B.Tech Computer Science and Engineering (CSE)

Q: What is Computer Science and Engineering (CSE)?

Computer Science and Engineering (CSE) is a constantly evolving field that merges computer science and electrical engineering to create cutting-edge computing systems. This includes topics such as programming, algorithms, data organization, artificial intelligence, machine learning, cybersecurity, and software creation. The B.Tech in Computer Science and Engineering program at Manav Rachna provides students with a balance of academic learning and practical experience needed to succeed in the technology-focused world.

Q: What are the benefits of studying Computer Science and Engineering?

A B.Tech degree in Computer Science and Engineering unlocks many well-compensated and forward-thinking career paths. Graduates of this field are highly sought-after in sectors such as IT, finance, healthcare, online retail, and automation. The curriculum at Manav Rachna emphasizes practical skill development, industry collaborations for projects, intensive coding sessions, and exposure to cutting-edge technologies like AI and IoT, equipping students to become readily employable experts.

Q: What is the Computer Science and Engineering salary?

In India, the typical salary for a Computer Science and Engineering graduate falls between ₹4 LPA and ₹10 LPA. This varies based on the specific job, the company, and the individual's skillset. At Manav Rachna, B.Tech CSE graduates have secured strong offers. Top companies have provided lucrative CTCs, determined by factors like individual achievement, internships, and technical abilities.

Q: What are the subjects in Computer Science and Engineering?

The core subjects in B.Tech Computer Science and Engineering include: Programming in C/C++/Python Data Structures and Algorithms Operating Systems Computer Networks Database Management Systems Artificial Intelligence and Machine Learning Web Technologies Software Engineering Cloud Computing Cybersecurity Manav Rachna also offers electives aligned with current industry trends.

Q: What is the future scope of Computer Science and Engineering?

Computer Science and Engineering's future is looking bright. Driven by the quick expansion of digital shifts, technologies such as AI, blockchain, cybersecurity, and big data are generating numerous prospects for those with the right skills. A CSE degree from Manav Rachna gets students ready for international tech careers, advanced studies, or starting innovative businesses.

Q: Does the university offer placement support for Computer Science and Engineering?

Manav Rachna University provides strong assistance for placements of B.Tech in Computer Science and Engineering students. The university collaborates with top tech companies, offers training in soft skills, holds workshops for resume creation, and organizes campus recruitment events. Students get advice from professors and career advisors to get ready for their careers.

Q: What is the highest package offered in Computer Science and Engineering?

Manav Rachna's B.Tech CSE graduates have received a top salary package of ₹24 LPA in previous placement seasons, securing jobs at well-known tech companies in India and abroad. The specific salary offered is based on the student's academic achievements, area of expertise, work experience during internships, and involvement in industry-related projects.

Q: How can I apply for Computer Science and Engineering at Manav Rachna?

To enroll in the B.Tech Computer Science and Engineering program at Manav Rachna, please go to their official website: www.manavrachna.edu.in. You can register online by completing the application form, attaching required documents, and submitting the application fee. Admission decisions depend on scores from MRNAT, JEE Mains, or other accepted entrance exams, in line with university rules.

Q: What is BTech in Computer Science and Engineering?

B Tech in Computer Science and Engineering refers to an undergraduate degree that concentrates on the underlying principles, design and development of hardware and software systems. That is, computer science engineering is more than coding, it consists of the core principles in computer science and engineering that lays the groundwork for a strong technology foundation for jobs in tech and innovation. The field of computer science engineering covers various subject material, including programming, data structures and algorithms, networking, artificial intelligence and system architecture.

Q: How many years is BTech Computer Science and Engineering?

B Tech computer science and engineering (btech cse) is typically a four year undergraduate (full time), or eight semester undergraduate program. In contrast to many other engineering undergraduate programs, a btech computer science program is one of the few paths that students will learn all topics associated with the broad b tech computer science syllabus involving basic and advanced topics from computer science engineering to complete project and internship requirements.

Undergraduate
4 Years
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Programme Overview

B.Tech. Computer Science & Engineering at Manav Rachna University prepares students for the booming industry needs and challenging technological landscape. A cutting - edge curriculum and experienced faculty prepare budding engineers for the technology, management, implementation and design of software and hardware information systems.

Programs Offered:

B.Tech Computer Science and Engineering (Hons.) with specialization in Artificial Intelligence & Machine Learning in association with Xebia
B.Tech Computer Science and Engineering (Hons.) with specialization in Full Stack Development in association with Xebia
B.Tech Computer Science and Engineering (Hons.) with specialization in Cyber Security & threat Intelligence in association with Quickheal
B.Tech Computer Science Engineering (CSE Lateral Entry) – For diploma holders or equivalent, providing direct admission to advanced semesters.

Under this program, the students can get the B.Tech (Hons.) in Computer Science & Engineering with specializations in Artificial Intelligence & Machine Learning / Full Stack Development / Cyber Security & threat Intelligence by earning additional 20 credits in the given particular domain as per provision prescribed by the AICTE. At MRU, the courses under the said domain of specialization shall be offered in association with Knowledge Partner

Duration: 4 yrs. (8 Semesters)

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Key Educational Benefit

Manav Rachna offers a unique educational experience that combines academic excellence, practical exposure, and industry partnerships to equip students with the skills needed for real-world success.

41,000+

Alumni Imprints Globally

2800+

Published Research Papers

600+

MNC's & Indian Corporate Recruit

250+

Patents (Filed/Granted)

120+

Global Academic Collaborations

80+

Alumni & In-Campus Startups

60+

Countries with Footprints

60 LPA

Highest CTC Offered

Eligibility

Intake

360

Minimum Eligibility Criteria

Pass in 10+2 examination with at least 60% marks in aggregate in 4 subjects; Physics, Mathematics, English & one of the subject out of Chemistry, Computer Science, Biology or Biotechnology And also 60% marks in aggregate in 5 subjects on the basis of percentage of aggregate marks in

i. English, Physics & Mathematics and
ii. One subject out of Chemistry, Computer Science, Biology or Biotechnology and
iii. One subject with the highest score out of the remaining subjects.

Criteria for Preparation of Merit list

Merit preparation/ shortlisting of candidates shall be on the basis of score in SAT/ MRNAT / 10+2 Qualifying Examination.

Programme Highlights

Industry Ready curriculum designed with the consultation with experts from industry and academia

Outstanding industry-academia interaction through expert sessions, industrial visits, internships, professional societies and workshops

Specialization in various areas within computer science, such as artificial intelligence, data science, cybersecurity, software engineering, and more, allowing students to tailor their education to their interests and career goals.

Emphasis on practical, hands-on learning experiences through labs, projects, and internships. This approach helps students apply theoretical knowledge to real-world scenarios.

Opportunities for students to engage in research projects, fostering a culture of innovation and exploration in computer science and engineering. This may involve participation in conferences, publishing research papers, and collaboration with industry partners.

Curriculum

Semester 1

Quantum Mechanics for Engineers

Interpret experiments revealing wave and particle properties of matter, highlighting the need for quantum mechanics over classical mechanics.
Understand core quantum principles—Schrödinger’s equation, wave functions, statistical interpretations—and compare light’s wave and particle nature via the uncertainty principle and wave packets.
Apply Schrödinger’s equation to explain physical phenomena and determine energy eigenvalues in 1D–3D systems, including H-atom analysis.
Compare classical and quantum gates, explain quantum computing basics, and design quantum gates for specific circuits/projects.
Conduct and analyze practical investigations, design experiments, and interpret data through teamwork and independent work.

Quantum Mechanics for Engineers Lab

Calculus & Linear Algebra

Calculus & Linear Algebra Lab

Programming for Problem Solving Using C

Programming for Problem Solving Using C Lab

Professional English

User Interface – I

Environmental Science

Professional Communication – I

Indian Constitution

UI Specialist – HTML, CSS, JavaScript

Introduction to Information Security

Semester 2

CHEMISTRY-I

PROBABILITY AND STATISTICS

BASICS OF ELECTRONICS & ELECTRICAL ENGINEERING

BASICS OF ELECTRONICS & ELECTRICAL ENGINEERING LAB

DATA STRUCTURES & ALGORITHMS

DATA STRUCTURES & ALGORITHMS LAB

COMPUTER AIDED DRAFTING

USER INTERFACE-II

PROFESSIONAL COMMUNICATION-II

PROGRAMMING FOR PROBLEM SOLVING USING PYTHON

Python Programming

User Interface – Advanced

Introduction to Standards, Frameworks, and Key Technology Concepts

Semester 3

Object-Oriented Programming Using Java (CSH201B-T) & (CSH201B-P)

Database Management System (CSH202B-T) & (CSH202B-P)

Software Engineering (CSH207B-T) & (CSH207B-P)

Discrete Mathematics (MAH104B-T) & (MAH104B-P)

Explain sets, relations, POSETs, lattices, and partial ordering with problem-solving applications.
Apply counting techniques in combinatorics.
Use propositional and predicate logic to prove mathematical properties and solve algebraic structure problems.
Simplify Boolean functions using Boolean algebra and K-maps.
Analyze graphs and trees with problem-solving approaches.
Write programs using conditional and iterative statements for mathematical problems.

User Interface-II (MongoDB, TypeScript, AngularJS) (CSW203B)

French-I (FLS103)

Use formal and informal expressions for greetings and introductions.
Apply basic vocabulary for daily life communication.
Describe people, places, and objects using simple sentences.
Present basic information on familiar topics.
Express opinions using various verbs.
Describe locations and self using simple vocabulary.

German-I (FLS102)

Spanish-I (FLS101)

Use greetings, introductions, and simple Q&A in formal/informal contexts.
Form simple sentences with familiar vocabulary.
Use numbers in daily conversations.
Understand contextualized audio and describe people, places, and objects.
Interpret and discuss visual/verbal texts from Spanish-speaking contexts.
Describe locations and self using basic vocabulary.

Professional Competency Enhancement-I (CDO201)

Introduction to Research (RDO501)

Explain research concepts and their impact.
Identify broad research areas and processes.
Use literature survey tools.
Select specific research areas and finalize mentors.
Apply ethical practices in research.
Collaborate in guided group research work.

Indian Constitution (LWS324)

Supervised Learning (CSH212B-T) & (CSH212B-P)

Modern Web and Mobile Frameworks (CSH211B-T) & (CSH211B-P)

Linux+

Semester 4

Artificial Intelligence (CSH205B-T & CSH205B-P)

Acquire foundational knowledge of Prolog concepts.
Understand AI techniques and apply them to solve AI-based problems.
Implement various search algorithms.
Apply knowledge representation techniques.
Explore reasoning, planning, and learning methodologies.
Analyze AI applications and evaluate current trends in the field.

Operating Systems (CSH206B-T & CSH206B-P)

Fundamentals of Digital Electronics (ECH223B-T & ECH223B-P)

Programming for Problem Solving Using Python (CSW208B)

Computer Networks (CSH301B-T & CSH301B-P)

Sensors & IoT (ECW310B)

3D Printing (MEW318B)

French-II (FLS107)

Apply listening and speaking skills in group activities.
Write descriptive paragraphs with clear structure.
Interpret cultural topics through reading activities.
Use reflexive verbs for daily routines.
Apply basic grammar, vocabulary, and verb conjugations.
Use vocabulary for discussing weather and seasons.

Spanish-II (FLS105)

Exchange greetings, introductions, and simple Q&A.
Use vocabulary and sentences to describe daily life and express preferences.
Interpret key details in familiar audio contexts and describe people, places, and objects.
Provide basic information on familiar situations and topics of interest.
Justify opinions and compare cultural behaviors.
Describe locations, places, and people using simple vocabulary.

German-II (FLS106)

Discuss directions, countries, and spoken languages.
Write short essays on family and friends, applying correct tenses.
Identify classroom-related vocabulary.
Use ordinal and cardinal numbers, months, and days.
Express opinions using appropriate verbs.
Describe familiar people, places, and objects using simple sentences.

Professional Competency Enhancement-II (CDO202)

Research & Innovation-I (RDO502)

Essence of Indian Traditional Knowledge (EDS240)

Unsupervised Learning (CSH213B-T & CSH213B-P)

Software Craftsmanship – TDD/SOLID (CSH210B-T & CSH210B-P)

Digital Forensics (CSH214B-T & CSH214B-P)

Semester 5

Computer Architecture & Organization

Theory of Automata & Compiler Design

Mobile Computing with Android

Apply programming knowledge to develop Android applications using appropriate tools.
Understand challenges and possibilities in mobile application development.
Implement interactions between UI and application components.
Develop and deploy a mobile app prototype.
Debug mobile applications.
Reflect on collaborative Android development practices.

Neural Networks & Fuzzy Logic

Machine Learning

Applied Philosophy

Applied Psychology

Applied Sociology

Entrepreneurship

Professional Competency Enhancement – III

Research & Innovation – II

Advanced Neural Networks

Version Control Automation

Network Security

Semester 6

Computer Graphics & Multimedia

Analysis and Design of Algorithms

Advanced Android Development

Apply Android Studio and development tools to create mobile applications.
Develop applications with localization and multi-language support.
Implement UI features like fragments, widgets, and sensor integration.
Plan, prototype, and deploy applications across various API levels.
Build GPS and multimedia-based apps and debug effectively.
Collaborate on advanced Android projects.

Data Warehousing & Data Mining

Deep Learning

.NET Programming

User Experience (UX)

Data Visualization using Tableau

Advanced Java

Apply Core Java, Swing, and JDBC for programming solutions.
Explain RMI, JavaBeans, and client-server structures.
Implement Java Servlets.
Differentiate between static and dynamic content using JSP.
Solve database challenges using Java Struts framework.
Innovate using advanced Java technologies.

Law Relating to Intellectual Property Rights

Essentials of Peace and Sustainability

Introduction to Finance

Professional Competency Enhancement – IV

Apply shortcuts in geometry and calculations.
Solve problems in modern mathematics and number systems.
Interpret and solve data-related problems.
Use vocabulary and grammar to handle complex questions.
Write accurate and formal text.
Demonstrate speed reading skills.

Natural Language Processing (NLP)

Modern Architecture Patterns

Vulnerability Assessment & Penetration Testing (VAPT)

Semester 7

Mobile App Analytics

Explain methods to enhance application functionality and revenue through continuous improvement processes and revenue models.
Configure and demonstrate web/mobile applications on Google Analytics and Firebase to analyze user activity.
Create custom reports using metrics and dimensions in Google Analytics.
Plan event tracking using Tag Manager.
Evaluate website performance using A/B testing via Google Optimize.
Interpret analytics data from demo or live applications using Data Studio filters.

Information Retrieval

Image Processing

Explain the fundamental concepts of image processing systems.
Understand standard techniques for image creation and display.
Evaluate methods for image enhancement and restoration.
Classify image compression techniques.
Interpret segmentation and representation methods.
Apply image processing techniques to real-world problems.

Software Testing

Agile Technologies

Image Editing & Animation

Progressive Web Applications

Differentiate between native apps and PWAs; explain their development process.
Implement service workers, Lighthouse, and promises for offline functionality.
Manage data using Fetch API, caching, IndexedDB, and live data.
Design and prototype PWAs; deploy on multiple platforms.
Develop features like push notifications and payments; automate tasks with Gulp.
Analyze PWA performance using Google Analytics.

Big Data

Network Security & Cryptography

Cloud Computing

Software Project Management

Introduction to Blockchain Technology

Wireless Sensor Networks

Design WSNs for various applications considering constraints and challenges.
Describe architectures, functions, and performance parameters.
Select appropriate sensors based on hardware specifications.
Address power management, energy conservation, and security in WSNs.
Explore WSN protocols.
Discuss emerging research in sensor networks.

Operations Research

Environmental Ethics & Sustainable Development

E-Waste Management

Green Computing

Computer Vision & Data Visualization

Malware Analysis & Reverse Engineering

Semester 8

Project

Identify and critically analyse real-world problems using the knowledge and skills acquired.
Utilise multidisciplinary expertise to address real-world challenges and design project components.
Employ suitable techniques and modern computing tools to develop complex solutions, considering societal and environmental impacts.
Collaboratively integrate all modules after thorough testing, upholding professional ethics and values.
Present and document the outcomes of complex engineering activities effectively through reports and presentations.

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Fee Details for B.Tech Computer Science and Engineering (CSE)

Course Fee (Annual): INR 3,05,800
Duration: 4 Years
Brochure (PDF)

* The fee displayed above is applicable only to Indian residents. Fees for NRI and International students are different and will be shared upon enquiry.

Modes of Payment

Online Payment: Via net banking, debit/credit card, or UPI through the university's official payment portal.
Bank Transfer: NEFT/RTGS to the university’s designated bank account.
Demand Draft (DD): As per details shared during the admission process.
Cash Payment: At the Accounts Office on campus (subject to limits as per government regulations).
Education Loan: Through tie-ups with banks like PNB, SBI, HDFC, and ICICI, offering easy financing options.

Residential Facilities & Transport

We at Manav Rachna offer generous residential facilities and convenient transportation services so that each student, including those studying Manav Rachna, gets to enjoy a safe, comfortable, and fulfilling campus life.

Residential Services

MREI provides on-campus and off-campus hostel facilities for boys and girls with various types of rooms. Students can choose single, double, and triple rooms as per their preference.

Key Points

Room Types: The hostels offer different types of rooms to suit different budgets and preferences:

Air-conditioned and non-air-conditioned rooms
Single-seater, two-seater, three-seater, and five-seater rooms
The rooms can be equipped with attached or common toilets as per the choice of room category.

Fee Structure: The hostel fee is to be paid on the basis of the room category chosen by the student and it can be paid through DD (Demand Draft) or in cash.

Additional Facilities:

Medical services and medical insurance to keep the students fit.
Library facilities for access to study materials and academic inputs.
Laundry facilities as included in the hostel fees, to ease the life of students.

Mess Plan

At Manav Rachna, we offer world-class sports facilities to keep our students fit and active. Our facilities comprise a range of outdoor and indoor games, including:

Sports

Mess plan also comes as part of hostel fee. Healthy food is served through the mess considering the multicultural requirements of different food habits for the students. By providing choices involving vegetarian as well as non-vegetarian options, healthy lifestyle is available for the students enabling them to pursue their studies focusing on programs with full seriousness.

Basketball, volleyball, cricket, soccer, chess, and carom among others.

Notable facilities include:

A 25m shooting range and a 10m air-conditioned indoor shooting range with Olympic-standard SIUS Ascor electronic targets.
Indoor badminton and table tennis stadia with synthetic courts in association with Yonex and Stag.
A Semi-Olympic pool for swimming and a Soccer Academy for students who have sporting interest and passion.
A Sports Fitness Centre to service psychological, physiotherapy, and other aspects of health for students.

The facilities enable students to pursue physical exercises that complement their academic development.

Laundry

Laundry facilities are available at an extra fee in the hostel fees. This saves students from worrying about laundry, so they can focus on their studies, and also allows their clothes to remain properly cleaned.

Parking

There is a vast parking space facility available for students who commute using their own means of transport. It is provided to cater to the requirements of students, so that their travel will be easy and hassle-free.

Transport

Our well-maintained transport facility offers a stress-free, secure, and safe journey for students from Delhi and Gurugram. The GPS-located, contemporary fleet of buses is operated by professionally trained personnel, with onboard support staff to assist students. Our emphasis is on reliability, safety, and convenience, ensuring unproblematic travel to and from the campus.

How to Apply for B.Tech Computer Science and Engineering (CSE)

Manav Rachna offers a unique educational experience that combines academic excellence, practical exposure, and industry partnerships to equip students with the skills needed for real-world success.