Instrumentation Engineering is the most happening field in the world now. Electronics and Instrumentation Engineering is essentially the application of Electronics in the Field of Instrumentation Engineering. Instrumentation is defined as the arts and science of measurement and control of process parameters like temperature, pressure, flow-rate, humidity, density, viscosity, moistures, velocity etc. through proper designing and configuring of automated systems in electrical, pneumatic domains within a production or manufacturing area. To measure and control these parameters in a process or in a particular system, devices such as sensors, transducers, transmitters, microprocessors, microcontrollers, Programmable Logic Controllers (PLC), Distributed Control System (DCS), Supervisory Control And Data Acquisition (SCADA) are used. Instrumentation engineers work with the industries with the goal of improving productivity, optimisation, stability, reliability, safety and continuity. Over the past three decades the field of instrumentation engineering is contributing in extremely widespread applications in the industries like
1. Process Industries such as Steel Plants, Refineries, Power plant, Chemical and
Fertilizer plants, Textile industries, Petrochemical Industries, Food processing
2. Mining & Metallurgy industries,
3. Robotics and Bio-Medical Instrumentation,
4. Automobile Instrumentation industries,
5. Navigational & Aerospace Organization, Weather Stations etc.
6. Building Management Instrumentation,
7. Automation engineering companies
Therefore, Instrumentation being one of the most important sought branches from the Industrial point of view, a combination of Electronics and Instrumentation would fetch high dividends for the students who take up Electronics and Instrumentation as their career course. Electronics and Instrumentation Engineers have a bright future ahead of them as they are needed by almost all Industries in various cadres like Design, Development, Fabrication, Inspection, Quality control, Maintenance, Service and so on. As published by the famous media house, The Hindu, “Automation is the buzz word in process industry, and automation is the core job of instrumentation engineers. Hence, the demand for instrumentation will always be there. By the year 2015, with so many industries coming up, the need of instrumentation engineers is eventually going to increase as thousands of them are required.” The department of AEIE of Dr. B. C. Roy Engineering College has started its journey from 2002. To produce Industry Ready Instrumentation Engineers, the department is fully equipped with modern laboratories, Smart classrooms and highly proficient professors who have their academic degrees from the reputed institutes like IIT (Kharagpur), IIT (Kanpur), Jadavpur University, IIST (Shibpur) and NITs. The department has close association with core Instrumentation MNCs like Jhonson Control (USA), Yokogawa (Japan) and others for building up effective Industry Institute interaction. To gain educational and career information about Instrumentation, the AEIE department has build up strong bonding with some international professional societies. While many of the alumni of the department are in service with the organisations like TCS, Infosys, Wipro, Honeywell, Yokogawa, Jhonson Control, Indian Air Force, General Electric, Jindal Steel, CTS, Capgemini, HP, Sankalp Semiconductor, Biecco Lawrie Ltd., L&T, BOC etc. while others have thrived for higher studies and doing their M.Tech from JU, IITs, NITs (upon getting high GATE scores) and MS from reputed foreign Universities like Florida State University of Florida (USA).
To aspire to be a premiere department; imparting world class technical education and to bridge industry expertise with academic excellence, thereby producing technically competent engineers catering to the needs of the society, environment and the nation.
The mission of the Applied Electronics and Instrumentation Engineering Department is to provide with a foundation in Electronics and Instrumentation, and the underlying mathematics and science, and to provide excellent opportunity with strong moral sense of social and ethical responsibilities, in order to build up professionally competent engineers through value-added teaching, learning and research environment. The key objective is to provide state of the art infrastructure and a facilitating environment toward quality education and promote high standards of professional ethics, transparency and accountability. Department fosters establishing value creating networks with alumni, industries, educational institutes and other stake-holders and encourages collaborative research and consultancies with industries.
Graduates of Applied Electronics and Instrumentation Engineering department are expected to excel in professional career or pursue higher education and research or in entrepreneurship by acquiring sound knowledge in basic science, mathematics and core engineering.
Graduates of Applied Electronics and Instrumentation Engineering department are expected to abide by professional code of conduct, following the principles of financial management, possessing sound communication skills and ready to take leadership or have enough tolerance to act as a simple and indispensable member of a multicultural team working on a multi-disciplinary project.
Graduates of Applied Electronics and Instrumentation Engineering department are expected to be a good citizen, conscious about the society and environment, respect for professional ethics and values and quality to adapt in the fast changing society through life-long learning.
Apply principles of mathematics, science, engineering fundamentals and specialized knowledge in electronics and instrumentation to the solution of complex engineering problems.
Identify, formulate and analyze various complex engineering problems.
Prescribe solution for complex engineering problems and design/develop eco-friendly devices to cater the needs of society.
Use research based knowledge to conduct investigation of complex problem and draw valid conclusion.
Use modern tools, both software and hardware for modeling, analyzing and providing solutions for complex engineering problems.
Apply engineering knowledge in workplace in particular and society at large such as community health and hygiene, personnel and community safety, keeping in mind cultural and legal issues involved.
Devise instruments and implement projects which are socially acceptable and compatible to the environmental protection leading to sustainable development.
Abide by ethical principles and professional code of conduct while carrying out responsibility as professional engineers.
Take responsibilities individually or as a leader and also have enough humility to act as a member of an assorted multi-disciplinary team.
Cognize and demonstrate effective communication skills on complex engineering activities through technical report writing, presentation and communicate with engineering community and society at large.
Manage projects and prescribe solutions to minimize project costs in a multi-disciplinary venture.
Inherit a culture of enhancing knowledge in technological advancement in their own and allied fields.
|Srl No||Name of Faculty||Designation||Qualification|
|1||Prof.(Dr.) Khondekar Mofazzal Hossain||Professor and HOD||B.Sc, B.Tech, M.Tech, Ph.D|
|2||Prof.(Dr.) Bijoy Laxmi Koley||Assistant Professor||BE, M.Tech, Ph.D|
|3||Prof.(Dr.) Soumen Mallick||Assistant Professor||B.Tech, M.Tech, Ph.D|
|4||Prof.(Dr.) Anirban Bose||Assistant Professor||BE, M.Tech, Ph.D|
|5||Prof.(Dr.) Kamalika Tiwari||Assistant Professor||BE, M.Tech, Ph.D|
|6||Prof.(Dr.) Debasis De||Assistant Professor||BE, M.Tech, Ph.D|
|7||Prof. Samujjwal Roy||Assistant Professor||B.Tech, M.Tech|
|8||Prof. Ritu Rani De||Assistant Professor||BE, ME|
|9||Prof. Chandan Das||Assistant Professor||B.Tech, M.Tech|
|10||Prof. Suman Dasgupta||Assistant Professor||B.Tech, M.Tech|
|11||Prof. Shibendu Mahata||Assistant Professor||B.Tech, M.Tech|
|12||Prof. Sumana Chattoraj (Roy)||Assistant Professor||B.Tech, M.Tech|