B.E. in Electronics and Instrumentation Engineering
Founded
1981
4 Years
60
ABOUT THE
PROGRAMME
The B.E. programme in Electronics and Instrumentation Engineering, formerly offered as Instrumentation Technology, was introduced in 1981 with an initial intake of 40 students and now admits 60 students annually.
Renamed in 2014 to reflect its evolving scope, the programme features an industry-aligned curriculum that is regularly updated and supports advanced research through Ph.D. opportunities. Modern laboratories with cutting-edge technology enable hands-on learning and innovation. The programme has been accredited multiple times by the NBA (New Delhi), with the most recent accreditation granted in 2024, reaffirming its academic quality and relevance.
The B.E. programme in Electronics and Instrumentation Engineering, introduced in 1981 and renamed in 2014, offers an industry-relevant curriculum with advanced lab facilities. It is NBA-accredited and supports hands-on learning, innovation and research through Ph.D. opportunities.
Vision
Achieving excellence in instrumentation technology education by adopting interdisciplinary research, with a focus on sustainable and inclusive technologies.
Mission
- To create an environment that enables students to excel in their domain areas and motivates them to engage in interdisciplinary research by utilising state-of-the-art infrastructure.
- To impart technical knowledge, encourage experiential learning and develop future professional leaders.
- To establish strong industry-academia collaborations and develop industry-ready graduates and entrepreneurs capable of addressing societal and industrial challenges.
- To motivate lifelong learning and research in sustainable technologies to discover improved solutions for the betterment of society.
Placement Overview
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Salary
*Placements Ongoing
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MORE ABOUT THE DEPARTMENT
Programme Outcomes (PO)
Programme Educational Objectives (PEOs)
- To apply concepts of instrumentation, electronics, controls and automation to develop technical solutions for industrial problems.
- To exhibit competency in adapting to industrial challenges and contribute to interdisciplinary projects with team spirit and professional ethics to achieve organisational goals.
- To pursue higher education in technology or management and attain professional excellence by developing leadership qualities and communication skills.
- To become entrepreneurs with a focus on sustainable technologies and create innovative solutions to meet industrial and societal needs.
Programme Educational Objectives (PEOs)
- To apply concepts of instrumentation, electronics, controls and automation to develop technical solutions for industrial problems.
- To exhibit competency in adapting to industrial challenges and contribute to interdisciplinary projects with team spirit and professional ethics to achieve organisational goals.
- To pursue higher education in technology or management and attain professional excellence by developing leadership qualities and communication skills.
- To become entrepreneurs with a focus on sustainable technologies and create innovative solutions to meet industrial and societal needs.
Programme Specific Outcomes (PSO)Â
- Design, analyse and apply instrumentation, control and automation concepts and techniques for industrial and/or research pursuits, leading to product development, publications or patents.
- Demonstrate knowledge of basic science, mathematics, electronic system design and programming for real-time applications, with the aim of developing industrial solutions and becoming future technology leaders.
Scheme & Syllabus
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Fourth Year
Scheme & Syllabus
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