Computer Science and Design

Year of establishment: 2021
B.Tech. in Computer Science and Design (4 years). Year of commencement: 2021
Current Intake: 60

With the penetration and growth of internet & machine intelligence in all realms of life, most industries are increasing their web presence and interactivity with their stakeholders and customers. The demand for incorporating good and intelligent interactive design with rich media is increasing in all enterprises. With increasing focus on user experience, the importance of Interactive Design and Design Methods is also increasing rapidly in IT products and services.

The B.Tech. in Computer Science and Design aims to develop graduates that are not only well versed with computing approaches, tools, and technologies, but are also experienced with Design approaches and new Media technologies and its uses. The program has a set of core courses in Computer Science and Design, and many electives in the emerging areas covering Machine Learning, Data Analytics, state-of-the-art web development, UI/UX design, Virtual/Augmented Reality, Animation/Games design, CAD/3D Printing, IoT/Robotics interfacing that covers almost all the skill domains in Computer Science, Interactive Design and Digital Media that are in high demand in the IT and allied industries. This programme enables the students to choose a curriculum suitable for them to be industry ready. The program will prepare students to work in the IT industry as well as the digital media industry like machine learning, robotics, IoT, animation, game development, virtual/augmented reality, web applications, blockchain, cyber security, etc. The program will also allow students, who want to pursue higher studies, to take up higher studies in CS/IT or in Design.

To execute our mission with the objective of achieving our vision, we have a dedicated team of well qualified and student friendly faculty members, flexible academic schedule and regular industry-academia interactions.

Students Activity - https://bcrec.ac.in/DESIGNBITS_CSD.pdf

OVERVIEW

LABORATORIES

Programming / Algorithm / Data Structure Lab
Python /Data Analytics / Visualization / Machine Learning Lab
DBMS / Operating Systems Lab
Robotics / IoT Lab
Computer Organization and Digital Lab
Virtual /Augmented Reality (AR/VR) Lab
Project Lab
Graphics Design, Animation and Game Development Lab
CAD/3D Printing Lab

FOCUS AREA

Outcome Based Education
Achieving the Engineering Graduate Attributes
Regular Students' Feedback
Emphasizing Fundamental/Core Concepts & Practical Applications
IT Skill Development
Personality & Communication Skill Development
Values and Ethics
Industry Placements
Online Video Lectures
Programming Competition
Participation in National & International Contests
Students' Counselling

Intensive Laboratory Sessions on Programming, Multimedia & Graphics, Internet Technologies, Database, Networking, Operating Systems, Computer Organization and Architecture etc.
Guidance for CAT, GATE, GMAT, GRE
Ph.D level Research Guidance
Filing of Patents and Copyrights.
Assistance for Academic Placements
Co-curricular and Extra-Curricular Activities
Think IoT Laboratory
IEEE Student Branch
IE(I) Students Chapter
Member of CSI
CSI Students Chapter

PROGRAM EDUCATIONAL OBJECTIVES

Graduates will be able to demonstrate their cognitive thinking in digital system to cope-up with professional requirements of the industry, society needs and research.
Graduates will be able to work, manage and communicate effectively in a team, project and organization with professional values.
Graduates will be able to transform ideas into operational systems through entrepreneurial skills and attitude.

PROGRAM SPECIFIC OUTCOMES

Graduates will have ethical values and professional skills in interactive digital system design to be employable in IT and allied industries.
Graduates will be able to pursue higher studies/research in interactive system design and digital media.
Graduates will have the exposure to entrepreneurial skills, attitudes and leadership in developing IT systems and interactive services

Vision

To transform the department into a center of excellence for Digital System Design and Engineering by synergistic application of creativity, innovation, discipline and social consciousness of the stakeholders.

Mission

To impart quality education in computer science, digital system design and engineering.
To impart ethics, values and a sense of social responsibilities.
To encourage creativity, innovative thinking and entrepreneurship.

Program Educational Objectives (PEO)

Graduates will be able to demonstrate their cognitive thinking in digital system design to cope-up professional requirements of the Industry, societal needs, higher studies and research.
Graduates will be able to work, manage, and communicate effectively in a team, project and organization with professional values.
Graduates will be able to transform creative ideas into operational systems through entrepreneurial skills and professional attitude.

Program Specific Outcomes (PSO)

Graduates will be able to demonstrate their skills in Coding, Data Analytics and Visualisation.
Graduates will be able to demonstrate their skills in Graphics design, Animation, Augmented/Virtual Reality, Games and App development and intelligent digital systems.
Graduates will have good exposure on design perspectives and interactive digital system design.

HOD Details

Dr. Deepa Naik

B.Tech M.Tech Ph.D.

Contact No:

Contact Email: deepa.naik@bcrec.ac.in

Message from HOD

It gives me immense pleasure to let you know that the Department of Computer Science and Design (CSD) started its journey only two years ago in the year 2021. It is a special moment and achievement for a young Department. The beginning of its journey is more satisfactory and encouraging because of the fact that the whole episode of grooming activities of the budding professionals are being splendidly executed by our energetic, creative, innovative and multi-talented students. I hope the department will go a long way in providing a multi-facet growth of the students, faculty and staff members in exchanging and sharing ideas, provoking thoughts in different curricular and extracurricular activities. The students of the department are engaged in several creative thinking and skill development activities throughout the year under its own Technical Club “DESINOVA” and the departmental macazine “DESIGNBITS” among many other platforms within the Institute. I would like to congratulate the students and all those who are directly or indirectly involved in grooming the students for writing their success stories. The talent pool, quality, managerial skills, leadership capability and the attitude of our students in multiple domains are shaping gradually and I take pride in their progress. I welcome the joining of another batch of students this year and wish this will add to our talent pool and strengthen our creative thinking diversity. I hope the professional culture and attitude of the department will help the students to enrich their skills, creativity, thinking and innovations to explore their desired avenues of opportunities.

I wish all success for the professional journey of our students in the department and hope that they will enjoy the creative environment for budding professionals.

List of Faculty

Dr. Deepa Naik	Assistant Professor
Prasenjit Maji	Assistant Professor
PARAGKANTI CHATTOPADHYAY	Assistant Professor
Atanu Maity	Associate Professor

Achievements

Mr. Nishant Kumar Rai, 3rd year student, participated in G20 International delegation event in New Delhi for his creative work in AR technology.

Ms. Vandana Verma, 3rd year student, won Runner Up in MAKAUT Women’s TT

DEZINOVA - Students’ Professional Club Formed

10 Students attended AICTE Training on Metaverse AR Technology

Mr. Adil Khan, 3rd year student, won several gold medal in Karate at deferent levels.

Laboratories

To be updated soon

Area of Research

Augmented Reality /Virtual Reality

Machine Learning applications

Robotics / IoT applications Projects

Faculty Activity

Publications

Journal

Name	Year	Cite as MLA/APA/Vancouver/IEEE Format
Prasenjit Maji	2021	iKardo: An Intelligent ECG Device for Automatic Critical Beat Identification for Smart Healthcare
Prasenjit Maji	2014	Ethical E-Health: A Possibility of the Future or a Distant Dream?
Prasenjit Maji	2017	Effect of trigonometric functions-based watermarking on blood vessel extraction: an application in ophthalmology imaging
Prasenjit Maji	2020	Multilevel Information Security in multimedia environment using Frequency domain transformation
Prasenjit Maji	2022	Arithmetic and Wavelet Based Information Security Using Image
Dr. Deepa Naik	2022	Renewable Energy Aware Traffic Grooming in Hybrid Optical and WiMAX Networks. Wireless Personal Communication 123, 23172339 (2022)(SCI)
Dr. Deepa Naik	2019	Light trail-based cost efficient traffic grooming in optical WiMAX hybrid network. The journal of theoretical and computational Nano science (Scopus indexed) 2019

Conference

Name	Year	Cite as MLA/APA/Vancouver/IEEE Format	National/International
PARAGKANTI CHATTOPADHYAY	21-23 September 2013	Antenna array synthesis by implementing non-uniform amplitude using Tsukamoto fuzzy logic controller	National
Prasenjit Maji	2021	Remote Patient Monitoring during pandemic caused by COVID-19 using Semantic Web Technologies	International
Prasenjit Maji	2020	Image Tampering Issues in Social Media with Proper Detection	International
Prasenjit Maji	2020	Classification of ECG Signals for IoT-based Smart Healthcare Applications using WBAN	International
Prasenjit Maji	2015	Effect of Euler number as a feature in gender recognition system from offline handwritten signature using neural networks	International
Prasenjit Maji	2014	Reversible Color Image Watermarking Using Trigonometric Functions	International
Prasenjit Maji	2013	VISIBLE WATERMARKING WITHIN THE REGION OF NON-INTEREST OF MEDICAL IMAGES BASED ON FUZZY C-MEANS AND HARRIS CORNER DETECTION	International
Prasenjit Maji	2013	An efficient motion estimation algorithm using division mechanism of low and high motion zone	International
Prasenjit Maji	2013	An edge based blind watermarking technique of medical images without devalorizing diagnostic parameters	International
Prasenjit Maji	2023	SNN Based Neuromorphic Computing Towards Healthcare Applications	International
Dr. Deepa Naik	2022	Animal Human Conflict Resolution Mechanism by Machine Learning in Passive Optical Wireless Networks	International
Dr. Deepa Naik	2022	Multi-object Tracking over Fiber-Wireless Networks for Better Wild Life Protection	International
Dr. Deepa Naik	2021	Machine Learning-Based Green and Energy Efficient Traffic Grooming Architecture for Next Generation Cellular Networks.	International
Dr. Deepa Naik	2021	Studies on block chain technology deployment and challenges	International
Dr. Deepa Naik	2021	The survivability of hybrid network using WDM PON technology.	International
Dr. Deepa Naik	2021	Machine Learning Application in the Hybrid Optical Wireless Networks. Machine Intelligence and Soft Computing.	International
Dr. Deepa Naik	2020	Dynamic Traffic grooming in hybrid elastic optical and WiMAX networks	International
Dr. Deepa Naik	2020	Traffic Aggregation in Elastic Optical and Wireless Networks.	International
Dr. Deepa Naik	2019	Traffic Grooming in Elastic Optical and WiMAX Networks	International
Dr. Deepa Naik	2018	Congestion aware traffic grooming in elastic optical and WiMAX network.	International
Dr. Deepa Naik	2019	Normalized Uplink Bandwidth Scheduling Algorithm for WiMAX Networks.	International
Dr. Deepa Naik	2016	Ageing and Priority-Based Scheduling for Uplink in WiMAX Networks.	International
Dr. Deepa Naik	2016	Traffic Grooming in Hybrid Optical-Wireless Mesh Networks Using Knapsack Based Light Trail Approach.	International
Dr. Deepa Naik	2016	Traffic Grooming in Hybrid Optical-wireless Mesh Networks using Light trail approach(Best paper).	International
Dr. Deepa Naik	2016	Traffic Grooming in Hybrid Optical-WiMAX Mesh Networks.	International

Book/Book Chaoter/Monogram/Edited Volume

Name	Year	Cite as MLA/APA/Vancouver/IEEE Format
Prasenjit Maji	2019	Image Registration Techniques and Frameworks: A Review
Prasenjit Maji	2023	Future Outlier Detection Algorithm for Smarter Industry Application Using ML and AI: Explainable AI and ML for Smart Industry Evolution Using ML/AI Algorithms and Implementations
Prasenjit Maji	2023	Sustainable Development Using Digital Twin Technology With Image Processing
Prasenjit Maji	2023	Applied Neural Networks in Mechatronics for Intelligent Engineering Applications: Enhancing Mechatronic Systems With Applied Neural Networks – Augmentation in Intelligent Engineering
Prasenjit Maji	2023	Accelerating Industry 4.0 Using Computer Vision Algorithms and Analysis: Analysing the Significance and Characteristics of Machine Vision in the Advancing Industry Culture
Dr. Deepa Naik	2021	The survivability of hybrid network using WDM PON technology.

Thesis Supervised

Post Graduate

Name	Year	Topic
Dr. Deepa Naik	2012-2023	Passive optical and wireless networks

Under Graduate

Name	Year	Topic
Dr. Deepa Naik	2012-2023	Machine learning application in hybrid networks

Patent

Name	Year	Description
PARAGKANTI CHATTOPADHYAY	2023	UK Design Design number: 6320795 Grant date: 30 October 2023 Registration date: 21 October 2023

Highlights

Department