University of Information Technology and Sciences (UITS), the first IT-based private university in Bangladesh was founded on 7 August 2003 as a non-profit organization. INFORMATION SCIENCE AND TECHNOLOGY SOLUTION LTD. (ISTS), a concern of PHP group headed by Alhaj Sufi Mohamed Mizanur Rahman Chowdhury is the sponsor of UITS.
UITS added the latest education system to its curriculum to developing the knowledge and skills of the students as well as integrated human values in the education system. UITS is a science and technological knowledge-based center that provides marketable skills for younger generations who may be gainfully employed both national and international organizations.
UITS introduced students with highest qualified faculties with foreign degrees
UITS forms a community of Bangladesh's brightest minds and most committed educators; and create opportunities for them to meet their academic and human potential. We believe in open and respectful interaction with students, and among its staff at all levels.
University of Information Technology & Sciences (UITS) is committed to publishing high-quality research and phenomenal works from academicians, scientists, engineers, business specialists, sociologists/ social scientists and lawyers/law makers
UITS located at Baridhara diplomatic zone with a beautiful campus of 1.3 acors of land. Quality education at affordable cost & Find all the resources you need here to thrive during your tenure at UITS.
Master of Science in Telecommunications Engineering (MS. Tel. Engg.) was introduced and approved by the UGC in 2005 in the Department of ECE under the Faculty of Science and Engineering (SSE) at UITS. The objective of this 36+ credit hour MS. Tel. Engg. program is to provide graduate Engineers with discipline-specific knowledge and technical skills in advanced telecommunications engineering, to develop them to become efficient and skilled engineers in communication engineering, telecommunications, networking, computers and information technology. The graduates will be able to analyze, design, implement, maintain and manage the telecommunication systems and business in telecom sectors. The program is highly recommended for the students who wish to obtain technical as well as engineering management positions in the telecommunication industries. In this course, the students will complete the core subjects in professional communications and engineering workplace practice, innovation and design, advanced laboratory, and research methods. This course delivers expert skills and applied competencies required for a professional engineer in the field of telecommunication. It is designed to train and enhance professional practice, advance technical and specialist skills, and provide an opportunity to put theory into practice with applied projects and research. The degree also delivers communication, strategic and project management skills essential to the practicing engineer.
To produce professionally competent graduates in the field of electrical and electronic engineering and serve the society by addressing the challenges for a sustainable development.
Candidates having Bachelor of Science (B.Sc.) degree in the following fields with minimum 2nd class or CGPA 2.0 or equivalent are eligible to apply for the M. Sc. in Telecommunication Engineering program:
A degree of Master of Science in Telecommunications Engineering (MS. Tel. Engg.) under the Department of Electronics and Communication Engineering (ECE) may be awarded to a student if he/she applies for it and he/she completes minimum 60 credit-hours of courses including successful completion of a research-based thesis that has publishable content. It is strongly recommended that the students should produce a publishable research work to obtain the degree in MS. Tel. Engg. However, up to 24 credits can be waived for a student who has completed his/her bachelor of science (B.Sc.) degree from the courses listed in Section 4 with acceptable good grades. The maximum number of credits waived for a student may depend on the grades of the corresponding subjects. For the degree of MS. Tel. Engg., the candidate must achieve a minimum CGPA of 2.50 on 4.0 scale. A detail of academic requirements and regulations are given as follows:
Students having B.Sc. degree in above mentioned disciplines can pursue the postgraduate program of MS. Tel. Engg. in the Department of Electronics and Communication Engineering (ECE) at UITS. Depending on the educational background, the duration of this program can be of one-year and two-years with 36 and 60 credit-hours, respectively. In case of two-years MS. Tel. Engg. program, the pre-requisite courses will be covered during first two semesters of the program. Students who have completed a similar course (only applicable to 1st year courses of MS. Tel. Engg. program) with a minimum grade of C from a recognized university or institution may apply for a waiver subject to the approval of the Academic Committee of the Department of Electronics and Communication Engineering and Admission Committee of the University. In case of any doubt, the Admission Committee may ask the student to sit for a written examination on the courses to be waived.
For the degree of two-year based MS. Tel. Engg. program, a student has to take a minimum of fourteen (14) courses of which at least eight (08) courses are from his/her assigned field and remaining six (06) courses are from the interdisciplinary group or any other fields. For the degree of one-year based MS. Tel. Engg. program, a student has to take a minimum of six (06) courses. However, irrespective of the duration of the program, all the students pursuing a research-based MS. Tel. Engg. program must complete an eighteen (18) credits research-based thesis. The topic of the research-based thesis for MS. Tel. Engg. must be related to field of the student or the interdisciplinary group.
Student may contact with supervisors directly for more details about the dissertation or self-proposed dissertation. If both the supervisor and student agree to work on a given dissertation, the student should complete and return a prescribed application form for dissertation. The dissertation may last for a semester (six-months) or slightly longer for a one-year based MS. Tel. Engg. program or two semesters (twelve months) or slightly longer for two-year based MS. Tel. Engg. degree. For submission of the final dissertation, the students are required to submit two hardcopies to the department for correction and verification. Moreover, it is required to give an oral presentation at the end of the dissertation for assessment. Please note that the research-based thesis should contain publishable material in a peer-reviewed international journal (Internationally peer-reviewed journals and conferences). It is expected that a student should produce publishable content that can be published in at least 01 (one) article in international journal or 03 (three) conference papers in the country or abroad. In case of project report (thesis), two examiners will evaluate the thesis separately. Upon getting favorable opinion from both the examiners, a viva will be arranged by the respective department in presence of the examiners. Finally, grading on the thesis will be obtained by adding the average marks given by the examiners with the marks obtained in the viva.
Courses for year 1
ECE 530 Electronic Devices and Circuits
ECE 531 Digital Electronics
ECE 532 Electrical Measurements and Instrumentation
ECE 533 Electromagnetic Fields and Waves
ECE 534 Computer Organization and Architecture
ECE 535 Antennas and Propagation
ECE 536 Basic Communication Theory
ECE 537 Digital Signal Processing
ECE 538 Micro-Processor, Micro-Controller and Assembly Language Programming
ECE 539 Operating Systems
Courses for year 2
To fulfill the degree requirement, students will have to take a total of fourteen (14) courses containing six (06) core-courses and at least any two (02) courses from the elective group. Finally, a research-based thesis of 18.0 credit-hours has to be completed within a prescribed duration.
Core Courses
ECE 540: Telecommunication Networks
ECE 541: Signals and Systems
ECE 542: Advanced Telecommunication Engineering
ECE 543: Tele-traffic Engineering
ECE 544: Data Communications
ECE 545: Digital Modulation Technique
Elective Courses
ECE 560: Microwave Theory and Techniques
ECE 561: Digital Transmission Technologies
ECE 562: Cellular Mobile Systems
ECE 563: Network Planning
ECE 564: Digital Communications
ECE 565: Multimedia Communication Systems
ECE 566: Cellular Network Planning
ECE 567: Information and Coding Theory
ECE 568: Switching Systems
ECE 569: Antenna Engineering
ECE 570: Optical Fiber Communication
ECE 571: Broadband networks
ECE 572: Video Communication
ECE 573: Internet Engineering
ECE 574: Satellite Communications
Research Based Thesis
ECE 601: Thesis (Part- I)
ECE 602: Thesis (Part- II)
To fulfill the degree requirement, students will have to take a total of six (06) courses containing four (04) core courses and two (02) courses from the elective group. Finally, a research-based thesis of 18.0 credit-hours has to be completed within a prescribed duration.
Research-Based Thesis
Each of the following courses (3 credit hours) will include a theory of 2.25 credit hours with a laboratory session (computer-based simulation/demonstration) of 0.75 credit hour.
Semester 1
Semester 2
Semester 3
Semester 4
Each of the following courses (3 credit hour) will include a theory of 2.25 credit hours with a practical/laboratory/simulation/research/demonstration session of 0.75 credit hour.
