B.Sc. in Cyber Security (MAKAUT)

Highlights of the Syllabus · 100% Practical

Cyber Law and Ethics	Cyber Forensics	Vulnerability Analysis	Penetration Testing and Incident Handling	Malware Analysis
Cyber Threat and Modelling	Operating System & System Programming (LINUX)	Cryptography & Information Security	Parallel and Distributed Computing	Virtualisation and Cloud Security
Auditing IT Infrastructures for Compliance	Big Data & IoT Security Penetration Testing	Artificial Intelligence in Cyber Security & other industrial uses
Certified Ethical Hacker (Training)

Who will teach

Practical sessions will be conducted by seasoned industry professionals—auditors with over 26 years of experience and credentials including CEH, ECSA, LPT, OSCP, OSCE, and ISO 27001 Lead Auditor—at the ISOAH office in Salt Lake Sector V. Theoretical instruction will be delivered by faculty members from George College at the NIMAS Barasat Campus.

ISOAH Saltlake Campus

Kariwala Towers, 4th Floor, Plot J/1-5, Block EP, Sector V, Salt Lake City, Kolkata - 700091

George College Barasat Campus

NIMAS - HL No. 1045/1/A, Barrackpore Barasat Road. Bus Stop - Talikhola, (Behind Loknath Mandir) Kolkata - 700125

Program Highlight:

Practical Lab with latest tools
Tutors are auditors working with industry
Interactive sessions
Hacking contests, projects, regular assignments
Interview preparation for cyber security jobs
Internship for all students
Placement assistance for students with good grades

Industry Scope:

As per Nasscom, India will need
5 lakhs cyber security professionals over the coming 5 years. We currently have only 50,000. There is an acute deficit of skilled cyber security professionals in the industry. The demand will rise with Digital India & Industry 4.0 drive.

Jobs:

Penetration Tester
ISO 27001 Auditor / Implementer
System Administrator
Web/Mobile Application Penetration Tester
Software Developer
Malware Analyst
Information Security Researcher (ML & AI)

Companies our students are working in:

Kolkata Police

CID West Bengal

Intel Corporation

PwC India

About Indian School of Anti Hacking (ISOAH Data Securities Pvt Ltd)

ISOAH (Indian School of Anti-Hacking) is a trusted team of ethical hackers with over 26 years of individual experience in cybersecurity. The team has worked both in India and abroad, offering expert training and consultancy to multinational companies, government departments, and educational institutions. Some of ISOAH's audit clients include Apollo Gleneagles Hospitals, CESC, Bandhan Bank, Jadavpur University, AMRI Hospitals, Spencer's, Ambuja Realty, and ABP Ltd. Every year, ISOAH trains around 1,200 students, many of whom go on to work with top companies like Ernst & Young (E&Y), PWC, Deloitte, Tata Steel, Intel, Apple, Oracle, Amazon, TCS, and Cognizant. ISOAH is also an active committee member of NASSCOM East and CII ICT East, helping shape the future of cybersecurity in the region.

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Duration

4 years - 8 Semesters

Eligibility

10+2 in Science or Commerce or Arts (Any One Can Join). There is no prerequisite on percentage.

Course Fees

Admission Fee

Rs.10,000/- (One time)

Caution Deposit

Rs.8,000/- (One time)

Forms & Prospectus

Rs.300/- (One time)

Semester Fee

Rs.37,000/- per semester (Total 8 semesters)

Total Fee

Rs.3,12,300/-

Success Stories

Anish Kujur

Placed at ISOAH Data Securities Private Limited

Saptarshi Kundu

Placed at EY

Sudeep Jhagar

Placed at EY

Sukanta Khawas

Placed at North Bengal St. Xavier's College

Rahul Bardhan

Placed at EY

Sidharth Dixit

Placed at Fusion CX

Akash Thakur

Placed at Huntmetrics Private Limited

Raj Nandi

Placed at BDO India LLP

Tushar Kumar Sonkar

Placed at ISOAH Data Securities Private Limited

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What You Will Get?

4 Years
of in-depth Training by the Best Cyber Security Experts

On Campus Placement
Opportunities in Multinational Companies

B.Sc. Degree in Cyber Security
by MAKAUT, West Bengal

Career Growth in Cyber Security

Course Details

Course: B.Sc. in Cyber Security.
Degree: Bachelor Degree from MAKAUT (State Govt University).
Duration: 8 Semesters (4 years).
Mode: Full time, 5 days a week. The course consists of both practical and theory training.
Fee: Rs.37,000/- per Semester (8 Semesters), one-time Registration Fee (Admission Fee, Development Fees & Caution Fees) of Rs.18,300/-. Total course fee is Rs.3,12,300/-.
Venue: ISOAH (Indian School of Anti Hacking), Kariwala Towers, 4th Floor, Plot J/1-5, Block EP, Sector V, Salt Lake City, Kolkata - 700091 – MAKAUT University, WB Partner Institute (Previously WBUT, State Govt University).

George College Barasat Campus, NIMAS - HL No. 1045/1/A, Barrackpore Barasat Road. Bus Stop - Talikhola, (Behind Loknath Mandir) Kolkata - 700125

Model Curriculum Structure:

Sem	Major (Offline)	Minor (Blended Mode)
Sem: I	Major (Offline): Fundamentals of Computing – using C and C++ language (including lab) (Code Theory-FYCYS 101, Lab-FYCYS 191) - 3+2 credits Basic Mathematics and Statistics (including lab) (Code Theory-FYCYS 102, Lab-FYCYS 192) – 3+2 credits	Minor (Blended Mode): (1 sub x 3 credits) Principles Of Management
Sem: II	Major (Offline): Computer Architecture and Object Oriented Concepts (including lab) (Code Theory-FYCYS 201, Lab-FYCYS 291) – 3+2 credits Data Structures and Algorithms (including lab) (Code Theory-FYCYS 202, Lab-FYCYS 292) – 3+2 credits	Minor (Blended Mode): (1 sub x 3 credits) Organization Behaviour/Busin ess Ethics & Corporate Governance
Sem: III	Major (Offline): Python Programming (including lab) (Code Theory-FYCYS 301, Lab-FYCYS 391) – 3+2 credits Operating System and DBMS (including lab) (Code Theory-FYCYS 302, Lab-FYCYS 392) – 3+2 credits	Minor (Blended Mode): (1 sub x 4 credits) Principles of Marketing/Business & Sustainability
Sem: IV	Major (Offline): Design and Analysis of Algorithms (including lab) (Code Theory-FYCYS 401, Lab-FYCYS 491) – 2+2 credits Ethical Hacking and Systems Defence (including lab) (Code Theory-FYCYS 402, Lab-FYCYS 492)– 3+2 credits Cryptography and Information Security (including lab) (Code Theory-FYCYS 403, Lab-FYCYS 493)– 2+2 credits	Minor (Blended Mode): Human resource management / Corporate Social Responsibility (CSR) (4 credits) Sales and distribution management / E-Commerce (4 credits)
Sem: V	Major (Offline): Cyber Systems & Cyber Threat and Modelling (including lab) (Code Theory-FYCYS 501, Lab-FYCYS 591) – 3+2 credits Vulnerability Analysis, Penetration Testing and Incident Handling (including lab) (Code Theory-FYCYS 502, Lab-FYCYS 592) – 3+2 credits	Minor (Blended Mode): Financial management (4 credits) Entrepreneurship (4 credits)
Sem: VI	Major (Offline): Cyber Forensics (Code FYCYS 601) – 4+1 credits Malware Analysis (Code FYCYS 602) – 4+1 Credits Advanced Computer Network and Security(including lab) (Code Theory-FYCYS 603, Lab-FYCYS 693) – 2+2 credits	Minor (Blended Mode): Customer relationship management (4 credits) Career planning and management / Managing Workplace Diversity (4 credits)
Sem: VII	Major (Offline): Minor Project (Code FYCYS 781) – 5 credits Software Project Management (Code FYCYS 701) – 4+1 credits Artificial Intelligence in Security (Code FYCYS 702) – 3+1 credits	Minor (Blended Mode): Consumer behaviour / Exploring Business Opportunity (4 credits) Strategic management / Intellectual Property Rights (4 credits)
Sem: VIII	Major (Offline): Major Project (continuation of minor project) (Code FYCYS 881) – 5 credits Security in E-business (Code FYCYS 801) - 4+1 credits
	Major (Offline): 19 sub - 91 credits	Minor (Blended Mode): 11 sub – 42 credits

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1st Year - Semester 1:

Fundamentals of Computing - using C and C++ Language
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 101)
Module Number: M 1	Content: Computer fundamentals	Total Hours: 6	%age of Questions: 10
Module Number: M 2	Content: Programming method	Total Hours: 3	%age of Questions: 10
Module Number: M 3	Content: General problem solving concepts	Total Hours: 6	%age of Questions: 20
Module Number: M 4	Content: Control Flow, Function, Arrays & Pointers	Total Hours: 16	%age of Questions: 20
Module Number: M 5	Content: Structures Input & Output	Total Hours: 4	%age of Questions: 20
Module Number: M 6	Content: C++ Basics	Total Hours: 5	%age of Questions: 20
		Total Hours: 40	%age of Questions: 100
Practical (FYCYS 191)
Module Number: M 7	Content: C and C++ Programs	Total Hours: 60	%age of Questions: 100
		Total Hours: 60	%age of Questions: 100
Basic Mathematics and Statistics
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 102)
Module Number: M 1	Content: Discrete Mathematics	Total Hours: 8	%age of Questions: 10
Module Number: M 2	Content: Algebraic Structures and Morphism	Total Hours: 8	%age of Questions: 25
Module Number: M 3	Content: Combinatorics and Probability	Total Hours: 6	%age of Questions: 10
Module Number: M 4	Content: Frequency Distribution	Total Hours: 10	%age of Questions: 25
Module Number: M 5	Content: Introduction to Statistics	Total Hours: 14	%age of Questions: 20
Module Number: M 6	Content: Bivariate Statistics	Total Hours: 10	%age of Questions: 10
		Total Hours: 56	%age of Questions: 100
Practical (FYCYS 192)
Module Number: M 7	Content: Application of C program	Total Hours: 20	%age of Questions: 100
		Total Hours: 20	%age of Questions: 100

1st Year - Semester 2:

Computer Architecture and Object Oriented Concepts
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 201)
Module Number: M 1	Content: Computer Organization & Memory System	Total Hours: 10	%age of Questions: 20
Module Number: M 2	Content: Computer Arithmetic	Total Hours: 10	%age of Questions: 25
Module Number: M 3	Content: Input and Output System	Total Hours: 10	%age of Questions: 30
Module Number: M 4	Content: Instruction Set and addressing modes	Total Hours: 10	%age of Questions: 25
		Total Hours: 40	%age of Questions: 100
Practical (Code - FYCYS 291)
Module Number: M 5	Content: Concepts of OOP & Basics of Java	Total Hours: 15	%age of Questions: 40
Module Number: M 6	Content: Objects and Classes	Total Hours: 45	%age of Questions: 60
		Total Hours: 60	%age of Questions: 100
Data Structures and Algorithms
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 202)
Module Number: M 1	Content: Concepts of Abstract data type	Total Hours: 6	%age of Questions: 10
Module Number: M 2	Content: Data Structure using Array	Total Hours: 6	%age of Questions: 20
Module Number: M 3	Content: Linked List	Total Hours: 6	%age of Questions: 20
Module Number: M 4	Content: Trees	Total Hours: 6	%age of Questions: 10
Module Number: M 5	Content: Graphs & Hashing	Total Hours: 10	%age of Questions: 20
		Total Hours: 40	%age of Questions: 100
Practical (Code - FYCYS 292)
Module Number: M 6	Content: Data Structure using Array	Total Hours: 6	%age of Questions: 20
Module Number: M 7	Content: Searching and Sorting	Total Hours: 12	%age of Questions: 20
Module Number: M 8	Content: Linked List	Total Hours: 12	%age of Questions: 20
Module Number: M 9	Content: Trees	Total Hours: 15	%age of Questions: 20
Module Number: M 10	Content: Graphs & Hashing	Total Hours: 15	%age of Questions: 20
		Total Hours: 60	%age of Questions: 100

2nd Year - Semester 3:

Python Programming & Python Programming Lab
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 301)
Module Number: M 1	Content: Introduction to Python	Total Hours: 12	%age of Questions: 20
Module Number: M 2	Content: Conditions & Iterations	Total Hours: 8	%age of Questions: 20
Module Number: M 3	Content: Recursion, Strings, List, Dictionaries, Tuples	Total Hours: 10	%age of Questions: 30
Module Number: M 4	Content: Classes & Objects	Total Hours: 10	%age of Questions: 30
		Total Hours: 40	%age of Questions: 100
Practical (Code - FYCYS 391)
Module Number: M 5	Content: Introduction to Python	Total Hours: 18	%age of Questions: 20
Module Number: M 6	Content: Conditions & Iterations	Total Hours: 12	%age of Questions: 20
Module Number: M 7	Content: Recursion, Strings, List, Dictionaries, Tuples	Total Hours: 15	%age of Questions: 30
Module Number: M 8	Content: Classes& Objects	Total Hours: 15	%age of Questions: 30
		Total Hours: 60	%age of Questions: 100
Operating Systems and Database Management Systems
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 302)
Module Number: M 1	Content: Introduction	Total Hours: 3	%age of Questions: 10
Module Number: M 2	Content: Process	Total Hours: 10	%age of Questions: 25
Module Number: M 3	Content: Resource Manager	Total Hours: 8	%age of Questions: 10
Module Number: M 4	Content: Introducing to Data and Data Management	Total Hours: 4	%age of Questions: 10
Module Number: M 5	Content: Data Models and Architecture of DBMS	Total Hours: 6	%age of Questions: 20
Module Number: M 6	Content: Data Modeling using ER Modeling	Total Hours: 7	%age of Questions: 10
Module Number: M 7	Content: Relational Model and Relational Database Management System	Total Hours: 7	%age of Questions: 15
		Total Hours: 45	%age of Questions: 100
Practical (Code - FYCYS 392)
Module Number: M 8	Content: Introduction	Total Hours: 3	%age of Questions: 10
Module Number: M 9	Content: Process	Total Hours: 15	%age of Questions: 25
Module Number: M 10	Content: Resource Manager	Total Hours: 9	%age of Questions: 10
Module Number: M 11	Content: Introducing to Data and Data Management	Total Hours: 6	%age of Questions: 10
Module Number: M 12	Content: Data Models and Architecture of DBMS	Total Hours: 9	%age of Questions: 20
Module Number: M 13	Content: Data Modeling using ER Modeling	Total Hours: 9	%age of Questions: 10
Module Number: M 14	Content: Relational Model and Relational Database Management System	Total Hours: 9	%age of Questions: 15
		Total Hours: 60	%age of Questions: 100

2nd Year - Semester 4:

Design and Analysis of Algorithms
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 401)
Module Number: M 1	Content: Complexity Analysis	Total Hours: 8	%age of Questions: 20
Module Number: M 2	Content: Algorithm Design by Divide and Conquer	Total Hours: 8	%age of Questions: 20
Module Number: M 3	Content: Disjoint Set Data Structure	Total Hours: 8	%age of Questions: 20
Module Number: M 4	Content: Algorithm Design by Greedy Strategy	Total Hours: 8	%age of Questions: 10
Module Number: M 5	Content: Algorithm Design by Dynamic Programming	Total Hours: 8	%age of Questions: 10
Module Number: M 6	Content: 6 Algorithm Design byb Backtracking	Total Hours: 8	%age of Questions: 20
		Total Hours: 48	%age of Questions: 100
Practical (Code - FYCYS 491)
Module Number: M 7	Content: Implement Merge sort	Total Hours: 9	%age of Questions: 10
Module Number: M 8	Content: Implement Quicksort	Total Hours: 9	%age of Questions: 10
Module Number: M 9	Content: Find maximum and minimum elements froman array of integers using divide and conquerstrategy	Total Hours: 6	%age of Questions: 10
Module Number: M 10	Content: Implement fractional knapsack	Total Hours: 6	%age of Questions: 10
Module Number: M 11	Content: Implement Job sequence withdeadline	Total Hours: 9	%age of Questions: 10
Module Number: M 12	Content: Implement Kruskal's algorithm	Total Hours: 9	%age of Questions: 10
Module Number: M 13	Content: Implement Prim’s algorithm	Total Hours: 9	%age of Questions: 10
Module Number: M 14	Content: Implement Dijkstra's algorithm	Total Hours: 9	%age of Questions: 10
Module Number: M 15	Content: Implement Matrix ChainMultiplication	Total Hours: 9	%age of Questions: 10
Module Number: M 16	Content: Implement Floyd WarshallAlgorithm	Total Hours: 9	%age of Questions: 10
		Total Hours: 58	%age of Questions: 100
Ethical Hacking and Systems Defence
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 402)
Module Number: M 1	Content: Introduction to Ethical Hacking	Total Hours: 10	%age of Questions: 25
Module Number: M 2	Content: System Hacking	Total Hours: 14	%age of Questions: 25
Module Number: M 3	Content: TCP/IP - OverviewConcepts and PortScanning	Total Hours: 14	%age of Questions: 30
Module Number: M 4	Content: Desktop and Server OS Vulnerabilities	Total Hours: 10	%age of Questions: 20
		Total Hours: 48	%age of Questions: 100
Practical (Code - FYCYS 492)
Module Number: M 5	Content: System and Network Security	Total Hours: 24	%age of Questions: 60
Module Number: M 6	Content: Identifying vulnerabilities in OS	Total Hours: 24	%age of Questions: 40
		Total Hours: 48	%age of Questions: 100
Cryptography and Information Security
Module Number	Content	Total Hours	%age of Questions
Theory (Code – FYCYS 403)
Module Number: M 1	Content: Overview of cryptography, numbersystem	Total Hours: 10	%age of Questions: 20
Module Number: M 2	Content: One time pad andstream ciphers	Total Hours: 10	%age of Questions: 20
Module Number: M 3	Content: Block ciphers, message integrity	Total Hours: 14	%age of Questions: 30
Module Number: M 4	Content: Public key cryptography, digital signature	Total Hours: 14	%age of Questions: 30
		Total Hours: 48	%age of Questions: 100
Practical (Code - FYCYS 493)
Module Number: M 5	Content: Arithmetic modulo, programming	Total Hours: 28	%age of Questions: 40
Module Number: M 6	Content: Cryptography algorithm design and programming	Total Hours: 30	%age of Questions: 60
		Total Hours: 58	%age of Questions: 100

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Know Your Faculty

Sandeep Sengupta

CISA, Certified Ethical Hacker, ISO 27001 Lead Auditor, Lead Privacy auditor, GDPR Implementer

With over 27 years of experience in Information Technology and Cyber Security, Mr. Sandeep Sengupta has made significant contributions to the field, providing solutions across India and internationally, including Singapore (2009-2010) and New Zealand (2002-2003). He is a certified lead auditor for standards such as ISO 27001 (Information Security), ISO 22301 (Business Continuity), ISO 9001 (Quality Management), and ISO 27701 (Data Protection & Privacy/GDPR). Additionally, he holds certifications as a Certified Ethical Hacker (CEH) and a Certified Information Systems Auditor (CISA).

Sandeep Sengupta has conducted audits for organizations such as PwC, KPMG, Tata Steel, SAIL, Capgemini, Genpact, ITC, Airtel, Vodafone, ONGC, National Power Grid, Bandhan Bank, PayU, Vedanta, and Accenture, among others. He collaborates with law enforcement agencies, including the CID and Lal Bazar Police Cyber Cell, on cybercrime investigations.

Sukriti Santra

M.Tech CSE specialization in AI, PhD pursuing

Sukriti Santra is M.Tech in Computer Science and Engineering, Pursuing PhD domain Cyber Security from NITTTR. She has 15 years of teaching experience. Her technical interests include Cyber Security, Networking, Cloud Computing, Artificial Intelligence, Machine Learning, Deep Learning. She is skilled in C, C++, Java, Python, My SQL, HTML, CSS, PHP, JavaScript, Linux, Windows.

Saumitra Biswas

M Tech - Computer Science, MSc (Statistics), GATE qualified

Saumitra Biswas is M.Tech in computer science from Netaji Subhash Engineering College, GATE qualified in computer science and a MSC in statistics from Kalyani University. His technical interests include Machine Learning, Neural Networks, Genetic Algorithms and Object Oriented Programming. He is skilled in C, C++, C#, Dotnet, Java, Python, Matlab, Unix, MS Windows XP, Windows 7, My SQL, Oracle, MS Access, HTML, XML, CSS and PHP. He take classes on AI & ML in ISOAH, as well as act as mentors to interns & project trainees.

Job Prospects & Job Sources

After completing a B.Sc in Cyber Security, students can explore a wide range of job roles such as Information Risk Auditor, Firewall Administrator, Security Analyst, Software Security Developer, Intrusion Detection Specialist, Incident Responder, Cryptographer, Vulnerability Assessor, Lead Security Architect, and Chief Information Security Officer (CISO).

Freshers typically earn between ₹30,000 to ₹2,00,000 per month, depending on their skills, certifications, and the hiring organisation. According to NASSCOM, India will need over 5 lakh cybersecurity professionals in the next 5 years, yet it currently has only about 50,000 trained experts.

The salary growth in this field has been impressive, with an average increase of 25% to 35% over recent years.

The growing focus on Digital India, along with rising threats in the digital space, is driving high demand for skilled cybersecurity professionals. Some of the largest employers are in industries such as banking, financial services, e-commerce, telecom, and government agencies.

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FAQs

What is the course content?

Cyber Law and Ethics
Cyber Forensics
Vulnerability Analysis
Penetration Testing, and Incident Handling
Malware Analysis
Cyber Threat and Modelling
Operating System & system programming (LINUX)
Cryptography & Information Security
Parallel and Distributed Computing
Virtualisation and Cloud Security
Auditing IT Infrastructures for Compliance
Big Data & IoT Security Penetration testing
Artificial Intelligence In Cyber security & Industry use cases

What is the duration and structure of the B.Sc. in Cyber Security program?

The program spans 4 years, divided into 8 semesters. It combines theoretical knowledge with practical training, ensuring students gain hands-on experience in cybersecurity tools and methodologies.

What is the course Methodology?

The course is administered in equal measures of practical and theory.

What are the eligibility criteria for admission?

Candidates who have completed 10+2 in Science, Commerce, or Arts are eligible to apply. There is no minimum percentage requirement, making the course accessible to a broad range of students.

Where are the classes conducted?

Practical sessions are held at the ISOAH Saltlake Campus, while theoretical classes take place at the George College Barasat Campus (NIMAS).

Is there any internship opportunity during the course?

Yes, the program includes internship opportunities for all students, providing real-world experience and enhancing employability in the cybersecurity domain.

Who are the instructors for this course?

The course is taught by a blend of industry experts and academic professionals. Practical sessions are conducted by seasoned auditors with certifications like CEH, ECSA, LPT, OSCP, and ISO 27001 Lead Auditor. Theoretical classes are delivered by professors from George College at the NIMAS Barasat Campus.

How is this B.Sc. in Cyber Security different from a general Computer Science degree?

While a Computer Science degree covers a broad range of topics like programming, algorithms, and databases, the B.Sc. in Cyber Security focuses deeply on ethical hacking, digital forensics, malware analysis, network security, and ISO standards. It's designed specifically to prepare students for cybersecurity careers, not just software development.

Can I pursue this course if I don’t have a coding background?

Yes. The course is beginner-friendly and starts with the basics of computer systems and programming. Even if you come from a non-technical background, the step-by-step curriculum and practical labs ensure you can learn and grow into the cybersecurity domain.

Is this degree recognised and valid for government or international jobs?

Yes. This is a UGC-recognised B.Sc. (Hons) degree under MAKAUT (a government university), making it valid for government jobs, higher studies, and recognised internationally for cybersecurity roles and certifications.

What kind of labs or tools will I get to work with during the course?

Students will work with real-world cybersecurity tools such as:

Kali Linux
Wireshark
Burp Suite
Metasploit
Nmap
Cisco Packet Tracer
SIEM solutions

The course includes live lab simulations, real case studies, and vulnerability assessment tasks.

What is the total fee structure for the course?

The total fee for the 4-year program is Rs. 3,12,300, which includes:

Admission Fee: Rs. 10,000 (one-time)
Caution Deposit: Rs. 8,000 (one-time)
Forms & Prospectus: Rs. 300 (one-time)
Semester Fee: Rs. 37,000 per semester (8 semesters)

What are the career prospects after completing this course?

Graduates can pursue roles such as:

Penetration Tester
ISO 27001 Auditor/Implementer
System Administrator
Web/Mobile Application Penetration Tester
Software Developer
Malware Analyst
Information Security Researcher (ML & AI)

Students have secured positions in organizations like Kolkata Police Cyber Cell, CID West Bengal, Intel Corporation, and PwC India.

Class room regular training for B.Sc. in Cyber Security

Direct Admission Open

Admission Fee, Caution Deposit, Forms & Prospectus

Rs.18,300/-
One Time

Semester Fees

Rs.37,000/-
Per Semester
(Total 8 semesters)

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Hacking Tutorials

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A Comprehensive Guide to Differentiating Cybersecurity and Information Security

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Hacking Videos

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How to Hiding Your Secret File using Steganography?

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B.Sc. in Cyber Security

Govt. Degree Awarded by MAKAUT · 100% Placement Assistance

ISOAH Saltlake Campus

George College Barasat Campus

Program Highlight:

Industry Scope:

Jobs:

Companies our students are working in:

Duration

Eligibility

Course Fees

Admission Fee

Caution Deposit

Forms & Prospectus

Semester Fee

Total Fee

Success Stories

What You Will Get?

Career Growth in Cyber Security

Course Details

Fundamentals of Computing - using C and C++ Language

Theory (Code – FYCYS 101)

Practical (FYCYS 191)

Basic Mathematics and Statistics

Theory (Code – FYCYS 102)

Practical (FYCYS 192)

Computer Architecture and Object Oriented Concepts

Theory (Code – FYCYS 201)

Practical (Code - FYCYS 291)

Data Structures and Algorithms

Theory (Code – FYCYS 202)

Practical (Code - FYCYS 292)

Python Programming & Python Programming Lab

Theory (Code – FYCYS 301)

Practical (Code - FYCYS 391)

Operating Systems and Database Management Systems

Theory (Code – FYCYS 302)

Practical (Code - FYCYS 392)

Design and Analysis of Algorithms

Theory (Code – FYCYS 401)

Practical (Code - FYCYS 491)

Ethical Hacking and Systems Defence

Theory (Code – FYCYS 402)

Practical (Code - FYCYS 492)

Cryptography and Information Security

Theory (Code – FYCYS 403)

Practical (Code - FYCYS 493)

Our Classroom and Cyber Lab

Enroll Now

Job Prospects & Job Sources

The salary growth in this field has been impressive, with an average increase of 25% to 35% over recent years.

FAQs

Admission Fee, Caution Deposit, Forms & Prospectus

Semester Fees

Hacking Tutorials

A Comprehensive Guide to Differentiating Cybersecurity and Information Security

Hacking Videos

How to Hiding Your Secret File using Steganography?

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