BCA in Cyber Security at City Group Of Colleges - Course, Fees, Admission, Seats, Syllabus

Semester	Subjects
1	Introduction to Cyber Security, Programming in C, Mathematics for Computing, English Communication, Computer Fundamentals and Office Automation
2	Object-Oriented Programming with C++, Data Structures, Discrete Mathematics, Digital Electronics and Logic Design, Environmental Studies
3	Operating Systems, Database Management Systems, Computer Networks, Principles of Cyber Security, Web Technologies
4	Software Engineering, Cryptography, Network Security, Cyber Laws, Minor Project
5	Cloud Computing, Ethical Hacking, Penetration Testing, Cyber Forensics, Elective I
6	Information Security Management, Secure Coding Practices, Elective II, Major Project, Internship

This table includes a generic list of subjects that might be found in a BCA in Cyber Security program, organized by semester. For the actual syllabus, please consult the official website or contact the academic department of City Group Of Colleges.

As of my update in April 2023 the specific course outlines for City Group Of Colleges (or any particular institution) regarding their BCA in Cyber Security program may not be standardized universally. The curricula can vary significantly from one institution to another. However I can provide you with an overview of the important topics typically covered in a Bachelor of Computer Applications (BCA) program with a focus on Cyber Security. These topics are crucial for gaining an understanding of the field and preparing students for careers in safeguarding information systems against cyber threats. **Introduction to Information Security**; This module covers the fundamentals of information security, including confidentiality, integrity and availability. **Computer. Security**; Here students learn about the basics of computer networking such, as network topologies, protocols and measures taken to ensure network security. **Cryptography**; This subject delves into encryption and decryption techniques encompassing asymmetric encryption methods, hash functions and digital signatures. **Operating System Security**; Students explore the security aspects associated with operating systems. This involves comprehending risks and weaknesses as well as gaining knowledge on how to implement protective measures for security purposes. **Web Security**; Concentrates on safeguarding web applications, websites and services against types of attacks such as SQL injection, cross site scripting (XSS) and cross site request forgery (CSRF). **Cyber. Ethics**; Familiarizing oneself with the legal aspects of cybersecurity, which encompass international cyber laws the IT Act and guidelines for ethical hacking. **Digital Forensics**; Exploring techniques and tools utilized in the investigation and analysis of cybercrimes. This encompasses activities, like data recovery, evidence collection and forensic analysis. **Application Security**; Ensuring the security of applications.Protecting software applications against vulnerabilities from the development phase through deployment and updates is crucial. This involves aspects such as network security, malware analysis, penetration testing, cloud security, data privacy and protection incident response and management as well as staying updated on emerging technologies in cyber security. In terms of network security it is essential to understand network threats and vulnerabilities. This includes learning about strategies, tools and techniques to effectively secure networks. When it comes to malware analysis it is important to comprehend types of malicious software like viruses, worms, trojans, etc. Understanding their behavior and employing methods for analyzing and neutralizing them is vital. Penetration testing involves simulating attacks using techniques and tools to assess the security of networks and applications. By doing proactively before real attacks occur allows for identifying potential weaknesses. Cloud security requires considering factors such as data protection, access control mechanisms and developing cloud architecture in order to maintain a robust environment for cloud computing. Data privacy and protection play a role in safeguarding sensitive information. It involves understanding the significance of data privacy while adhering to data protection laws. Various techniques are employed to ensure data privacy throughout its lifecycle. Incident response and management are components in addressing security incidents effectively. Being prepared for incidents includes detection measures along with appropriate response strategies followed by recovery processes. Post incident analysis helps identify areas of improvement. Lastly keeping up with emerging technologies, in cyber security is essential as new threats constantly emerge alongside advancements in technology.