This comprehensive cybersecurity course is designed for professionals aiming to build expertise in protecting digital environments from evolving cyber threats. Combining theoretical knowledge with practical skills, this course covers core concepts in cybersecurity, network security, incident response, digital forensics, and threat intelligence. With a focus on real-world applications, students will learn how to secure networks, assess and mitigate vulnerabilities, and respond effectively to cyber incidents.

Upon completion, participants will be well-prepared for industry-recognized certifications like CISSP (Certified Information Systems Security Professional) and CompTIA Security+. These certifications are globally acknowledged and provide a strong foundation for careers in cybersecurity. This course covers the essentials required to confidently take on cybersecurity roles in various industries.

CompTIA Security+

• A foundational understanding of IT concepts such as networking, operating systems, and security fundamentals is recommended.
• At least 2 years of work experience in IT with a focus on security, though it is not mandatory.
• A dedication to studying key topics such as network security, threat management, and risk management .

CISSP

• A minimum of 5 years of full-time work experience in at least two of the eight domains of the CISSP Common Body of Knowledge (CBK), which includes:
• If you don’t have the required 5 years of experience, you can still take the exam and earn the Associate of (ISC)² title. The experience can be gained over time after passing the exam.
• Candidates should possess an in-depth knowledge of cybersecurity principles, risk management, and security technologies.
• Maintaining the CISSP certification requires earning Continuing Professional Education (CPE) credits and adhering to the (ISC)² Code of Ethics.

• Fundamental concepts of cybersecurity
• Network security principles and technologies
• SIEM system implementation and management
• SOC operations and threat intelligence analysis
• Digital forensics and incident response strategies
• Understanding and mitigating cyber attacks
• Legal and ethical issues in cybersecurity
• Risk management and compliance frameworks
• Business continuity and crisis management
• Cloud computing and AI governance
• Practical cybersecurity tools and techniques

• Aspiring cybersecurity professionals
• Current IT/security specialists
• Security analysts
• SOC analysts
• Incident responders
• Threat intelligence analysts
• Vulnerability analysts
• Junior penetration testers
• Security engineers
• Network administrators
• IT project managers
• Software developers seeking to specialize in cybersecurity

Week 1: Cybersecurity Fundamentals & Networking Foundations

• Introduction to cybersecurity concepts, history, and key pillars
• Overview of the threat landscape, vulnerabilities, and OSINT/CyBOK areas
• Functions of the network layers (OSI Model)
• TCP/IP protocol suite explanation and overview of protocols (TCP, UDP, IP, ICMP)
• Lab (Optional): Inspecting ICMP messages using Wireshark

Week 2: Network Security Architecture & Components

• Exploration of network services (ARP, DNS, DHCP)
• Overview of network devices (Hubs, Switches, Routers, WAPs, WLCs)
• Introduction to network security systems (Firewalls, IPS, Web Security Appliance, Email Security Appliance, Advanced Malware Protection)
• Introduction to the CIA Triad and defense‑in‑depth principles
• Overview of access control models (Discretionary, Mandatory, Rule‑based, Time‑based, Role‑based)
• Lab: Identifying and analyzing network components using packet capture techniques

Week 3: Security Monitoring, SOC Operations & Threat Intelligence

• Security Monitoring & SOC: requirements, SOC types/elements, security tools (tcpdump, NetFlow, app visibility & control), SIEM, automation, and modern trends (virtualization, container security)
• Threat Actor Methodologies: how malicious code is transported and operated, introduction to advanced attack frameworks (MITRE ATT&CK, Cyber Kill Chain)
• Attack Methods: network-based, web application, and endpoint attacks, intrusion detection bypass techniques
• Digital Forensics: chain of custody, evidence volatility, disk imaging, and forensic investigation principles
• Incident Response: planning, CSIRT responsibilities, NIST SP 800-86, containment & mitigation strategies
• Lab: Analyzing SIEM logs, capturing disk images, and performing packet analysis using Wireshark

Week 4: Cryptography, Endpoint Security & Modern Attack Frameworks

• Understanding the need for cryptography, overview of cipher types, and cryptanalysis (including hashing algorithms)
• Overview of symmetric and asymmetric encryption and fundamentals of PKI (including digital certificate exchange)
• Examination of endpoint security technologies (anti‑malware, host‑based firewalls, intrusion detection, application whitelisting/blacklisting, sandboxing)
• Detailed analysis of Windows and Linux internals (components, filesystems, and system logs)
• Introduction to modern attack frameworks and discussion of common threat tactics
• Lab: Hands‑on encryption exercises and endpoint monitoring demonstrations

Week 5: Advanced Cyber Attacks & Red Team/Blue Team Exercises

• Exploration of advanced attack techniques and in‑depth intrusion analysis
• Discussion of advanced firewall techniques, network security threats, and evasion/obfuscation methods
• Red Team vs. Blue Team exercise concepts integrated with technical defensive strategies
• Overview of legal, ethical, and compliance issues related to advanced attacks
• Lab: Using regular expressions to identify intrusion patterns and security artifacts in network traffic

Week 6: Incident Response, Risk Management & Governance

• Incident Response: phases of incident handling, CSIRT responsibilities, NIST SP 800-86, containment, and mitigation strategies
• Risk Management & Compliance: Cyber Kill Chain, Diamond Model, and frameworks (PCI DSS, HIPAA, SOX)
• Business Continuity & Crisis Management: planning strategies, risk assessment, and effective communication during disruptions
• Ethical, Legal & Governance Considerations: data protection regulations, security management (asset/config/mobile/patch management)
• Emerging Trends & Compliance: governance frameworks, AI, IoT, cloud, big data security, and evolving cyber threats
• Lab: Capstone Project

Option 1: CompTIA Security+ Exam Preparation (Weeks 7–12)

Week 7: General Security Concepts

• Security controls overview
• Fundamental security principles
• Cryptographic solutions essentials

Week 8: Threats, Vulnerabilities, and Mitigations

• Threat actors and motivations
• Threat vectors and attack surfaces
• Types of vulnerabilities

Week 9: Security Architecture

• Security implications of architecture models
• Secure network design principles
• Data protection strategies

Week 10: Security Operations

• Security techniques for computing resources
• Alerting and monitoring concepts
• Identity and access management (IAM)
• Incident response activities

Week 11: Security Program Management and Oversight

• Elements of security governance
• Risk management processes
• Third-party risk assessment
• Security compliance essentials
• Audits and Assessments Overview
• Implementing security awareness

Week 12: Comprehensive Review and Exam Preparation

• Domain-specific reviews
• Mock exams and practice questions
• Exam day strategies

Option 2: CISSP Exam Preparation (Weeks 7–12)

Week 7: Security and Risk Management (Domain 1)

• Understanding the CIA Triad: Confidentiality, Integrity, and Availability
• Security governance principles: Policies, standards, and guidelines
• Compliance and legal requirements overview
• Risk management concepts and frameworks
• Business continuity and disaster recovery planning
• Professional ethics and (ISC)² Code of Ethics

Week 8: Asset Security and Security Architecture (Domains 2 & 3)

• Information classification and ownership essentials
• Data retention and secure disposal techniques
• Privacy protection and compliance fundamentals
• Secure design principles and security models overview
• Cryptography basics and applications
• Mitigating vulnerabilities in web, mobile, and embedded systems
• Security requirements for site and facility design

Week 9: Communication and Network Security (Domain 4)

• Secure design principles for network architectures
• Network protocols and security controls overview
• Common network attacks and mitigation techniques
• Implementing secure communication channels (e.g., VPNs, TLS)
• Network defense strategies (firewalls, IDS/IPS)

Week 10: Identity and Access Management (IAM) and Security Assessment (Domains 5 & 6)

• Authentication and authorization mechanisms overview
• Implementing identity as a service (IDaaS) and federated identity management
• Managing the lifecycle for identities and access
• Designing and validating security assessment strategies
• Conducting security audits and vulnerability assessments
• Security testing techniques for applications and systems
• Reporting and analyzing security test outputs

Week 11: Security Operations and Software Development Security (Domains 7 & 8)

• Incident response and forensics essentials
• Logging, monitoring, and threat intelligence fundamentals
• Patch and vulnerability management practices
• Change management processes overview
• Secure software development lifecycle (SDLC) principles
• Addressing common software vulnerabilities and countermeasures
• Application security controls and testing best practices
• Secure coding practices

Week 12: Comprehensive Review and Exam Preparation

• Recap of key concepts from all eight domains
• Addressing knowledge gaps from previous weeks
• Mock exams with scenario-based questions
• Performance-based simulations for practical understanding
• Time management and exam day strategies