Electrical Engineering

About The Faculty

Undergraduate Programs

Graduate Programs

DEPARTMENT OF ELECTICAL ENGINEERING UNDERGRADUATE PROGRAMS

In the Engineering Departments, the number of credits required to obtain the BS Degree is 105 Credits. The graduation requirements are a Cumulative Average of 2.0.

Students with a Cumulative Average of 2.25 or above may be admitted to the Engineering Diploma Degree programs of the same major. They complete 45 credits including a 6 credit Final Year Project. Graduation requirements are a Cumulative Average of 2.5.

Students with a Cumulative Average of 2.50 or above may be admitted to the Master programs of the same major. They can choose between a thesis option of 45 credits plus a 6 credit Thesis or the non-Thesis Option where they complete 51 credits and a 3 credits project. Graduation requirements are a Cumulative Average of 3.0.
Students with the Engineering Diploma or the Master of Science degrees can apply to membership in the Orders of Engineers in Lebanon.

Electronics and Computer Engineering

The field of Electronics and Computers appeals to students with great attention to details. The curriculum aims to train students to tackle tasks such as designing systems that are cheap, reliable and easy to use. CITYU Electronics and Computers Engineers are trained to evaluate, specify and operate projects of state of the art performance. The study also focuses on preparing new leaders by providing training in fundamentals of Mathematics and Physics, Electrical circuits and Digital Electronics, Analog Electronics, Microprocessors, Integrated Circuits, Programming, Data Mining and Software Engineering. Students are also allowed an extensive practical training to prepare them to design and specify various Electronics and computer systems and become leaders in their continuously evolving field.

FEIT offers a Bachelor of Science in Electronics and Computers engineering (105 Credits) as well as a Engineering Diploma (150 Credits) and the Master of Science (51 Credits)

Curriculum for the (B.Sc.) in Electronics and the Computer Engineering

University Requirements
Course#	Course Name	CR
ARAB 201	Introduction to Arabic Language	3
ENGR 200	Introduction to Engineering	3
ENG 201	Academic English	3
CS 201	Cultural Studies I	3
GHN 201	General Health & Nutrition	3
Subtotal		15

FACULTY Requirements
Course#	Course Name	CR
MATH 202	Calculus III	3
MATH 332	Linear Algebra	3
MATH 342	Ordinary Differential Equations	3
MATH 352	Probability and Statistics	3
MATH 443	Numerical Methods	3
PHY 203	Mechanics	3
PHY 205	Electricity and Magnetism	3
PHY 211	Material Science	3
PHY 223	Thermodynamics	3
Subtotal		27

MAJOR CORE COURSES
Course#	Course Name	CR
ELEC 221	Electric Circuits	3
ELEC 223	Digital Fundamentals	3
ELEC 290	Analog Circuits II	3
ELEC 330	Electronics I	3
ELEC 421	Electronics II	3
CNE 340	Signals & Systems	3
ELEC 370	Power & Machines	3
CSC 203	Introduction to Programming	3
CSC 243	Data Structures	3
CSC 311	Operating Systems	3
IT 381	Object Oriented Programming	3
CSC 426	Software Engineering	3
ENGR 498	Engineering Seminar	3
ENGR 499	Training	3
Subtotal		39

MAJOR ELECIVE COURSES
Course#	Course Name	CR
ELEC 323	Advanced Digital Logic	3
ELEC 371	Control	3
ELEC 450	Fuzzy Logic	3
ENGR 274	Engineering Modeling & Simulation	3
3 courses from the above
Subtotal		9

Labs
Course#	Course Name	CR
PHY 200L	Physics Lab	1
ELEC 221L	Electric Circuits Lab	1
ELEC 223L	Digital Circuits Lab	1
ELEC 330L	Electronics Lab	1
AUT 202L	Automatics Lab	2
ROB 200L	Robotics Lab	2
ELEC 441L	Microcontrollers Lab	2
Subtotal		9

FREE ELECTIVE COURSES
Course#	Course Name	CR
ENGR 211	Engineering Drawing	3
CCNA1	Network Fundamentals	3
CCNA2	LAN	3
CCNA3	Wireless Networks	3
CCNA4	Accessing the WAN	3
2 courses from the above
Subtotal		6

Communication and Network Engineering

The field of communication continues to be the key indicator of societal progress. Today, the internet has become part of the human heritage. All computers need to be networked, which poses a challenge to providing security and speed. CITYU Communication and Networking Engineers are prepared to think and act according to the technological development. CNE training combines required courses of Mathematics, Physics, with Fundamentals of Electrical and Communication Engineering. It is culminated with state of the art application of communication principles. Students receive extensive practical training which allows them to design and specify communication systems and become leaders in their continuously evolving field.

FEITM offers a Bachelor of Science in Communication and Network engineering (105Credits) as well as an Engineering Diploma (150 Credits) and the Master of Science (51 Credits)

Curriculum for the (B.Sc.) in Communication and Network Engineering

Total credit hours for a Bachelor Degree in Electronics and Computer Engineering are 105 credit hours.

University Requirements
Course#	Course Name	CR
ARAB 201	Introduction to Arabic Language	3
ENGR 200	Introduction to Engineering	3
ENG 201	Academic English	3
CS 201	Cultural Studies I	3
GHN 201	General Health & Nutrition	3
Subtotal		15

FACULTY Requirements
Course#	Course Name	CR
MATH 202	Calculus III	3
MATH 332	Linear Algebra	3
MATH 342	Ordinary Differential Equations	3
MATH 352	Probability and Statistics	3
MATH 443	Numerical Methods	3
PHY 203	Mechanics	3
PHY 205	Electricity and Magnetism	3
PHY 211	Material Science	3
PHY 223	Thermodynamics	3
Subtotal		27

CNE Major Requirements
Course#	Course Name	CR
ELEC 221	Electric Circuits	3
ELEC 223	Digital Fundamentals	3
ELEC 290	Analog Circuits II	3
ELEC 330	Electronics I	3
CNE 340	Signals & Systems	3
CSC 203	Introduction to Programming	3
CSC 243	Data Structures	3
IT 381	Object Oriented Programming	3
CNE 311	Fields & Waves	3
CNE 321	Analog Communication	3
CNE 443	Antennas	3
CNE 460	Optoelectronics	3
ENGR 499	Training	3
ENGR 498	Engineering Seminar	3
Subtotal		39

Labs
Course#	Course Name	CR
PHY 200L	Physics Lab	1
ELEC 221L	Electric Circuits Lab	1
ELEC 223L	Digital Circuits Lab	1
ELEC 330L	Electronics Circuits Lab	1
AUT 202L	Automatics Lab	2
ROB 200L	Robotics Lab	2
CNE 421L	Communication Lab	2
Subtotal		9

MAJOR ELECIVE COURSES, 3 courses from the below
Course#	Course Name	CR
CNE 323	Digital Communication	3
CSC 426	Software Engineering	3
ELEC 370	Power & Machines	3
ELEC 421	Electronics II	3
ENGR 274	Engineering Modeling & Simulation	3
Subtotal		9

Engineering Drawing

Biomedical Engineering

Health care providers continue to rely on the best available technology to help their patients. In a time of specialization, there is an increasing need for engineers who can design, operate, and maintain advanced and reliable equipment. CITYU Biomedical Engineering graduates can join the work force in the health care facilities specifying and maintaining equipment used by hospitals and health care practitioners. CITYU students receive basic Engineering training as Electronics and Computers Engineers. Their curriculum is complemented with insight on Biochemistry, Biophysics Transport Phenomena in the human body as well as Preventative Maintenance and best practices of equipment usage. Biomedical Engineering courses familiarize students to the hospital environment and allow them to become leaders in their continuously evolving field.

FEITM offers a Bachelor of Science in Biomedical engineering (105 Credits) as well as an Engineering Diploma (150 Credits) and the Master of Science (51 Credits)

Curriculum for the (B.Sc.) in Biomedical Engineering