Cyber Security Course Syllabus
Any professional who wants to create an IT career in protecting digital assets needs a well-defined cyber security course syllabus. For such a fast-changing threats ecosystem, the curriculum has to clearly discuss the principles, tools, and techniques of cyber security. We will travel through what is reasonably to be covered under a general cyber security course syllabus-from network security and ethical hacking, to cloud security, covering incident response. Whether one is a fresher seeing the basics or an IT practitioner who wants to build up their security skills, this module does it all in preparation for the real things. Cyber security course syllabus at UpskillNexus Security Fundamentals This cyber security course syllabus provide a foundational understanding of various threats, vulnerability, and control concepts related to computer system security. From there, it considers crucial the development of conceptual knowledge in key areas, such as the CIA triad-Confidentiality, Integrity, and Availability. In addition, the course determines forms of cyber security policies applicable for authentication techniques. Mastering these basics will enable learners to evaluate the concerns of risk management pertaining to defending digital assets and to develop a basic sense of how security is part of broader organisational objectives. This module is a foundation for further, more advanced modules and will therefore enable students to gain an appreciation for the depth of the subject of cyber security. Programming for Cyber security Programming plays a very crucial role in this domain of cyber security and will allow practitioners to automate their security processes, to identify vulnerabilities, even develop security tools on their own. The scripting of languages such as Python, Bash, and PowerShell is indispensable; these are indeed some of the most widely used languages within the domain of cyber security. All this will assist them in writing codes that may be used in penetration testing, malware analysis, and threat detection. Moreover, the Cyber security professional should be well-exposed to programming logic so they can analyse malicious code or reverse-engineer attacks. Basic programming skills are the acquisition for such students, enabling them to engage in ethical hacking, design the best defence measures, and be responsive about emerging security challenges. Infrastructure Security and Penetration Testing This module in cyber security course syllabus covers best practices and tools to secure and test an organisation’s infrastructure. In lectures and practical sessions, students will learn how to defend a company from threats outside and inside the networks, servers, or other systems. Under server installation, there is a discussion on matters related to the configuration of firewalls, network segmentation, intrusion detection systems, and security settings. Hands-on labs will teach students how to perform penetration tests so that they can identify some of the weaknesses of the infrastructure components. This synergy between defensive and offence skills is such that any student acquires excellent comprehension regarding how infrastructure may be hardened combined with proactive testing of various weaknesses in preparation for real applications. Web Application Security This module in cyber security course syllabus covers web applications that are preferred attack vectors of attackers. Learners of this module teach one about SQL injection, cross-site scripting (XSS), cross-site request forgery (CSRF), and many other threats and how someone protects oneself from those attacks. It requires learners to examine the threats and countermeasures that need to be implemented for protection of web applications from those different types of threats and countermeasures using OWASP Top Ten vulnerabilities. Training in vulnerability testing, safe coding, and web application firewalls enables the skills that protect digital services against exploitation. Mobile Application Security In response to the increasing use of smart mobile phones and related mobile applications, this module addresses the issues on mobile platform security. Mobile-specific threats: This includes improper storage of data, misuse of the platform by the mobile, and unsafe authentication. Of these, two topics will be on the same course, which are Android and iOS security, with the intention of teaching the learner to appraise vulnerabilities in an app in terms of secure coding. Topics here in this regard may include encryption, secure app development frameworks, and penetration testing for mobile apps. By the end of the course, students will have learned to protect sensitive information, while at the same time protecting the security of a mobile application. Attack Surface Management Students will learn how to identify, analyse, and manage the attack surfaces or total sum of points in a system that an attacker can exploit to breach security. They will get to experience the constant surveillance of systems, applications, and networks. Students will have reduced exposure along the points of weaknesses that shorten attack shelf life at those points. Modules in this course will include threat intelligence, risk assessment, and automated tools for attack surface discovery. The ability to understand how to manage and reduce an attack surface enhances the capability of defending against external or internal threats and may prevent breaches. Cloud Security Very particular risks are involved with cloud computing, which require special treatment. This module in cyber security course syllabus covers securing the cloud environment, particularly in areas like AWS, Azure, and Google Cloud; through their shared responsibility models, encryption, identity management, and secure architecture in a cloud environment. The module details cloud threats such as misconfigurations and data breaches, with how students may evolve their mitigation response to every item. Labs focus on securing cloud infrastructure and services. They will be able to design, monitor, and secure cloud environments. This is essential in the modern world since many businesses migrate towards the cloud. Advanced Web Application Security This module further learns on top of the “Basics” and goes deeper into web application security by advancing discussion in various areas, such as application-layer protocols, API security, and what would be considered some of the more advanced exploitation techniques. Its deep view, n’t going into a tech overview, would instead go straight to how attackers target services that support web services, databases, and third-party integrations. In the analysis on single-page applications and microservices, which form the