. A university can offer a degree programme in Electrical Engineering at undergraduate level by selecting all the prescribed foundation, breadth and the depth courses and the elective courses of the disciplines in which the university has the requisite faculty and lab facilities.
2. By following the above approach, the universities will be able to offer B.E. degree programmes in Electrical Engineering with any of the five different specializations (Electronics, Telecommunication, Computer, Power, Control)

This design of the curriculum will facilitate the universities to optimize the utilization of faculty and resources and produce engineers with greater in-depth knowledge in the selected areas.