Cybersecurity Professional: The Ethical Hacking and Defence Mastery
in Cyber SecurityAbout this Program
Cohort 06
TEKBOD CERTIFICATION
Cybersecurity Professional: The Ethical Hacking & Defence Mastery
Become a Cybersecurity Professional within 12 weeks and elevate your chances of getting hired by our partner companies to work in AI labs when they are sourcing for talents from our alumni pool.
Why Cybersecurity at Tekbod Institute?
1. Possible job invitation to join AI labs upon program completion.
2. High-value technical skills.
3. Payment of tuition fee in instalments.
4. We’ll help you rewrite your resume using industry-standard formulas that highlight your impact and pass modern screening bots.
5. Learn how to position your profile on LinkedIn so that high-quality recruiters and hiring managers come to you.
6. We help you master the art of the technical interview with mock sessions covering system design, live coding, and behavioral storytelling.
7. We show you exactly where and how to find the "hidden" roles in the current tech landscape.
Syllabus
This 12-week intensive program covers the full spectrum of modern security:
The Reconnaissance Phase: Master Nmap & Wireshark to map networks and sniff out vulnerabilities.
Exploitation & Ethical Hacking: Learn to use Metasploit and Burp Suite to test defences (the "Red Team" approach).
Defensive Architecture: Configure Firewalls, VPNs, and IDS/IPS systems to lock down environments (the "Blue Team" approach).
Web & Cloud Security: Defend against the OWASP Top 10 (SQL Injection, XSS) and secure AWS/Azure environments.
Incident Response: Learn the "Pro" protocol for when a breach happens—Detection, Containment, and Recovery.
Commitment
We value your time. This program is designed to be high-impact.
Total Duration: 12 Weeks.
Weekly Commitment: 10–12 Hours (Cybersecurity requires significant "Lab Time" to practice with tools).
Project-Based Learning: You won't just attend online classes; you will build projects from scratch.
Final Capstone: The "Black Box" Audit. You will be given a mock "vulnerable" company network and must provide a full Security Audit Report and Mitigation Plan.
Admission Requirements
- Be able to communicate well in English.
- High school graduate. No specific academic grade required.
- Ready to commit your time to learning.
- A computer and a working internet connection.
Instructors
You will be taught by highly experienced instructors who have been in the industry and taught for 5+ years. They have master's and doctorate degrees in Computer Science and Information Technology with specialization in Cybersecurity and Software Development.
Salaries for Cybersecurity Professionals
- Be able to communicate well in English.
- High school graduate. No specific academic grade required.
- Ready to commit your time to learning.
- A computer and a working internet connection.
Instructors
You will be taught by highly experienced instructors who have been in the industry and taught for 5+ years. They have master's and doctorate degrees in Computer Science and Information Technology with specialization in Cybersecurity and Software Development.
Salaries for Cybersecurity Professionals
Cybersecurity has a "Zero-Percent Unemployment Rate." The world is desperate for certified professionals.
Cybersecurity Analyst: $98,000/year
Ethical Hacker (Pentester): $115,000/year
Security Architect: $145,000/year
Incident Responder: $105,000/year
Class Capacity
20 students: Instant/Self Admission
30 students: Through Application for Admission
50 Students: Maximum Capacity
Pay in Instalments
You can pay in instalments by selecting "Pay in Installments"
Comments (0)
This live class will cover all the content for Week 1
This program is designed to provide students with the foundational knowledge and practical skills required to understand common cyber threats, protect digital assets, and begin a career in the cybersecurity field.
This section establishes the bedrock understanding necessary for the entire course, focusing on what cybersecurity is, why it matters, and the core pillars it is built upon.
This section moves from theory to practice, identifying the most common digital dangers and categorizing the various individuals or groups who pose a threat.
This live class will cover all the content in Week 2
This section bridges basic networking knowledge with cybersecurity concepts, explaining how data moves and where security controls are applied.
This section covers the fundamental methods used to transform data into an unreadable format and verify its authenticity.
This live class will cover all the content for Week 3
This module focuses on the crucial practices and policies needed to harden the fundamental layer of computing: the Operating System (OS). This is critical because a compromised OS grants attackers access to everything else on the system.
This module focuses on the strategic deployment of security controls and tools at the network perimeter and within the internal infrastructure to detect, prevent, and contain network-based threats.
This live class will cover all the content for Week 4
This module focuses on the unique security challenges and best practices associated with radio-based networks (Wi-Fi) and how to defend against specific wireless attack vectors.
This module covers the unique service models offered by cloud providers (like AWS, Azure, GCP) and the most crucial security concept in the cloud: the delineation of duties.
This live class will cover all the content for Week 5
This module introduces the structured, repeatable process used by ethical hackers (pen testers) to legally test an organization’s defenses and identify exploitable vulnerabilities. This process is modeled after the five phases of a real-world cyber attack.
This module focuses on the vulnerabilities that arise when user input is not properly handled by the application logic, leading to compromise of data and/or user sessions.
This live class will cover all the content for Week 6
This module explores the methods hackers use to guess, crack, or steal user passwords, and critically, outlines the best defensive measures organizations and users can implement.
Social engineering is the psychological manipulation of people into performing actions or divulging confidential information. It is often the weakest link in any security system, as no technical defense can fully protect against human error.
This live class will cover all the content for Week 7
This module focuses on the Blue Team functions: continuous monitoring, threat detection, vulnerability management, and the structured response to security incidents.
This live class will cover all the content for Week 8
This module defines cybersecurity risk, provides models for its assessment, and outlines the strategic options an organization has for dealing with identified threats.
This live class will cover all the content for Week 9
This module explores the external and internal rules, laws, and standards that organizations must adhere to.
This module focuses on the security implications of rapidly evolving technologies, which often introduce new attack surfaces and require specialized defense strategies.
This live class will cover all the content for Week 10
While this progam has been purely conceptual, we can outline the key tool categories and the step-by-step methodologies required to execute the objectives discussed in a practical lab environment.
