Bachelor in Electronics and Communications Engineering

Program Overview

The Bachelor of Science in Electronics and Communications Engineering provides a comprehensive foundation in electronic and communication principles, encompassing courses in mathematics, electronics, electrical circuits, programming, digital logic, and electromagnetic theory. Designed according to ABET standards, the program prepares students for careers in various industries, including telecommunications, electronics manufacturing, and information technology. Graduates will possess the knowledge and skills necessary to analyze, design, and implement electronic systems and communications networks.

Program Outline

Degree Overview:

• Program Name: Bachelor of Science in Electronics and Communications Engineering
• Degree Awarded: Bachelor of Science
• Credit Hours: 180 (cr.
hr.) spread over 10 academic semesters Students are expected to pursue scholastic quality and complete a plan of study prepared with their academic advisor and approved by the Electronics and Communications Engineering Department Council.
• Learning Outcomes: Data will be available soon!

Outline:

• Program Structure: The program is structured into 10 academic semesters, with a total of 180 credit hours.
• Course Schedule: The program includes a sequence of courses designed according to ABET standards.
• CC111 - Introduction to Computers (No prerequisites)
• LH131 - ESP 1 (No prerequisites)
• BA124 - Mathematics II (Prerequisite: BA123)
• BA142 - Engineering Mechanics II (Prerequisite: BA141)
• CC112 - Structured Programming (Prerequisite: CC111)
• LH132 - ESP 2 (Prerequisite: LH131)
• BA114 - Physics II (Prerequisite: BA113)
• Term 3:
• BA223 - Mathematics III (Prerequisite: BA124)
• CC213 - Programming Applications (Prerequisite: CC112)
• EC210 - Solid State Electronics (Prerequisites: BA114, BA118)
• EE231 - Electrical Circuits (1) (Prerequisite: BA124)
• LH231 - Technical Report Writing (Prerequisite: LH132)
• Term 4:
• BA224 - Mathematics IV (Prerequisite: BA223)
• CC216 - Digital Logic Design (Prerequisite: CC111)
• EC217 - Measurements & Instrumentation (Prerequisite: EE231)
• EC233 - Electronic Devices (1) (Prerequisite: EC210)
• EE232 - Electrical Circuits (2) (Prerequisite: EE231)
• Term 5:
• BA323 - Mathematics 5 (Prerequisite: BA224)
• CC312 - Computer Organization (Prerequisite: CC216)
• EC321M - Signals & Systems (Prerequisites: BA224, EE231)
• EC332 - Electronic Devices (2) (Prerequisites: EC233, EE232)
• EC334 - Analog & Digital Circuit Analysis (Prerequisites: EE232, EC233)
• EE328 - Electrical Power and Machines (Prerequisite: EE232)
• Term 6:
• CC413 - Numerical Analysis (Prerequisites: CC112, BA224)
• EC311 - Electronic Materials (Prerequisite: EC210)
• EC322M - Introduction to Communication Systems (Prerequisite: EC321M)
• EC333 - Electronic Amplifiers (Prerequisite: EC332)
• EC341 - Electromagnetics (Prerequisites: BA114, BA224)
• Term 7:
• CC411 - Introduction to Microprocessors (Prerequisite: CC216-EE211 OR CC312)
• EC432 - Microelectronic Circuits (Prerequisite: EC333)
• EC442 - Electromagnetic Wave Propagation (Prerequisite: EC341)
• EE418 - Automatic Control Systems (Prerequisite: EE329 or EE328+BA323)
• IM423 - Operations Research (Prerequisite: 90 Credit Hours)
• Term 8:
• EC410 - Electronic Measurements (Prerequisite: EC432)
• EC422 - Introduction to Digital Communications (Prerequisite: EC421M)
• EC434 - Analog Signal Processing (Prerequisite: EC432)
• EC443 - Electromagnetic Transmitting Media (Prerequisite: EC442)
• EE419 - Modern Control Engineering (Prerequisite: EE418 or EE417)
• IM400 - Practical Training (Prerequisite: 90 Credit Hours)
• NE364 - Engineering Economy (Prerequisite: 54 Credit Hours)
• Term 9:
• EC544 - Antennas Engineering (Prerequisite: EC443)
• Term 10:
• EC533 - Digital Signal Processing (Prerequisite: EC434)

Careers:

• Markets and Career: Data will be available soon!