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Professional In Ethiical Hacking(S-PEH-1611)

  • Last updated Oct, 2026
  • Certified Course

Course Includes

  • Duration3 Months
  • Enrolled0
  • Lectures75
  • Videos0
  • Notes0
  • CertificateYes

What you'll learn

Ethical Hacking is a practical cybersecurity course designed to introduce learners to security testing, vulnerability assessment, network security and web application protection.

The course begins with computer systems, networking, Linux and cryptography before progressing to reconnaissance, network scanning, vulnerability assessment, web application security, wireless security and penetration testing methodologies.

Learners explore commonly used cybersecurity tools, including Kali Linux, Nmap, Wireshark, Burp Suite and OWASP ZAP, through controlled laboratory exercises. The course also emphasizes system hardening, security monitoring, incident response and professional vulnerability reporting.

All practical security testing should be conducted only on systems owned by the learner or where explicit authorization has been granted.

What You Will Learn

  • Cybersecurity and ethical hacking fundamentals
  • Computer and operating system security
  • Networking and TCP/IP fundamentals
  • Linux commands and security tools
  • Windows security basics
  • Cryptography and authentication
  • Reconnaissance and information gathering
  • Network scanning and enumeration
  • Vulnerability assessment
  • Web application security
  • OWASP security risks
  • SQL injection concepts and prevention
  • Cross-Site Scripting (XSS) and mitigation
  • Password and wireless security
  • Kali Linux and common security tools
  • System hardening and network defense
  • Security monitoring and incident response
  • Penetration testing methodology
  • Vulnerability reporting and remediation

Practical Activities

  • Linux command-line exercises
  • Network configuration and troubleshooting
  • Packet analysis using Wireshark
  • Network discovery in an authorized lab
  • Understanding scan results with Nmap
  • Vulnerability assessment of test systems
  • Web application testing in a controlled environment
  • Identifying common web security weaknesses
  • Practising secure input handling
  • Reviewing password and authentication policies
  • Configuring basic firewall rules
  • Hardening system configurations
  • Analyzing sample security logs
  • Preparing vulnerability assessment reports
  • Completing a controlled cybersecurity project

Who Can Join?

  • Students interested in cybersecurity
  • Computer science students
  • IT and software students
  • Engineering and diploma students
  • Networking beginners
  • Linux learners
  • Aspiring ethical hackers
  • Cybersecurity enthusiasts
  • IT support professionals
  • System administration beginners
  • Web developers interested in application security
  • Freshers exploring information security careers

Prerequisites

  • Basic computer knowledge
  • Familiarity with internet and web browsing
  • Basic networking knowledge is helpful but not mandatory
  • Logical thinking and problem-solving skills
  • Willingness to practise in controlled lab environments
  • No previous ethical hacking experience is required

Course Outcomes

After completing the course, learners will be able to:

  • Explain ethical hacking and cybersecurity principles
  • Understand computer networks and operating systems
  • Use basic Linux commands for security tasks
  • Understand authentication and cryptography fundamentals
  • Perform basic information gathering within an authorized scope
  • Interpret network scanning results
  • Identify common vulnerabilities in test environments
  • Understand major web application security risks
  • Use introductory cybersecurity tools
  • Apply basic system hardening techniques
  • Recognize suspicious activity in security logs
  • Understand incident response processes
  • Document vulnerabilities and recommend remediation
  • Prepare a basic vulnerability assessment report
  • Follow legal and ethical guidelines during security testing

Career & Learning Opportunities

  • Cybersecurity Analyst – Entry Level
  • Junior Security Analyst
  • Security Testing Trainee
  • Ethical Hacking Trainee
  • Vulnerability Assessment Trainee
  • Penetration Testing Trainee
  • Network Security Assistant
  • Information Security Support Executive
  • SOC Analyst – Entry Level
  • IT Security Support Technician
  • Security Operations Trainee
  • Web Application Security Trainee
  • Cybersecurity Research Assistant
  • IT Audit Support – Entry Level

Note: Career opportunities depend on practical skills, qualifications, experience and employer requirements. This course provides foundational learning; advanced security roles may require additional training, hands-on experience and relevant certifications.

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Course Syllabus

Module 1 – Introduction to Ethical Hacking

  • Introduction to ethical hacking
  • Understanding cybersecurity
  • Role of ethical hackers
  • Types of hackers and their activities
  • Ethical hacking principles
  • Cybersecurity threats and risks
  • Legal and ethical responsibilities
  • Scope of authorized security testing

Module 2 – Computer & Operating System Fundamentals

  • Computer hardware and software fundamentals
  • Operating system concepts
  • Windows operating system basics
  • Linux operating system introduction
  • Files, directories and permissions
  • Processes and services
  • Command-line fundamentals
  • User accounts and access controls
  • System security basics

Module 3 – Networking Fundamentals

  • Introduction to computer networks
  • LAN, WAN and wireless networks
  • OSI and TCP/IP models
  • IP addressing and subnetting
  • MAC addresses
  • TCP and UDP protocols
  • Common networking ports and services
  • DNS and DHCP
  • Routers, switches and firewalls
  • Network troubleshooting fundamentals

Module 4 – Linux for Ethical Hacking

  • Introduction to Linux
  • Linux distributions used in security labs
  • Linux command-line interface
  • File and directory management
  • User and group management
  • File permissions
  • Process management
  • Package management
  • Network commands
  • Shell scripting fundamentals

Module 5 – Windows Security Fundamentals

  • Windows architecture overview
  • User and administrator accounts
  • Permissions and access control
  • Windows services and processes
  • System logs and event monitoring
  • Windows Firewall
  • Security updates and patch management
  • Basic PowerShell concepts
  • Common Windows security weaknesses

Module 6 – Cryptography & Authentication

  • Introduction to cryptography
  • Symmetric and asymmetric encryption
  • Hashing fundamentals
  • Digital signatures
  • Public key infrastructure
  • Password security
  • Multi-factor authentication
  • Certificates and secure communication
  • Data protection principles

Module 7 – Reconnaissance & Information Gathering

  • Introduction to reconnaissance
  • Passive and active reconnaissance
  • Understanding publicly available information
  • Domain and DNS information
  • IP and network information
  • Website technology identification
  • Public information research techniques
  • Documenting findings
  • Rules of engagement and authorized scope

Module 8 – Network Scanning & Enumeration

  • Introduction to network scanning
  • Host discovery concepts
  • Port and service identification
  • Service version identification
  • Network mapping
  • Enumeration fundamentals
  • Understanding scan results
  • Identifying exposed services
  • Basic network security assessment
  • Safe scanning in an authorized lab

Module 9 – Vulnerability Assessment

  • Introduction to vulnerabilities
  • Common security weaknesses
  • Vulnerability assessment process
  • Understanding vulnerability scanners
  • Security misconfiguration
  • Outdated software and patching
  • Risk and severity assessment
  • CVE and CVSS fundamentals
  • False positives and validation
  • Vulnerability reporting and remediation

Module 10 – Web Technology & Application Security

  • Introduction to web applications
  • HTTP and HTTPS
  • Request and response structure
  • HTML, CSS and JavaScript basics
  • Cookies and sessions
  • Authentication and authorization
  • Web servers and databases
  • Common web application risks
  • Secure application design
  • Web security testing fundamentals

Module 11 – OWASP Web Application Security

  • Introduction to OWASP
  • Broken access control
  • Cryptographic failures
  • Injection vulnerabilities
  • Security misconfiguration
  • Authentication failures
  • Software and data integrity risks
  • Logging and monitoring failures
  • Server-side request forgery concepts
  • Prevention and mitigation techniques

Module 12 – SQL Injection & Database Security

  • Introduction to SQL and databases
  • Understanding SQL injection
  • Common injection concepts
  • Input validation
  • Parameterized queries
  • Database permissions
  • Secure database configuration
  • Database error handling
  • Prevention and testing in lab environments
  • Database security best practices

Module 13 – Cross-Site Scripting & Browser Security

  • Introduction to Cross-Site Scripting (XSS)
  • Reflected XSS concepts
  • Stored XSS concepts
  • DOM-based XSS overview
  • Input handling and output encoding
  • Content Security Policy
  • Cookie security attributes
  • Browser security fundamentals
  • Secure web development practices
  • XSS prevention and remediation

Module 14 – Password Security & Social Engineering Awareness

  • Password security principles
  • Password storage and hashing
  • Password policy design
  • Multi-factor authentication
  • Password attack concepts in controlled labs
  • Brute-force and dictionary attack risks
  • Phishing awareness
  • Social engineering techniques and prevention
  • Account protection practices
  • Security awareness training

Module 15 – Wireless Network Security

  • Introduction to wireless networking
  • Wi-Fi security standards
  • WPA2 and WPA3 fundamentals
  • Wireless encryption
  • Secure router configuration
  • Wireless access point security
  • Common wireless threats
  • Rogue access point awareness
  • Wireless security assessment in an authorized lab
  • Wireless network protection

Module 16 – Ethical Hacking Tools & Security Labs

  • Introduction to Kali Linux
  • Overview of Nmap
  • Wireshark for network analysis
  • Burp Suite for web security testing
  • OWASP ZAP fundamentals
  • Metasploit Framework overview
  • Vulnerability scanning tools
  • Log analysis utilities
  • Building a safe virtual lab
  • Tool selection and responsible use

Module 17 – System Hardening & Network Defense

  • Introduction to system hardening
  • Secure configuration principles
  • Patch and update management
  • Firewall rules and access controls
  • Least privilege principle
  • Endpoint protection
  • Network segmentation
  • Secure remote access
  • Backup and recovery planning
  • Security baseline implementation

Module 18 – Security Monitoring & Incident Response

  • Introduction to security monitoring
  • System and network logs
  • Recognizing suspicious activity
  • Security alerts and indicators
  • Incident response lifecycle
  • Incident identification and containment
  • Evidence preservation fundamentals
  • Recovery and lessons learned
  • Security documentation
  • Introduction to Security Operations Centers (SOC)

Module 19 – Penetration Testing Methodology & Reporting

  • Introduction to penetration testing
  • Defining scope and authorization
  • Rules of engagement
  • Planning security assessments
  • Information gathering and enumeration
  • Vulnerability validation
  • Risk prioritization
  • Documenting evidence safely
  • Preparing technical reports
  • Remediation recommendations
  • Retesting and verification

Module 20 – Practical Project & Final Assessment

  • Setting up an isolated security lab
  • Assessing a deliberately vulnerable test application
  • Performing authorized network discovery
  • Identifying sample vulnerabilities
  • Analyzing web application security issues
  • Reviewing system configurations
  • Applying security hardening measures
  • Preparing a vulnerability assessment report
  • Presenting findings and recommendations
  • Final practical assessment


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