This chart illustrates a wide range of roles within the field, showing how students can explore various paths, each contributing significantly to the field of Cyber Security.
Earn upto 7 LPA to upto 21 LPA step by step in your entire career.
Students gain a solid foundation in Cyber Security, combining computer science, Cyber Law & Ethics, and cybersecurity disciplines.
Through hands-on labs and real-world projects, students develop practical skills necessary for collecting and analysing digital evidence.
The program includes internship placements at significant industry locations, providing students with real-world experience.
Courses are taught by industry experts and auditors, ensuring students learn from seasoned professionals.
Training prepares students for roles in both government and private sectors, including police, military, and corporate security.
Students learn the legal aspects of Cyber Law and Ethics, ensuring they can handle security ethically and legally.
The curriculum includes incident response, teaching students how to react swiftly and effectively to cybersecurity breaches.
Access to the latest cyber security tools and technologies through advanced labs sponsored by corporates.
During the program, ISOAH guides you from the basics to advanced Cyber Security, with hands-on labs, internships, and expert-led workshops. Forge your path in the high-demand tech market!
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"The Great Infrastructure and teachers are all very good and teaching is aslo excellent."
"ISOEH has helped me to grow into a promising software professional by superb courseware, excellent faculty and latest development tools. Now I am working in Infosys Ltd and very much confident to face any challenge."
"Excellent course material and well qualified faculty at ISOEH has helped me a lot to score good marks in college semesters."
"ISOEH is best place for cyber security and Digital forensic course they helping me for my study and my future career, ISOEH faculties are best and knowledgeable in cyber security and Digital forensic."
Fee:
Rs.37,000/-
per Semester (8 semesters)
Registration Fee (Admission Fee, Caution Deposit, Forms & Prospectus:
Rs.18,300/-
one-time
Faculty are working professionals from the industry
The most advanced Syllabus made by industry experts. Immersive Learning with100% Practical
ICS, SCADA, PLC; HMI-based attacks, Side-Channel attacks
CID & Kolkata Police officers are trained here. Get a Chance to Work with Government Security Industries
While you study, you work on our LIVE projects to get hands-on industry experience
Internship at a Security Audit firm
Govt. Approved Graduation Degree from a leading Government Institute in West Bengal
Opportunities in Multinational Companies. Job Ready Program With 100% placement assistance
Get a Chance to Earn Good Salary – up to 6 lakhs
Talk to our career counselling team to understand if you are a good fit for this programme.
60 Seats Only!
| 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 |
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 | ||
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 | ||
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 | ||
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 | ||
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Fundamentals of Digital Systems |
| Sl. No.: 2 | Course Name: Fundamentals of Digital Systems Lab |
| Sl. No.: 3 | Course Name: Introduction to Programming |
| Sl. No.: 4 | Course Name: Introduction to Programming Lab |
| Sl. No.: 5 | Course Name: Students will have to choose from the GE Basket |
| Sl. No.: 6 | Course Name: English Communication |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Introduction to Digital Forensic & Cyber Laws |
| Sl. No.: 2 | Course Name: Introduction to Digital Forensic & Cyber Laws Lab |
| Sl. No.: 3 | Course Name: Data Structures and Algorithms |
| Sl. No.: 4 | Course Name: Data Structures and Algorithms Lab |
| Sl. No.: 5 | Course Name: Students will have to choose from the GE Basket |
| Sl. No.: 6 | Course Name: Environmental Science |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Computer Networks and Network Security |
| Sl. No.: 2 | Course Name: Computer Networks and Network Security Lab |
| Sl. No.: 3 | Course Name: Cyber Security |
| Sl. No.: 4 | Course Name: Cyber Security Lab |
| Sl. No.: 5 | Course Name: Biometric Security |
| Sl. No.: 6 | Course Name: Students will choose from the GE Basket |
| Sl. No.: 7 | Course Name: Students will choose from the GE Basket |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Cryptography |
| Sl. No.: 2 | Course Name: Cryptography Lab |
| Sl. No.: 3 | Course Name: Software Engineering |
| Sl. No.: 4 | Course Name: Software Engineering Lab |
| Sl. No.: 5 | Course Name: Image Processing and Pattern Recognition |
| Sl. No.: 6 | Course Name: Students will choose from the GE Basket |
| Sl. No.: 7 | Course Name: Students will choose from the GE Basket |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Computer Forensic |
| Sl. No.: 2 | Course Name: Computer Forensic Lab |
| Sl. No.: 3 | Course Name: Preserving and Recovering Digital Evidence |
| Sl. No.: 4 | Course Name: Preserving and Recovering Digital Evidence Lab |
| Sl. No.: 5 | Course Name: Students will choose from the DSE Basket |
| Sl. No.: 6 | Course Name: Students will choose from the DSE Basket |
| Sl. No.: 7 | Course Name: Project Work |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Mobile Forensic and Wireless Security |
| Sl. No.: 2 | Course Name: Mobile Forensic and Wireless Security Lab |
| Sl. No.: 3 | Course Name: Malware Analysis |
| Sl. No.: 4 | Course Name: Malware Analysis Lab |
| Sl. No.: 5 | Course Name: Students will choose from the DSE Basket |
| Sl. No.: 6 | Course Name: Students will choose from the DSE Basket |
| Sl. No.: 7 | Course Name: Project Work |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Research Work |
| Sl. No. | Course Name |
|---|---|
| Sl. No.: 1 | Course Name: Internship cum On Job Training |
Upcoming Session starting from June 2025
Apply NowThe course duration is 4 years (8 Semesters).
The course is administered in equal measures of practical and theory.
10+2 from any recognized board having any stream - Science or Arts or Commerce.
India is confronted with a scarcity of cyber security professionals, especially at the top corporate levels. Hence the field has seen increased salaries offered for such roles by 25-35% over the past year.
Freshers are offered starting salary of 30k per month to 2 lakhs per month. As per Nasscom, INDIA needs 5lac cyber security professional over coming 5 years. Currently INDIA has only 50,000. Click on APPLY NOW to check ACTIVE CYBER SECURITY JOBS.
