Registration End Date : 9 July 2024
The Computer Science Engineering (CSE) Department at Rayat Bahra Institute of Engineering & Nano Technology, Hoshiarpur, provides a robust education in computer science and technology. The department offers a curriculum that includes programming, data structures, algorithms, software engineering. Apart from this the department offers degree with Specializations in artificial intelligence, Data Science, IOT and cyber security. Equipped with modern labs and led by experienced faculty, the department emphasizes both theoretical knowledge and practical skills. It fosters research, industry collaboration, and strong placement opportunities, preparing students for successful careers in the tech industry.
| Semester | Batch Name | Category | Intake | Total Sem Fee |
|---|---|---|---|---|
| Per Semester | 2024-2028 | General | 150 | 50000 |
Eligibility: 10+2 Non-Medical
Duration: 4 years
Affiliated to: IKG Punjab Technical University, Kapurthala
Approved by : AICTE
Computer Science Engineering (CSE) is a dynamic and versatile field that merges the principles of computer science with engineering practices. Students in this program learn to design, develop, and maintain both software and hardware systems, equipping them with essential skills for the technology-driven world. The curriculum covers a wide range of topics, including programming, algorithms, data structures, and system architecture, alongside practical experiences in labs and projects. Graduates of CSE are prepared for diverse career opportunities in software development, cybersecurity, artificial intelligence, and more, making them invaluable assets in today’s digital landscape.
In the 1st semester, students will voyage on a foundational journey through essential disciplines. The curriculum includes Engineering Physics and Engineering Mathematics, which provide critical analytical skills and a solid understanding of physical principles. Complementing these are hands-on experiences in the Engineering Physics Lab and Basic Electrical Engineering Lab, fostering practical application of theoretical concepts. Additionally, students will engage in Engineering Graphics and Design, enhancing their visualisation and design skills. This semester is designed to establish a robust groundwork for future engineering studies, preparing students for the challenges ahead.
In the 2nd semester, students will build on their foundational knowledge with a diverse curriculum. The Basic Science component includes Chemistry 1 and its accompanying lab, fostering a strong understanding of chemical principles relevant to engineering. Engineering Mathematics 1 will enhance analytical skills essential for problem-solving. Students will also explore Programming for Problem-Solving, complemented by a practical lab, to develop computational skills critical for modern engineering challenges. Additionally, the Workshop/Manufacturing Practices course will provide hands-on experience in fabrication techniques. Humanities courses, including English and its lab, will enhance communication skills, preparing students for professional environments.
In the 3rd, students will deepen their understanding of essential programming concepts and computational techniques. Core courses include Data Structures & Algorithms and Object-Oriented Programming, each paired with practical lab sessions to enhance coding skills and problem-solving abilities. The Engineering Science course, Digital Electronics, along with its lab, will provide insights into electronic circuits and systems. Additionally, students will engage in Summer Institutional Training to gain valuable industry experience and participate in an IT Workshop to develop practical skills, ensuring they are well-prepared for advanced studies and future careers in technology.
In the 4th semester, students will engage with foundational concepts critical to computer science. Core courses include Discrete Mathematics, Operating Systems, and Design & Analysis of Algorithms, complemented by hands-on lab sessions to solidify practical skills. The Engineering Science course, Computer Organization & Architecture, along with its lab, will provide insights into the internal workings of computer systems. Additionally, students will study Environmental Sciences to understand ecological impacts and sustainability, while the Universal Human Values course will promote ethical awareness and social responsibility. This semester aims to cultivate both technical expertise and holistic development.
In the 5th semester, students will delve into advanced topics essential for modern computing. Core courses include Database Management Systems, Formal Language & Automata Theory, Software Engineering, and Computer Networks, each supported by practical lab sessions to enhance theoretical knowledge through real-world applications. Students will also select a Professional Elective Course and corresponding lab to tailor their learning experience. Additionally, the mandatory course on the Constitution of India or Essence of Indian Traditional Knowledge will foster a deeper understanding of societal values. An Industrial Training component will provide invaluable exposure to industry practices, preparing students for successful careers in technology.
In the 6th semester, students will explore advanced topics that shape the future of technology. Core courses include Compiler Design and Artificial Intelligence, each paired with practical lab sessions to enhance hands-on experience. Students will also select two Professional Elective Courses and one Open Elective Course, allowing for specialisation in areas of interest. A project component will encourage collaborative problem-solving and innovation. Additionally, the Engineering Science course, Computer Organization & Architecture, along with its lab, will reinforce understanding of system architecture. This semester aims to prepare students for dynamic roles in the tech industry.
In the seventh semester, students engage in Project Work I, where they work on comprehensive projects that integrate their learning. Advanced Software Engineering covers complex software development techniques, while Data Warehousing and Mining explores techniques for managing and analyzing large data repositories. Professional Ethics and Communication prepare students for the workplace, and Elective V allows for further specialization in emerging areas of computer science.
The final semester focuses on Project Work II, allowing students to complete an in-depth project. The Dissertation provides an opportunity for original research on a chosen topic, while Advanced Topics in Computer Science covers cutting-edge developments in the field. Students also participate in an Internship to gain hands-on experience, ensuring they are well-prepared for their careers in computer science engineering.
Servers
The College has its own mail server and mail accounts are given to all the students and faculty. Three high-end dual processor-based IBM servers with redundant power supply are totally dedicated to these services.
Campus Wide Networking
To provide access to the central computing facilities and Internet access throughout the campus, an optical fiber-based 100 Mbps backbone campus wide area network has been implemented in the college. This network connects all the departments, hostels and faculty residences. The latest managed layer-3 and layer-2 switches and optical fiber physical medium has been used to implement this project which currently serves some 300+ nodes in the college. The process of establishing wireless hotspots to make the campus Wi-Fi enabled is underway.
Computing Hardware
Department has around 300+ branded HP, Wipro and IBM desktop computers having the latest configurations to satisfy the computing requirements for various laboratories and project work of students. High-end workstations and servers have been made available for special applications like simulations and central computing in the department.
Software
Almost all the major software required by students and researchers has been made available in the department. This includes all the major server and desktop operating systems, databases, application software, Matlab, CASE tools like Rational Rose and software development platforms.
Data Structure & Programming Methodology Lab
The lab provides the students with a fairly good concept of the fundamentals of data structures and also of the commonly occurring algorithms. It presents the general approach towards analyzing and evaluating and implementing the database algorithms.
Relational Database Management System Lab
This lab provides exposure to use databases and build an RDBMS. For this, they are provided with the server based ORACLE software. To make them learn more effectively, students are given projects for implementation.
Computer Network Laboratory
The Computer Network Laboratory provides students with comprehensive training in various networking technologies, offering substantial exposure to both the design and implementation of networks. The lab features an extensive campus-wide network testbed that allows students to engage in real-time experiments. Through hands-on experience, students learn to design, implement, secure, analyze, and manage networks effectively.
System Programming Laboratory
The System Programming Laboratory focuses on the design and functionality of interpreters and compilers. The primary objective is to deepen students' understanding of the processes involved in parsing and analyzing source code. By working in this lab, students gain practical insights into the complexities of system programming and the mechanisms underlying code interpretation and compilation.
Operating System Lab
This lab allows the students to study and appreciate various features of popular operating system i.e. LINUX along with the features of the core and its kernel.
Software Engineering Lab
The students are acquainted with the repertoire of principles, tools, and techniques (like Rational Rose) and the approach being used in industry for software development.
Data Communication Lab
This lab provides students with in-depth knowledge of data communication technologies. The Lab is equipped with the latest data communication trainers, LAN trainers, simulators and test & measurement equipment.
Fundamentals of Computer Programming And Information Technology Lab
This lab provides the much-needed exposure to the basic programming language and information technology to help students to effectively exploit the potential of computers in the course of studies and their preparedness for professional life.
Computer Graphics Lab
This lab further hones the programming skills of the student by inculcating the knowledge of using graphics like Rendering, animation, and modeling for interactive computer graphics.
Internet of Things Lab
Class Rooms: A projector uses light to project an enlarged image on a screen allowing the view of a small document or picture to be shared with a large student.
Welcome to the Department of Computer Science and Information Technology Engineering at Rayat Bahra Institute of Engineering and Nano Technology!
We are dedicated to fostering a dynamic learning environment that enhances creativity, critical thinking, and problem-solving skills. Our goal is to provide students with the expertise needed to thrive in the evolving fields of computer science and IT.
Our curriculum integrates theoretical knowledge with practical applications, preparing students for industry demands. With experienced faculty and state-of-the-art labs, including facilities for AI, machine learning, data science, cybersecurity, and IoT, students gain hands-on experience through projects, internships, hackathons, and workshops.
We take pride in our successful alumni and aim to continue this tradition by equipping the next generation of engineers and technologists to shape the future. Explore the opportunities in our department and join us in achieving excellence.
Best regards,
Er. Simarpreet Singh
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