Vision of the Department
- To be a place of academic excellence in frontier areas of Computer Science and
Engineering to meet the challenges by bridging the gap between academic and industry
so as to promote competitive academic programs through research activities that
supports intellectual growth and skill acquisition.
- To become a recognized ethical leader with morale in the state of Odisha and beyond,
offering high-quality educational programmes in computer science and its applications.
Mission of the Department
To facilitate improve technologies and focus on vital services by strengthening the quality
of life with leadership and self-sufficiency to create enthusiasm among the students towards
nation building.
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To offer a high-quality education in the art and science of computing,
as well as to prepare students for career opportunities in this area
requiring a high level of technical knowledge and skill.
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To develop and administer programs which serve the needs of industrial
computer scientists, researchers and computer application specialists
for whom the discipline of computing sciences provides indispensable tools.
Programme Educational Objectives (PEOs)
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To impart wholesome education with emphasis on theoretical as well as
practical aspects so as to produce Computer science and application
graduates with innovative thinking, knowledge and skills to excel in
postgraduate studies or to succeed in technical profession.
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To provide the students with a sound foundation in the core subjects of
mathematics, computer science and their application areas to make them
competent to solve complicated computer science and application problems
and also to pursue higher studies and research.
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To train the students through a curriculum with good scientific and
application breadth to enable them to develop analytical skills,
multidisciplinary approach and the aptitude for novel designs.
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To inculcate in students professional attitude, effective communication
skills, teamwork skills, leadership qualities and an aptitude to create
novel products and solutions for the real life problems.
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To instill in the students the essence of professional ethics, moral
values and social concern and a quest for lifelong learning needed for a
successful professional career.
Course Outcomes (COs)
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Characterized and design software for various real world applications.
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Analyze various software problems using various application tools and programs.
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Solve databases and network problems. Identify and formulate problems,
develop and apply analytical and experimental methods of investigation,
identify contributing factors and generate, validate and evaluate
alternative solutions.
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Design algorithms for solving real world applications.
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Communicate effectively in a professional environment through technical
reports and presentations. Ability to present fluently and justify technical
solutions to diverse audiences.
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Recognize and evaluate the societal benefits of computer applications.
Recognize the importance of professional and ethical responsibilities,
the evolving nature of computer applications and the importance of
lifelong learning.
Programme Outcomes (POs)
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An ability to apply knowledge of mathematics, the sciences and
engineering principles to problems in computer applications.
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An ability to understand and apply fundamental scientific and
engineering principles to engineering problems in the context of
the interrelationships between structure, properties, processing,
and performance of all classes of computer systems.
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An ability to design, conduct, analyse, and interpret results of
laboratory experiments that involve the behavior of software engineering
applications, including the use of statistical and computational methods.
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Familiarity and experience with modern techniques, instrumentation and
other tools require for experimental and engineering design, data collection,
and data analysis in the practice of computer science and engineering.
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An ability to work in and provide leadership for diverse teams in the
solution of engineering problems.
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An ability to identify, formulate and solve engineering problems which
involve application and selection of softwares.
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An understanding of professional and ethical responsibilities and their implications.
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An ability to communicate effectively through written reports and oral
presentations,including preparation of professional quality visual aids.
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The broad education necessary to understand the impact of computer
engineering problems and solutions in a global/societal context.
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A recognition of the need for and an ability to engage in lifelong learning.
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A knowledge of contemporary issues in the context of engineering
problems in computer science and engineering applications.
Computing Facilities
Computational Laboratory
Computational laboratory is equipped with IBM-Netfinity 5000(under UNIX)
with 30 user support. A number of Pentium PCs are connected to the server
as nodes.
Networking Laboratory
The networking lab runs with the support of a pentium server (under Windows NT from
Siemens Nixdrof. The clients are Pentium-PCs (under Windows-98) connected to
TCP/IP using Ethernet.
With Netsim 2.0. NetSim 5.0(R&D) version
Micro Processor Laboratory
This laboratory is well equiped with 8085 and 8086 micro processor kits and
other interfacing cards.
Peripherals
HP Scanjet 5100 scanner, External CD writer (HP), Modem 33.6 KBPS, HP 695c, HP
Desjet-500 printer, HP Laserjet 6L Leaser printer, Panasonic KX P2624 DMP,
FUJITSU DL 2000 Printer, NEC Printer, Wipro LQ-1050 Printer.
Internet
Internent facility is provided to the institute through, NKN with 100 mbps project
and EDUSAT 10 bbps lease line from BSNL
Software Facilities Available
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C, Visual C++ (both under UNIX, DOS/WINDOWS environmental).
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Personal Oracle 8.0 with developer 2000, Visual Basic, VC++ with
developer studio, Visual dBase, dBase-V, Visual FOXPRO , C, C++, PC
under DOS, WINDOWS..
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Oracle 8.10 with developer 2000.
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Multimedia Computer Based Trainer kits Visual Basic, VC++, dBase-IV,
Windows-95/98 and MS-DOS.
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Netsim, Matlab, Sof ware Engg. Software(IBM Ratinal Rose).
Recent Projects Undertaken
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AICTE-MODROB Project for Modernisation of Computer Centre (1998).
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AICTE MODROB Project - 2004.
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AICTE MODROB Project- 2012.
Research Activity
The research interests of the faculty members
include Fractal Database, Fractals and Computer Graphics, Evolutionary Neural
Networks and Forecasting, Artificial Intelligence and information Retrieval, Fuzzy
Optimization, MIS Data modeling and database design. Some of the faculty members have
completed their Ph. D. work in this deptt.
Project Training & Placement
As part of the requirement of their course, System
development Projects of six months duration by MCA & B.Tech students are carried out in
external organisation. Our alumni have been recruited by a large cross-section of computer
industries both in Private and Govt. Sectors. Many companies like Infosys, L&T Information
Technology Limited, BFL software and TCS have recruited our students through campus
selection.
INDIRA GANDHI INSTITUTE OF TECHNOLOGY, sarang