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Department of Electrical Engineering
Overview:-
The department of the electrical engineering has begun five years ago and has made big strides in its short life span. CIIT offers conducive environment for studying
various disciplines of Electrical Engineering. Our curriculum is unique in that
it enables students to learn techniques required to solve complex engineering problems
and at the same time equip them with managerial and professional skills.
One of the goal of the department is to actively achieve gender mainstreaming in
our programs. Women are doing remarkable work in the engineering world today. Now
that field such that computer engineering, telecommunication engineering, and electronic
engineering are offering suitable work environments for females, there is an increased
demand for the female students to enroll in the engineering department courses,
As a policy CIIT is actively seeking to increase female enrollment in its engineering
programs.
We are offering a four years Bachelor of Science degree in Computer Engineering and Telecommunication Engineering. The first two years (four semesters) are common to both streams in which the focus is on Electrical Engineering basics, mathematics and allied courses. The strong basis in electrical engineering core subjects enable the students to start specialization of their choice during the next two years (last four semesters).
The department is also offering one and half years Masters of Science in Telecommunication Engineering with specialization in Wireless Information Networks. The program is offered on both Full and Part Time basis and the classes are scheduled in evening after 16:30. Students would have the choice of three different tracks where they can undertake their degree either on a Research Based, a Course Work Based or a Project Based track.
Brief Introduction of Programs:-
BS (TE)
This discipline has existed in many universities for a very long time. Its popularity as an undergraduate engineering specialization is, however, quite recent. it is observed that although undergraduate specialization in telecommunication engineering is marketed with great fanfare, many universities offer only a few specialized courses in this area. With the advancement of digital communication and a rapid growth in information technology and telecommunication sector, a new industrial base has sprung up which requires engineers with more specialized skills in this area. This new industry base includes the traditional wired communication companies, mobile and cellular companies, wired local loop operators, and cable and broadband communication companies Keep in mind demand of this new industry base, the degree includes latest digital technologies as well as traditional communication techniques. For the graduates to have deeper understanding and appreciation for all or some of the above mentioned industries further sub-specializations should be offered as electives. The sub- specializations options may includes optical communication systems, wireless communication systems and radar, navigational aids and television technologies. ( More)
BS (CE)
Computer engineering in one of the most versatile discipline of engineering. It can broadly be descrambled as an amalgam of electronics engineering, with major emphasis on digital electronics, computer architecture and interfacing, and computer science. The ratio of electronic and computer science courses in this disciple vary from university to university. In our degree program we have apportioned 70% for electronics and 30% for computer science. In recent times, the number if computer engineers employed by the industry involved in ASIC design or custom processor design is gradually on rise. ( More)
MS (TE)
The MS in Telecommunications Engineering program provides advanced education
and research to develop knowledge & expertise in engineering of telecommunication
networks and systems. Strong emphasis is placed on the areas of mobile wireless
communications, communication signal processing, broadband computer networks, RF/microwave
engineering, optical communications, and embedded electronic system design for telecommunications.
Specialized state-of-the-art laboratories and computer facilities are available
in the above areas.
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