MVN University is launched under Haryana Private University Act and has extended collaboration with reputed international universities. The university has schools of Engineering and technology, Management studies and Computer and information sciences that provide high class UG, PG and PhD courses. We have an expert team of scientists doing research and development program in various fields such as agri-electronics, resource management, robotics, cloud computing , data warehousing and mining, social media mining, soft computing, mechatronics, remote sensing etc. The university offers an innovative learning system. Class room teaching is supplemented by e-Learning which enables students to access the course contents of all courses online. The endeavor of management of MVN society that no brilliant student is denied education for want of money therefore the society has launched very liberal scholarship schemes.
The Department of Computer Science and Engineering at MVN University is committed to preparing undergraduates to be outstanding technocrats and responsible citizens. We are able to accomplish this by offering a rich array of basic curriculum based courses supplemented by industry oriented courses beyond curriculum, taught by professors committed to the highest standards of excellence in learning. An innovative and flexible approach to teaching of programming that incorporates cutting-edge technology backed by research based study and offer of contemporary electives strongly positions our students for success in today’s evolving information technology challenges.
The dedicated team of faculty in our department encourages students to consider the wide range of professional possibilities open to them and prepares them to meet their chosen objectives. We believe that practical learning through practice is a means of inviting the perfection desired. The sequence of study proceeds from an engagement with engineering fundamentals, along with ethics and human behavior in the First year, towards a focused project based training in the second year along with soft skills training. The third year study is designed to give students mastery of contemporary principles and technologies oriented towards the industry requirements by undertaking job oriented elective programs in their chosen area. The final year is spent consolidating the expertise gained, through team based research and development projects resulting in industry ready engineers.
We emphasize the 5 Control Structures of Programming. In the narrative of this introductory Course, the relevance and importance of the fundamental control structures: Sequence, Repetition, Function, Selection, and Communication will arise naturally; and we set up a minimum set of ‘do-able’exercises to ensure a basic level of programming experience with these structures and further Activities to develop expertise.
We Use Different Approaches — algorithmic thinking to construct and evaluate different programs and solutions. Encourage creativity, trial and error, looking for symmetry, patterns, induction, deduction, enquiry-based learning. Try different approaches to a problem.
Apart from learning the basics of your stream, B.Tech projects are one of the most important things in Computer Science that needs to be done seriously. You will be asked about this project in almost every interview later, be it for a job profile in industry or be it for admission to masters course.
Being a computer engineer only won't get you much. A degree alone does not ensures skills that get you placed. During Placements of good companies, project work is given utmost importance. We encourage the students to work on projects with full dedication as it helps them in many direct and indirect ways in their career ahead.
Our Active learning approach gets students involved in activity in the classroom rather than passively listening to a lecture. This activity can be reading, writing, discussing, solving a problem, or responding to questions that require more than factual answers. The idea is to get students thinking about the material. This is important, because students who are passive have a decline in concentration after 10-15 minutes in a 50 minute lecture.
By employing active learning strategies, students not only learn content, but process as well. This makes them better students in later courses, and better professionals after finishing their degree.
Regular technical workshops are organized in the Department to promote practical application of learning to the real world and the world of work. It helps towards Skill development including communication, team work and presentation. The indirect benefits include Hands on learning, problem solving and development of creative solutions.
We provide insightful information about professional careers and study routes to our students, with workshops providing a practical insight into what careers entail.Supports the development of skills, aspirations and confidence among young people, complementing our department’s Social Value Objectives and Corporate Social Responsibility.
Meet the students of CSE who are passing out with not just a degree, but an added one year job experience. The placements soared way beyond 100% with multiple job offers to our students.
The highest package offered is 8.0 LPA - Adobe.