Electronics & Telecommunication Engineering aims to develop skills and deepen knowledge of the basic concepts and theories in the field of Signal Processing, RF and Microwave communication, Embedded systems etc. It has been instrumental in producing quality engineers of global standards with capabilities of facing new challenges in the Telecommunication field.
- Branch started in the year : 1996-1997
- Changes in U.G. intake since beginning till date :
Year | Intake |
|---|---|
1996 to 1999 | 60 |
2000 to till date | 120 |
- Lateral entry at S.E. (Direct Admission After Diploma): 24
- Name of departmental student body: IETE – KJSISF
- NBA Accreditation status: Provisionally Accredited in November 2013(For two years)
- Post Graduate course started in year 2010-2011 with intake of 18 students.
Vision:
To become center of excellence for creating competent engineers with evolving technical skills, leadership qualities with human values to pursue excellence in professional field.
Mission:
Providing quality education to
- Develop technical skills, soft skills and professional ethics to cater the needs of industry.
- Promote research and creativity in Engineering and technology.
- Inculcate awareness towards societal needs and environmental issues.
A graduate of Electronics and Telecommunication Engineering will be able to:
| Index | Objective |
|---|---|
PEO 1 | excel in professional career by adapting emerging technologies. |
PEO 2 | pursue higher education, research, address environmental issues with ethical practices. |
PEO 3 | solve real life problems in a team as a member or as a leader. |
Index | Outcome |
|---|---|
PO1 | Apply knowledge of differential equations, vector calculus, complex variables, matrix theory, probability theory, Boolean algebra, physics, chemistry and network and EM field analysis to communication systems . |
PO2 | Identify ,formulate and analyze electronics & telecommunication engineering problems and derive conclusions using first principles of mathematics . |
PO3 | Design electronic systems, components or processes to meet desired needs within realistic constraints considering social, cultural and public health issues. |
PO4 | Design and conduct experiments, analyze and interpret data for analog, digital and communication systems . |
PO5 | Use appropriate techniques, skills and modern engineering and software tools to analyze and design telecommunication engineering problems. |
PO6 | Apply contextual knowledge to understand social ,health, safety and legal issues relevant to engineering profession. |
PO7 | Understand the impact of Electronics and Telecommunication Engineering solutions on society and environment for sustainable development. |
PO8 | Apply knowledge of Electronics and Telecommunication engineering in profession with ethical responsibilities. |
PO9 | Function as an individual or leader in diverse teams. |
PO10 | Communicate on engineering activities with engineering community and society at large. |
PO11 | Apply principles of engineering activities and project management in multidisciplinary environments. |
PO12 | Engage in life-long learning in context of technological advances |