Bachelor of Engineering in Telecommunication Engineering


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Course Overview

The Bachelor of Telecommunications Engineering (BS) program helps students to demonstrate theoretical and technical knowledge of telecommunications systems associated with LANs, MANs, and WANs. Students will learn to design, implement, and manage telecommunications systems using voice and data. Download Course Catalog.

Program Structure:

Course Code First Semester Courses Credit
BSCH 101 Analog and Digital Communications 8
BSCH 102 Switching and Automata Theory 8
BSCH 103 Computer Systems and Network 7
BSCH 104 Satellite Transmission 7
TOTAL CREDITS 30
Course Code Second Semester Courses Credits
BSCH 111 Probability and Statistics 10
BSCH 112 Fiber-optic communications 10
BSCH 113 Legal and Regulatory Issues in Telecommunications 10
TOTAL CREDITS 30
Course Code Third Semester Courses Credit
BSCH 201 Telecommunications Network Management 10
BSCH 202 C Language Programming 10
BSCH 203 Telecommunications 10
TOTAL CREDITS 30
Course Code Fourth Semester Courses Credit
BSCH 211 Engineering Ethics 10
BSCH 212 Mathematics for Engineers 10
BSCH 213 Fundamentals of Mechanics 10
TOTAL CREDITS 30
Course Code Fifth Semester Courses Credit
BSCH 301 Communication & Investigation 10
BSCH 302 Organization Theory 10
BSCH 303 Experiential Learning 10
TOTAL CREDITS 30
Course Code Sixth Semester Courses Credit
BSCH 311 Seminar Administrative, Cultural, International Development 10
BSCH 312 Entrepreneurship 10
BSCH 313 Bachelor Thesis 10
TOTAL CREDITS 30

 

Career Opportunities

Under direction, a Telecommunications Engineer provides engineering and technical telecommunications support for state-wide LAN, WAN and frame relay systems. Designs, plans, configures, implements, controls, monitors and maintains a multi-user, multi-site network in a client server environment. Seeks innovative and state-of-the-art solutions to develop the highest level of responsiveness, production and functionality from the network infrastructure investment. Work performed: Manages a multi-site telecommunications environment to provide network connectivity and stability for court operations and the case management application. Monitors the network for errors that are transparent to users. Resolves problems with the network, including routers, frame relay and modem connection. Orders, or oversees the ordering of, all the hardware and vendor service. Develops technical documentation to incorporate configurations for capacity planning and budget submissions.

 

Contact KIU:

  • study@kesmondsuniversity.org
  • admissions@kesmondsuniversity.org
  • www.kesmondsuniversity.org