List of Programme Outcomes

After completion of the M Tech (Communication Engineering & Signal Processing) program, the students will be able to

a. Apply higher order thinking for enhancement of skills by acquiring in-depth knowledge of Communication Engineering and Signal Processing.

b. Synthesize and critically analyze complex engineering problems independently to make intellectual advances.

c. Solve engineering problems and evaluate the potential feasible solutionsto arrive at the optimal solution by considering societal and environmental factors / issues.

d. Solve unfamiliar problems through literature survey, apply appropriate research methodologies, conduct experiments, analyze and interpret data by working individually or in groups to create, develop and project the results.

e. Devise and apply appropriate techniques and modern engineering tools to complex engineering activities with an understanding of the limitations.

f. Contribute effectively either individually or in group on collaborative and multidisciplinary tasks to achieve common goals.

g. Manage projects effectively as a member and leader in a team with engineering and management skills, in Communication Engineering and Signal Processing considering economical and financial factors

h. Communicate effectively and confidently with engineering community and society at large regarding engineering activities.

i. Recognize the need for and an ability to engage in lifelong learning to keep oneself abreast of the knowledge to be competent.

j. Have intellectual integrity in professional practices and ethics while dealing with society.

k. Introspect the outcomes of actions and make corrective measures on his/herown.

EC SP 3051

Project Work

1. Identify and find solution to the real world problems2. Get awareness on design methodologies & their

Implementation3. Learn advanced programming techniques4. Apply the concepts and use various software tools5. Write technical reports

Academic Year 2014-15Project Title: An improved Quasi-Orthogonal Space Time Block Codes for multiple transmit antennas

Project Content

POs mapping with strength

Acquired in-depth knowledge on vehicle detection using MATLAB software.

a:

With the emerging technology, the signal is transmitted with high reliability and data rates with less decoding complexity.

b:

A rotational component is introduced to minimize the interference terms during the signal detection such that BER performance is improved.

c:

Techniques like ABBA Scheme, U.Park QO-STBC are used to make further steps which ultimately solve the considered problem.

d:

OSTBC encoder and decoder in MATLAB are in-built which very useful to possess the required commands to sort out the problem.

e:

Consequent analysis together with reviews are the key to solve the solution.

h:

By this strategy, the concepts like Non-Orthogonal Space time Block codes , rotational -OSTBC, Complex-OSTBC became familiar that can be applicable in future also. i: