Ethical Hacking – 3 Week

📌 Course Overview

The 3-Week Ethical Hacking Course is a comprehensive, hands-on program designed to take learners from basic cybersecurity concepts to practical penetration testing techniques. This course focuses on how cyber attacks happen, how vulnerabilities are exploited, and how systems can be secured—all within legal and ethical boundaries.

By the end of this course, students will gain real-world exposure to ethical hacking tools, attack methodologies, and defensive strategies used by cybersecurity professionals.

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🎯 Course Objectives

After completing this course, learners will be able to:

• Understand ethical hacking principles and cyber laws

• Analyze networks and systems for vulnerabilities

• Perform basic to intermediate penetration testing

• Identify and mitigate common cyber attacks

• Secure web applications and wireless networks

• Prepare for advanced cybersecurity certifications

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👨‍🎓 Who Should Enroll?

• Engineering & diploma students

• IT & Computer Science students

• Beginners interested in cybersecurity

• Working professionals switching to security roles

• Tech enthusiasts curious about ethical hacking

No prior hacking experience required

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🧠 Course Duration & Level

• Duration: 3 Weeks

• Mode: Online / Offline / Hybrid

• Level: Beginner to Intermediate

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📘 Detailed Course Curriculum

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🗓️ Week 1: Fundamentals of Ethical Hacking & Networking

🔹 Day 1: Introduction to Ethical Hacking

• What is Ethical Hacking?

• Types of Hackers (White, Black, Grey Hat)

• Cybercrime & Cybersecurity

• Ethical Hacking phases

• Cyber Laws & IT Act

• Career roadmap in cybersecurity

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🔹 Day 2: Computer Networking Basics

• Introduction to Networks

• Types of Networks (LAN, WAN, MAN)

• OSI & TCP/IP Models

• IP Addressing & Subnetting

• Common Protocols (HTTP, FTP, DNS, SMTP)

• Understanding ports & services

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🔹 Day 3: Linux & Kali Linux Essentials

• Introduction to Linux OS

• Why hackers use Linux

• Kali Linux installation & setup

• Linux file system structure

• Essential Linux commands

• User permissions & process management

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🔹 Day 4: Footprinting & Reconnaissance

• Information gathering techniques

• Passive vs Active reconnaissance

• DNS & domain enumeration

• Email footprinting

• Google Dorking

• Tools: WHOIS, Maltego (intro)

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🔹 Day 5: Scanning & Enumeration

• Network scanning methods

• Port scanning & service detection

• OS fingerprinting

• Vulnerability scanning basics

• Tools:

  • Nmap

  • Zenmap

  • Netcat

• Interpreting scan results

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🗓️ Week 2: System, Network & Web Attacks

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🔹 Day 6: System Hacking

• Password cracking techniques

• Brute force & dictionary attacks

• Hashing vs encryption

• Privilege escalation (intro)

• Introduction to Metasploit Framework

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🔹 Day 7: Malware & Cyber Attacks

• Types of Malware

• Malware lifecycle

• Trojans, worms, ransomware

• Backdoors & payloads

• Keyloggers (concept)

• Malware prevention techniques

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🔹 Day 8: Web Application Hacking

• Web application architecture

• HTTP & HTTPS deep dive

• OWASP Top 10 vulnerabilities

• SQL Injection

• Cross-Site Scripting (XSS)

• Cross-Site Request Forgery (CSRF)

• Tools: Burp Suite (practical intro)

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🔹 Day 9: Wireless & Network Attacks

• Wireless networking basics

• Wi-Fi encryption (WEP, WPA, WPA2, WPA3)

• Man-in-the-Middle (MITM) attacks

• ARP spoofing

• Network sniffing

• Securing wireless networks

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🔹 Day 10: Social Engineering & Security Controls

• Social engineering techniques

• Phishing attacks

• Email & website spoofing (concept)

• Firewalls & IDS/IPS

• Antivirus & endpoint security

• Security best practices

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🗓️ Week 3: Advanced Concepts, Defense & Project

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🔹 Day 11: Vulnerability Assessment & Penetration Testing

• Vulnerability assessment vs penetration testing

• Pen-testing lifecycle

• Threat modeling

• Risk assessment

• Reporting vulnerabilities professionally

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🔹 Day 12: Web & Network Defense

• Secure system configuration

• Web application security best practices

• Network hardening

• Secure authentication methods

• Log monitoring & incident response

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🔹 Day 13: Cloud & Modern Security Basics

• Introduction to Cloud Security

• Common cloud threats

• Securing cloud environments

• Basics of IoT security

• Mobile security overview

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🔹 Day 14: Ethical Hacking Tools & Case Studies

• Review of hacking tools

• Real-world cyber attack case studies

• Bug bounty programs overview

• Responsible disclosure

• Career guidance & certifications

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🔹 Day 15: Final Project & Assessment

• Final Mini Project:

  • Vulnerability Assessment of a Web or Network System

• Hands-on penetration testing task

• Report preparation

• Course recap & future roadmap

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🧪 Practical Labs & Hands-On Training

• Kali Linux live labs

• Tool-based practical sessions

• Attack simulations in a safe environment

• Vulnerability identification tasks

• Real-world scenarios

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🛠️ Tools Covered

• Kali Linux

• Nmap

• Metasploit Framework

• Burp Suite

• Netcat

• Wireshark

• Maltego (Intro)

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🏆 Certification

• Professional Certificate of Completion

• Industry-aligned curriculum

• Suitable for internships & entry-level cybersecurity roles

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🚀 Career Opportunities After This Course

• Ethical Hacker (Junior)

• Cybersecurity Analyst (Trainee)

• SOC Analyst

• Network Security Engineer (Entry Level)

• Bug Bounty Hunter (Beginner)