Advanced Program in Cyber Security and Ethical Hacking

240 hrs

The Advanced Program in Cyber Security and Ethical Hacking is an in-person, lab-based course that trains you to secure networks, identify threats, and perform ethical hacks using real-world tools and simulations.

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Study What You Love

At Ikigai School of AI, you can choose from seven specialized, hands-on programs designed to match your learning goals—whether you’re building strong foundations or mastering advanced tech skills. Each course combines in-person mentorship with real-world projects for maximum career impact.

As the official outreach partner of E&ICT Academy, IIT Kanpur, Ikigai brings nationally recognized certification and academic credibility to every learner. Classes run Monday to Friday, with weekly tutorials and dedicated Progress Coaches to support your growth and help you build a future in AI and technology.

Course Overview

The Advanced Program in Cyber Security and Ethical Hacking is an in-person, hands-on training course designed to prepare learners for high-demand roles in cyber defense. Covering everything from threat analysis and secure networking to ethical hacking, penetration testing, and cloud security, this program provides real-world simulations and lab-based projects to build practical, job-ready skills.

What You’ll Learn

Learn to secure networks, detect vulnerabilities, and perform ethical hacking through real-world simulations. Master tools like Kali Linux, Metasploit, Wireshark, and gain job-ready skills in cyber defense and digital forensics.

  • Pen Testing
  • Forensic Tools
  • Network Defense
  • Incident Response
  • Secure Systems
  • Freelance Ready
  • Hands-On Projects

Our Courses Explained

Our courses combine practical skills with real-world learning, guided by expert mentors. Whether you're starting fresh or leveling up, each program is designed to support your growth at every step.

Course Outline

A practical, lab-based program covering system security, ethical hacking, penetration testing, cloud protection, and cyber forensics.
  • Module 1
    Foundations of Cyber Security

    Core Concepts:
    Cybersecurity fundamentals including threats, vulnerabilities, and risk management
    Networking basics: OSI model, TCP/IP stack, common ports and protocols
    Foundational principles of ethical hacking and penetration testing
    Setting up virtual environments for secure experimentation

    Tools:
    Kali Linux, VirtualBox/VMware, Ubuntu, Windows OS

    Project:
    Set up a virtual lab with Kali Linux and target machines (Windows & Ubuntu) to simulate basic reconnaissance and vulnerability scanning tasks.

  • Module 2
    System and Network Security

    Core Concepts:
    Secure configuration of network devices like routers, switches, and firewalls
    Understanding and applying network security mechanisms such as IDS, IPS, VPNs, and proxies
    Techniques for scanning and enumeration including port scanning, banner grabbing, and OS fingerprinting

    Tools:
    Nmap, Netcat, Wireshark, pfSense, Snort

    Project:
    Simulate a network environment and perform active scanning using Nmap and Netcat to identify open ports, grab banners, and detect the target operating system. Secure the network using basic firewall and VPN configurations.

  • Module 3
    Web Application and Cloud Security

    Core Concepts:
    Understanding OWASP Top 10 vulnerabilities including XSS, SQL Injection, CSRF, RFI, and LFI
    Implementing secure coding practices to prevent common web application attacks
    Cloud security fundamentals for AWS and Azure environments
    Vulnerability assessment techniques and patch management workflows

    Tools:
    OWASP ZAP, Burp Suite, GitHub CodeQL, AWS Security Hub, Azure Security Center

    Project:
    Conduct a vulnerability assessment on a sample web application using OWASP ZAP or Burp Suite. Identify and fix issues related to OWASP Top 10, and document patch management strategies for both on-prem and cloud environments.

  • Module 4
    Ethical Hacking and Penetration Testing

    Core Concepts:
    Footprinting and reconnaissance techniques for gathering target intelligence
    Using exploitation frameworks like Metasploit and Armitage to simulate real-world attacks
    Stages of penetration testing: gaining access, maintaining access, and covering tracks
    Best practices for documenting and reporting penetration test findings

    Tools:
    Metasploit Framework, Armitage, Recon-ng, Nmap, Whois, Shodan

    Project:
    Conduct a simulated penetration test on a virtual lab environment. Use Metasploit to exploit known vulnerabilities, maintain access, and cover tracks. Prepare a detailed penetration testing report including risk ratings, exploited vectors, and remediation suggestions.

  • Module 5
    Cyber Forensics and Incident Response

    Core Concepts:
    Principles of digital evidence collection and maintaining chain of custody
    Analyzing logs, emails, and storage media for forensic investigation
    Incident response lifecycle: detection, containment, eradication, recovery, and breach reporting

    Tools:
    Autopsy, FTK Imager, Wireshark, Log Parser, Volatility

    Project:
    Simulate a cyber incident and perform forensic analysis on disk images and network logs using Autopsy and Wireshark. Document the evidence collected, follow the chain of custody protocol, and create a formal incident response and breach report.

  • Module 6
    Capstone Project and Certification Preparation

    Core Concepts:
    Applying offensive and defensive cybersecurity skills in a real-time simulated environment
    Designing layered security architecture for threat mitigation and response
    Preparing for cybersecurity job roles through mock interviews and CEH-style exam simulations
    Synthesizing learning into a capstone project with presentation and peer feedback

    Tools:
    Kali Linux, pfSense, Metasploit, Wireshark, Virtual Labs, CEH practice platforms

    Project:
    Participate in a red-team vs blue-team attack-defense simulation. Design a secure network architecture and demonstrate its effectiveness. Present the final capstone project with a live demo and submit detailed documentation as part of your cybersecurity portfolio.

Who Should Enroll?

Our courses are ideal for curious minds, career switchers, fresh graduates, and working professionals looking to upskill. Whether you're exploring a new path or aiming to grow in your current field, our programs are built to support diverse learning journeys.

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Growing Together. Thriving Together.

The Ikigai network is a thriving community of professionals, mentors, and organizations working towards meaningful success.

Key Course Features

Live mentor support, hands-on problem-solving, and real-time interview preparation with a structured DSA roadmap.

Comprehensive Curriculum
Problem Solving
Portfolio-First Approach
Real-World Applications
Portfolio-Ready Project

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Course Duration and Format

240 hours across 6 modules with in-person sessions, self-paced practice, and hands-on projects.

240 Hours
Total Duration
On-Campus
Mode
Monday to Friday, 4 hours per day
Weekday Batch
Saturday & Sunday, 8 hours per day
Weekend Batch

Course Fees

Affordable, all-inclusive pricing for 240 hours of expert-led training, hands-on practice, and real-world projects. No hidden costs.
Money-Back Guarantee (if applicable)
Early Bird Offer
$2500
Pro Offer
$3000
Flexible Payment Plans
Available on request

Why Enroll in This Course?

Learn to secure networks, detect vulnerabilities, and perform ethical hacking through real-world simulations. Master tools like Kali Linux, Metasploit, Wireshark, and gain job-ready skills in cyber defense and digital forensics.

In-Person Training
Mentor-Led Learning
Real-World Applications
Hands-On Labs
Ethical Hacking
Advanced Program in Cyber Security and Ethical Hacking
Upon successful completion of the course, you will receive a certificate in Advanced Program in Cyber Security and Ethical Hacking, which can be added to your resume and LinkedIn profile to enhance your career prospects.
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