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AURA Magazine

Computer Science Engineering and Technology

B.Tech. Computer Science and Engineering

Alard School of Engineering and Technology B. Tech Computer Science & Engineering

हम अलग हैं, हम ALARD हैं

Overview
Highlights of the Program
Facilities
About Program
Eligibility
Fee Structure
Career Opportunities, Summary
Events

OVERVIEW

“Computers are incredibly fast, accurate, and stupid. Human beings are incredibly slow, inaccurate, and brilliant. Together they are powerful beyond imagination.”- Albert Einstein

In the present scenario, Computer Science Engineers rule every field. The students of CSE are highly demanded by the recruiters of top companies. So the scope of Computer Science and Engineering is endless. It remains as the most preferred choice of all the students seeking admission.

HIGHLIGHTS OF THE PROGRAM

01

Industry-Relevant Curriculum

02

Hands on Experience

03

Collaborative Environment

04

Industry Connections

05

Guest Lectures and Workshop

06

Portfolio Development

07

Content Creative Expression

08

Career Opportunities

Lab Facilities

Four well equipped laboratories with latest configuration desktop computers and Internet.

Programming Laboratory

The Programming Laboratory is equipped with latest configuration computer terminals with Internet connection, chairs, white board and good quality furniture. Programming lab is exclusive for the software programs. It has softwares like Ubuntu OS, Java, gcc, Python. The lab is used for the course subjects like Programming and Problem Solving (Python), Object Oriented Programming (C++) etc. The Laboratory area is 68.57 Sq. Mt.

Network Laboratory

The Network laboratory is equipped with a high end configuration desktop computers and interconnecting devices, Internet connection, chairs, white board and good quality furniture. All machines are configured with latest networking software packages and network simulators. The lab is used for course subjects like Computer Networks, Information and Network Security. The area of Network Laboratory is 70.70 Sq. Mt.

Operating System Laboratory

The Operating System Laboratory is equipped with computer terminals with Internet connection, chairs, white board and good quality furniture. It has softwares like Windows OS, Java, Python. OS Laboratory area is 68.18 Sq. Mt.

Database Management System Laboratory

This lab is equipped with latest configuration computer terminals with Internet connection, chairs, white board and good quality furniture. It is utilized for students to work on courses such as Database Management Systems, Distributed Data Computing, Hadoop, Data Warehousing and Mining, and Big Data Analysis. DBMS Laboratory area is 66 Sq. Mt.

ABOUT PROGRAM

Short Brief About the Program

The B Tech in Computer Science and Engineering program offered by Alard University, one of the top BTech college in Pune, is one of the best four-year full-time courses for quality education and overall growth of the students. The program emphasises on applying mathematics and principles of computing to solve engineering problems. CSE graduates cater to the needs of most industries, including software, healthcare, communications, manufacturing, automobile to name a few. This program has been designed taking into consideration the views of various academicians and industry experts.

Program Objectives and Outcomes

The B.Tech in Computer Science & Engineering is designed to develop highly skilled, industry-ready computing professionals with strong foundations in computer science, programming, and system design. The program aims to nurture analytical thinking, innovation, and ethical responsibility.
Graduates demonstrate proficiency in software development, problem-solving, system architecture, and modern computing technologies, enabling them to excel in industry, research, entrepreneurship, and higher education.

Key Features
  • NEP 2020-aligned, outcome-based curriculum
  • Strong emphasis on core computer science fundamentals
  • Focus on logical reasoning, algorithmic thinking, and coding excellence
  • Integration of theory with hands-on practical learning
Curriculum Highlights and Pedagogy
  • Core subjects including Data Structures, Algorithms, Operating Systems, DBMS, Computer Networks, and Software Engineering
  • Experiential learning through laboratories, assignments, and project-based pedagogy
  • Continuous evaluation to enhance conceptual clarity and application skills
Career Prospects and Employability Focus

Graduates are prepared for diverse roles such as Software Engineer, Systems Engineer, Application Developer, IT Consultant, and Technology Analyst across global industries.

Industry Linkage, Internships, Training, and Placements
  • Industry-oriented projects and mandatory internships
  • Coding workshops, hackathons, and technical bootcamps
  • Structured placement training covering technical, aptitude, and professional skills
Program Objectives and Outcomes

This program provides a strong conceptual and practical foundation in artificial intelligence systems and intelligent technologies.
Graduates gain expertise in AI principles, problem-solving, and deployment of intelligent systems across multiple domains.

Key Features
  • Focus on core artificial intelligence concepts and applications
  • Balanced emphasis on theory, ethics, and practical implementation
  • Research-oriented and innovation-driven curriculum
Curriculum Highlights and Pedagogy
  • Artificial Intelligence, Expert Systems, Knowledge Engineering, Intelligent Agents
  • Case-based learning, simulations, and applied projects
Career Prospects and Employability Focus

Career pathways include AI Engineer, Intelligent Systems Developer, Research Assistant, and Technology Consultant.

Industry Linkage, Internships, Training, and Placements
  • AI research and application-based projects
  • Industry mentoring and expert interactions
  • Exposure to real-world AI deployment scenarios
Program Objectives and Outcomes

The program focuses on developing professionals capable of protecting digital infrastructure, networks, and data systems against cyber threats.
Graduates acquire skills in ethical hacking, cyber defence, digital forensics, and security compliance.

Key Features
  • Specialised focus on cyber security and information assurance
  • Hands-on training in ethical hacking and threat analysis
  • Alignment with global cyber security standards
Curriculum Highlights and Pedagogy
  • Network Security, Cryptography, Cyber Laws, Digital Forensics
  • Practical simulations, case studies, and security labs
Career Prospects and Employability Focus

Career roles include Cyber Security Analyst, Ethical Hacker, Network Security Engineer, and Digital Forensics Expert.

Industry Linkage, Internships, Training, and Placements
  • Cyber security audits and penetration testing projects
  • Industry certifications and expert-led training sessions
  • Internships with IT security firms and consultancies
Program Objectives and Outcomes

This program prepares students to design and implement smart, connected, and automated systems integrating hardware, software, and data.
Graduates develop expertise in IoT architecture, embedded systems, and smart technology solutions.

Key Features
  • Integration of hardware and software engineering
  • Focus on smart automation and Industry 4.0 concepts
  • Application-driven learning approach
Curriculum Highlights and Pedagogy
  • Embedded Systems, Sensors, IoT Architecture, Cloud Integration
  • Prototype development, labs, and industry-linked projects
Career Prospects and Employability Focus

Career opportunities include IoT Developer, Embedded Systems Engineer, Automation Engineer, and Smart Systems Designer.

Industry Linkage, Internships, Training, and Placements
  • Industry 4.0 and smart manufacturing projects
  • Training in automation and cloud-based IoT platforms
  • Internships with technology and manufacturing organisations

Semester-wise subjects

SEMESTER 1
Mathematics -I
Applied Physics/ Applied Chemistry
Basic Electronics/ Electrical Engineering
Engineering Graphics
Fundamentals of Programming Language
Professional Communication Skills
Mini Project – I
Co-Curricular – I
SEMESTER 2
Mathematics -II
Applied Physics/ Applied Chemistry
Basic Electronics/ Electrical Engineering
Engineering Mechanics
Programming and Problem Solving
Mathematics in India: From Vedic Period to Modern Times
Mini Project – II
Co-Curricular – II
SEMESTER 3
Object Oriented Programming using Java
Operating System
Computer Organization and Architecture
Multidisciplinary Minor I
Quantitative Analysis and Logical Thinking
Environmental Science
Field Project
SEMESTER 4
Data Structures and Algorithms
Database Management Systems
Software Engineering and Modelling
Modern Indian Language
Emotional Intelligence
Professional Communication Skills
Mini Project – III
SEMESTER 5
Design and Analysis of Algorithms
Distributed and Cloud Computing
Theory of Computation
Program Elective – I
Multidisciplinary Minor – II
Entrepreneurship – I
SEMESTER 6
Software Testing and Quality Assurance
Full Stack Development
Blockchain Technology
Program Elective – II
Multidisciplinary Minor – III
Entrepreneurship – II
SEMESTER 7
Software Architecture Paradigms
Release Engineering and Devops
Program Elective – III
Program Elective – IV
Multidisciplinary Minor – IV
Internship – I
SEMESTER 8
Program Elective – V
Program Elective – VI
Internship – II
Project
Research Methodology
  • Well equipped state–of-the-art laboratories with total investment of INR 1 crore.
  • Active Entrepreneur Development cell to develop employer skills among students. During vacations, students go for industry training and enhance their knowledge in various fields.
  • Provision of semester-long internship with 24 credits for final year students, besides summer/winter vacation internships and project stages from semester 1.
  • Provision of Entrepreneurship in the programme.
  • Provision of Majors and Minors courses in the curriculum.
  • Promotion of MOOCs & provision for credit transfer.
  • Membership of professional bodies: IEEE, IETE, ISTE, The International Association of Online Engineering, The International Association of Engineers, etc.
  • 4 Years

Eligibility

Eligibility Criteria for Indian Nationals
First Year
  • Applicable to Maharashtra State, All India, UT of Jammu & Kashmir / UT of Ladakh Migrant Candidates, Candidate must be an Indian citizen.
  • 10+2 (HSC) / Equivalent – PCM, Physics & Mathematics compulsory + one approved subject 45% marks (40% for Reserved/EWS/PwD – Maharashtra only) Appeared in PCM CET conducted by component authority with non-zero score.
  • Eligible for all B.Tech programmes 10+2 (HSC) / Equivalent – PCB, Physics & Chemistry compulsory + one approved subject 45% marks (40% for Reserved/EWS/PwD – Maharashtra only) Appeared in PCB CET / JEE with non-zero score. Eligible for specified B.Tech programmes (Agriculture, Biotechnology, Food, Pharma, Packaging, Printing, Fashion, Textile, Leather)
  • Note: PCB students are also eligible for admission to any B.Tech programme, irrespective of the subjects studied in Class 12, provided they qualify the relevant National-level or University-level entrance examination for that programme. The University may offer bridge courses, wherever required, to address academic gaps. Diploma / D.Voc. 3-year Diploma in Engineering & Technology – 45% marks (40% for Reserved/EWS/PwD – Maharashtra only) 3-year Diploma of Vocation (D.Voc.) in the same or allied sector Admission is subject to rules and guidelines issued by the Competent / Appropriate Authority from time to time.

Direct Second Year (Lateral Entry)
  • (For Maharashtra State & All India Candidature Candidates Candidate must be an Indian citizen. Eligible Qualifications, Diploma in Engineering & Technology, Passed minimum 3-year Diploma or 2-year Diploma (Lateral Entry). From AICTE / Central Govt. / State Govt. approved institution or equivalent, Minimum Marks: 45% (General Category), 40% (Reserved / EWS / PwD – Maharashtra State only).
  • B.Sc. Degree Passed B.Sc. Degree from a UGC / AIU recognised University Minimum Marks: 45% (General Category), 40% (Reserved / EWS / PwD – Maharashtra State only), Must have passed HSC or equivalent with Mathematics as a subject.
  • Diploma of Vocation (D.Voc.), Passed 3-year D.Voc. programme, In the same or allied sector.
  • Admission is subject to any other eligibility criteria and requirements prescribed from time to time by the Appropriate Authority as defined under the Act.

Fee Structure

Indian Nationals/NRI
B.Tech. Computer Science and Engineering
INR 2,25,000 per year

OTHERS

Career Opportunities

  • Software Developer/Engineer
  • Data Scientist/Data Analyst
  • Artificial Intelligence/Machine Learning Engineer
  • Cyber Security Specialist
  • Web Developer
  • Network Engineer
  • Cloud Engineer/Architect
  • Systems Analyst
  • Mobile App Developer
  • IT Project Manager

Summary

Graduates of the B. Tech Computer Science and Engineering program will demonstrate proficiency in the field, equipped to embark on successful careers as engineering professionals. They will exhibit a dedication to developing sustainable solutions that meet current societal needs and will be adept at adapting to and driving technological advances through continuous learning and innovation.

Events

हम अलग हैं, हम ALARD हैं

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