Electronics and Communication Engineering

About Department

The Department of Electronics and Communication Engineering offers academic programme at the Under Graduate and Post Graduate level with the state-of-the art facility. The Department has produced 23 Anna  University rank holders in the past 3 years. The students are also encouraged to participate in symposium and conferences and they are motivated to present papers. Students are led to enter into the world of Electronics & Communication Engineering with motivation and guidance from highly qualifed and dedicated faculty members. The Department has well qualifed staff members consisting of Doctoral and Master Degree. The students are encouraged by the faculty members to do mini projects, paper presentations, seminars and workshops within and outside the campus.

• Well experienced and dedicated faculty with specializations in applied Electronics, VLSI and Networking.
• Guest Lectures on emerging technology by renowned personalities from academic institutions and industries.
• Fully equipped laboratory facilities and tools that are continuously upgraded to meet the technological changes in their respective disciplines.
• Well stocked Department Library with a wide collection of text books and reference material.
• In-plant training and industrial visits to grain practical knowledge.
• Well experienced and dedicated faculty with specializations in applied Electronics, VLSI and Networking.
• Guest Lectures on emerging technology by renowned personalities from academic institutions and industries.
• Fully equipped laboratory facilities and tools that are continuously upgraded to meet the technological changes in their respective disciplines.
• Well stocked Department Library with a wide collection of text books and reference material.
• In-plant training and industrial visits to grain practical knowledge.
• UG Programme
  • B.E : Electronics and Communication Engineering
• PG Programme
  • M.E : VLSI
  • M.E : Communication Systems

Vision

To develop Electronics and Communication Engineers by permeating with proficient morals, to be recognized as an adroit engineer worldwide and to strive endlessly for excellence to meet the confronts of our modern society by equipping them with changing technologies, professionalism, creativity research, employability, analytical, practical skills and to excel as a successful entrepreneur.

Mission

1. To provide excellence through effective and qualitative teaching- learning process that equips the students with adequate knowledge and to transform the students lives by nurturing the human values to serve as a precious resource for Electronics and Communication Engineering and nation.
2. To enhance the problem solving and lifelong learning skills that will enable by edifying the students to pursue higher studies and career in research.
3. To create students with effective communication skills, the abilities to lead a ethical values in order to fulfil the social needs.

PROGRAMME EDUCATIONAL OBJECTIVES

• PEO 1 Acquiring Knowledge: To impart knowledge in basic sciences, mathematics, technology, work ethics and character to excel in the professional career and make innovative contributions to the society and to acquire knowledge in electronics and communication engineering.
• PEO 2 Inculcating Multi skills: To inculcate the solid reasoning, decision making skills, humanism and service to the Electronics and Communication Engineers, make them more responsible to face the challenges in the society and to propose proper solutions that must be technically strong and economically feasible.
• PEO 3 Professionalism:To prepare graduates with problem solving ability ,excellent communication skills ,knowledge enhancement through higher education and research and to work in team in order to establish their profession , confidence and competitiveness to be good leaders and entrepreneurs.

PROGRAMME OUTCOMES:

The Programme Outcomes (POs) are described as per the National Board of Accreditation’s Graduate Attributes (GAs) and listed below

• PO a. Engineering Knowledge: Apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization for building engineering models.
• PO b. Problem Analysis: Identify and solve engineering problems reaching conclusions using mathematics and engineering sciences.
• PO c Design/Development of Solutions: Design and develop solutions for engineering problems that meet specified needs.
• PO d Conduct Investigations of Complex Problems: Conduct investigations of complex problems including design of experiments and analysis to provide valid solutions.
• PO e Modern Tool Usage: Create and apply appropriate techniques, resources, and modern engineering tools for executing engineering activities.
• PO f The Engineer and Society: Apply reasoning of the societal, safety issues and the consequent responsibilities relevant to engineering practice.
• PO g Environment and Sustainability: Understand the impact of engineering solutions in the environment and exhibit the knowledge for sustainable development.
• PO h Ethics: Apply ethical principles and commit to professional ethics, responsibilities and norms of engineering practice.
• PO i Individual and Team Work: Function effectively as an individual, and as a member or leader in diverse teams in multi-disciplinary settings.
• PO j Communication: Communicate effectively to the engineering community and the outside world and also to write effective reports.
• PO k Project Management and Finance: Understand engineering and management principles and apply them to handle projects in multi disciplinary environments.
• PO l  Life-Long Learning: Recognize the need for life-long learning and apply in the context of technological change.