Department of applied electronics and instrumentation engineering
The Department of Applied Electronics and Instrumentation Engineering at Haldia Institute
of Technology (HIT), established in 1996, is a forward-looking academic unit committed to producing skilled
professionals in the fields of instrumentation, control systems, and industrial automation. The department follows
an Outcome-Based Education (OBE) structure, which emphasizes measurable learning outcomes and continuous
improvement. This approach ensures that students not only acquire theoretical knowledge but also develop critical
problem-solving, analytical, and design skills tailored to industry demands. The OBE framework is implemented
through clearly defined Program Educational Objectives (PEOs), Program Outcomes (POs), and Course Outcomes (COs),
all aligned with national and international engineering education standards. Instrumentation and automation
engineering, being an interdisciplinary field, integrates principles from electronics, electrical engineering, and
computer science to create and maintain systems that monitor and control industrial processes. AEIE department
provides a strong academic and practical foundation through state-of-the-art laboratories, real-time project work,
and industry-relevant training modules in areas such as embedded systems, industrial instrumentation, and
PLC/SCADA systems. The department nurtures a vibrant academic environment supported by qualified faculty, regular
seminars, industry visits, and technical workshops. It offers excellent training and placement opportunities, with
students regularly placed in top-tier organizations in both core and IT sectors. A well-established alumni network
further strengthens the department, with former students achieving success in global companies, higher education
institutions, and research organizations. The achievements of these alumni stand as a testament to the
department's academic rigor and its commitment to developing industry-ready graduates. For those aspiring to build
a successful career in instrumentation and automation, the Department of Applied Electronics and Instrumentation
Engineering at HIT offers a highly supportive and promising platform.
To become a dynamic contributor to the community by ensuring excellence in academic and research in the field
of Applied Electronics and Instrumentation Engineering and to create an environment that will facilitate the
growth of individuals in this field through innovative teaching, research and involvement of industry.
M1: To produce quality engineering graduates with the capacity of serving the arena of science ,
engineering , teaching , research , entrepreneurship and management.
M2: To add a skill-set such as communication parameter, ethical inputs and to nurture the characteristics
of lifelong learning.
M3: To ensure the capability of work in a team effectively in different environments & to add tenacity to
build workforce.
To become a dynamic contributor to the community by ensuring excellence in academic and research in the field
of Applied Electronics and Instrumentation Engineering and to create an environment that will facilitate the
growth of individuals in this field through innovative teaching, research and involvement of industry.
PEO 1: To impart technical competency, knowledge, skill which ensure capability to solve problems in
Industry, Research and Academics related to Instrumentation Engineering & other related disciplines.
PEO 2: To prepare students for successful careers in national and international public or private sector
organizations while equipping them with the knowledge and skills to pursue higher studies and research in
Instrumentation Engineering and related disciplines.
PEO 3: To frame the mindset to enhance technical knowledge through lifelong learning may be in the
structured or in the unstructured way. To impart the attributes towards successful adaptation to
technological & cultural changes.
PEO 4: To develop the ability to function effectively in diverse professional roles—individually,
collaboratively within a team, or as a leader—while adapting to dynamic environments in academia, industry,
and research.
PEO 5: To fulfill the needs of society through their acquired attributes in ethical & responsible manner.
PSO 1: Able to develop a strong foundation in the scientific, technology, engineering and mathematics
(STEM) & to apply these in a unified manner for real life problems pertaining to Electronics and
Instrumentation engg.
PSO 2: Able to implement a range of instrumentation engineering features, including the use of
contemporary industrial automation technologies, sensory systems, real-time data processing, and networking
protocols to address challenging engineering issues.
PSO 3: Able to extend electronics and instrumentation engineering skill into interdisciplinary fields to
explore research and entrepreneurship opportunities in the field of biomedical, renewable energy, process
measurements and control, and Industry 4.0.