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PROGRAM EDUCATIONAL OBJECTIVES
DEPARTMENT of electronics and communication engineering

PROGRAM EDUCATIONAL objectives

PROGRAM EDUCATIONAL OBJECTIVE 1
To practice in the field of Electronics and Communication Engineering in a responsible, highly commendable, and in a ethical manner in the general areas like electronics circuit design, advanced communication systems used in industrial and government organizations which is useful to the society.
PROGRAM EDUCATIONAL OBJECTIVE 2
To possess the necessary communication and leadership skills to function effectively in a professional multi-disciplinary environment, to cater the need for the industry..
PROGRAM EDUCATIONAL OBJECTIVE 3

To exhibit success in solving complex technical problems in a broad range of disciplines subject to quality engineering processes, team work activities, and professional ethics.

PROGRAM EDUCATIONAL OBJECTIVE 4
Continue to develop professionally through life-long learning, and other creative pursuits in advanced technology, which can be exposed to the global level.
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programme outcomes

Graduates will be able to deal with the general aspect of graduation for the Computer Science and Engineering programme, and the competencies and expertise in the same field.

Basic Engineering knowledge

Apply knowledge of mathematics, science and engineering fundamental concepts appropriate to the discipline of electronics and communication engineering to bring out innovative and novelistic solutions

Problem analysis

Identify, formulate and solve complex problems to achieve conclusions using mathematical principles and engineering sciences.

Design and Implement

Design systems to meet the desired needs within realistic constraints such as public health, safety and environmental considerations

Conduct investigations

Design and conduct experiments, investigation on research-based projects and apply practical knowledge to obtain solutions.

Techno tool usage

Use of modern tools to create, predict and model the complex engineering concepts with an understanding of limitations.

Professional Engineering Ethics

Apply reasoning informed by contextual knowledge to assess the local and global issues in the society relevant to the professional engineering practice

Environment and sustainability

Examine the impact of the professional engineering solutions in global and environmental concepts and utilize the knowledge for sustainable developments in changing environments.

Ethical Principles

Develop consciousness of professional ethics in social issues, responsibilities and norms of engineering practice.

Multidisciplinary Talents

Function effectively as an individual and as a team leader in diverse teams and to accomplish a common goal.

Communication

Communicate engineering activities effectively for documentation and presentations and to give clear instructions to the engineering community and society.

Management Qualities

Demonstrate knowledge and understanding management principles to apply at one’s own work, as a member and leader in a team.

Life-long learning

Recognize the ability to demonstrate resourcefulness for contemporary issues and lifelong learning in the broadest technological change.

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PROGRAMMESPECIFICOUTCOMES

PROGRAM SPECIFIC OUTCOME 1

  • The ability to comprehend the basic concepts of electronics and apply them in the day to day life to design and execute complete engineering systems.

PROGRAM SPECIFIC OUTCOME 2

  • To design, verify and validate electronic functional elements for numerous applications including signal processing, communications and computer networks.

PROGRAM SPECIFIC OUTCOME 3
  • An ability to communicate on an intellectual level with peer engineers and others to work together to arrive at cost-effective and appropriate solution to various problems at hand.
PROGRAMME SPECIFIC OUTCOMES