About Computer Science Engg.

Computer engineering is a discipline that integrates several fields of Electronics engineering and Computer science required to develop computer hardware and software. Computer engineers are involved in many hardware and software aspects of computing, from the designing of individual microprocessors, personal computers, and supercomputers, to circuit design. Computer Engineering is the most sought branch of engineering. With usage of computers pervading in every field, career opportunities are virtually never ending.

Vision & Mission

To provide excellent education in Computer Engineering by creating excellent teaching and research environment.
To offer high quality graduate program in Computer Engineering education so that students maintain excellence in their professional career or higher studies.
To provide competent teaching and research environment and other collaborative activities that fulfils the current technological demands.

  • Programme Educational Objectives

    Our Graduates would be skilful to fulfil Current Technological demands and would be successful in Professional in their careers.

    Programme Outcome

    Graduates of Computer Engineering Programme will have the ability
    • To understand, interpret the problem, design and perform the practical to meet the desired solution of the problem within the context of Computer Engineering.
    • To design a component, a system or process to meet the specific needs within the realistic constraints such as economics, environment, ethics, health, safety and manufacturability.
    • To perform investigations, design as well as conduct experiments, analyse and interpret the results to provide valid conclusions.
    • To function effectively either as a member or a leader in a multidisciplinary activities.
    • To communicate effectively to both the peers and the others and give as well receive clear instructions.
    • To apply engineering & management principles in their own / team projects in multidisciplinary environment.
    • To understand professional and ethical responsibility.
  • Learning process and methodology

    • The students spend their entire semester (6th) in an industry of relevance for their 2 months industrial training.
    • The student is permitted to join the training only if it is approved by the department.
    • During the course of the training, faculty visits the industry to monitor the performance and conduct of the students working as trainees.
    • Students submit a report on the conduct of training and also give a seminar/presentation in the class.
    • Training awards are based on performance in training, feedback report of the faculty, training manager, training report, mid semester report, daily diary, viva voce conducted by external examiner besides the value addition in students to increase their professional competence.

    Project Work

    • All the final year students are required to undergo a major project in their final academic semester.
    • Both the project works are held under the supervision of senior faculty members.
    • The project may be sponsored or facilitated by the industry.

    Interaction with the Industry

    We believe that engineering education is incomplete without the support and collaboration of the industry. For this purpose, the department has developed strong linkages with the industry and renowned academic institutions. The interfacing with the industry helps the students in the following areas:

    • Industrial visits- wherein the students get an opportunity to see the real application of engineering.
    • Expert lectures- The experts from various fields share their expertise and knowledge with the faculty and the students.
    • Workshops on specific technologies- The students get a hand on experience in these workshops
    • Conferences & Symposiums- The students get an opportunity to explore their research potential
    • Institutional & Industrial Training- Interfacing with the industry opens up multidimensional avenues for the students
    • Value added Trainings: In-house value added trainings in niche areas like C/C++, JAVA, and Networking etc. are offered to students for developing their competence in specific areas that also gives them a competitive edge over others.
    • Placements- The department supports and coordinates with the Centralized Training & Placement Cell of LR group for all placement related activities viz. interview preparation, inviting the companies for the placement drives and conduct of the same.
    • For all the aforesaid purposes, students are actively involved. The students have been identified as student coordinators who are working together in order to meet these objectives. Besides, these activities also inculcates managerial & leadership qualities in the students. The student coordinators are well guided and supported by two faculty members of the department who have been identified as industrial coordinators.
  • Facilities

    The course of Diploma in Computer Enginering lays strong emphasis on both computer hardware as well as software. The important subjects taught during the four years course include Network Technology. System Software. WEB Administration, Microprocessor and its Applications, Artificial Intelligence, Computer Communication Network, Multi Media & Application, Advance Micro Processor, Discrete Structures for Computer Science, data Base Systems. Assembling Language Programme, Computer Graphics, Data Structure using C Computer Peripheral devices and interfacing, E-Commerce etc. Besides imparting theoretical knowledge, a lot of stress is laid on hands-on training and overall development of the individual’s personality. The teaching programmes have been devised keeping in view close interaction with the industry. The competence of the department is reflected in growing demand for its fresh graduates. The number of recruiting companies has multiplied manifold in the last few years.