Certified Ethical Hacker

The Certified Ethical Hacking (CEH) program under NAVTTC – Prime Minister Youth Skills Development Program is a hands-on cybersecurity course designed to build real-world skills.

It equips students with practical knowledge of ethical hacking, network security, and penetration testing using industry-standard tools.

With a strong focus on 80% practical training, learners gain the expertise needed to identify and prevent cyber threats.

This program prepares students for in-demand careers in cybersecurity and freelancing opportunities.

Apply Now

Diploma of Associate Engineer in Robotics Engineering

The Diploma of Associate Engineering (DAE) in Robotics Engineering, based on the State Board of Technical Education (SBTE) curriculum framework, is a three-year technical program designed to develop skilled professionals in the field of robotics, automation, and modern industrial technologies. The curriculum begins with foundational subjects such as mathematics, physics, basic electronics, and mechanical engineering, and gradually progresses to core technical areas including digital electronics, microcontrollers, control systems, and programming. In the final stages, students study specialized subjects such as robotics, embedded systems, and industrial automation, along with industrial training and project work.

The program emphasizes a balanced combination of theoretical knowledge and practical skills through laboratory work, workshops, and hands-on projects. Students gain experience in working with sensors, actuators, robotic mechanisms, and control systems, enabling them to design, operate, and maintain robotic systems used in various industries. This SBTE-based program prepares graduates to meet the demands of modern automation and Industry 4.0 environments, as well as to pursue higher education in engineering and related fields.

Program Objectives:

The objectives of the DAE Robotics Engineering program are to:

Provide a strong foundation in mechanical, electrical, and electronic engineering concepts.
Develop technical skills in robotics, automation, and control systems.
Equip students with programming and problem-solving abilities for intelligent systems.
Enable students to design, assemble, and maintain robotic and automated systems.
Prepare students for employment in industrial automation or further studies in advanced engineering fields.

Program Outcomes:

Upon successful completion of the program, students will be able to:

Understand and apply fundamental concepts of robotics and automation.
Design and implement basic robotic systems using sensors, actuators, and controllers.
Develop and troubleshoot programs for embedded and automated systems.
Analyze and solve technical problems related to robotics and industrial processes.
Work effectively in teams and communicate technical information professionally.
Follow safety standards, ethical practices, and professional responsibilities in engineering environments.

Apply Now

The Diploma of Associate Engineering (DAE) in Robotics Engineering, as per the State Board of Technical Education (SBTE) framework, is a 3-year program divided into six semesters. Each semester is designed to progressively develop students’ theoretical understanding and practical skills, combining classroom learning with laboratory work and technical workshops. The program also includes industrial training and a final year project, providing students with hands-on experience in real-world robotics and automation systems, and preparing them for professional careers or further studies in engineering.

Apply Now

Applicants seeking enrollment in the Certified Ethical Hacking (3-Months) must have successfully completed Diploma in Cybersecurity.

Apply Now

Job Role	Description
SOC (Security Operations Center) Analyst	Monitor systems, detect threats, and respond to security incidents in real-time
Penetration Tester (Ethical Hacker)	Identify vulnerabilities by testing systems, networks, and applications
Cybersecurity Analyst	Analyze security risks and implement protection measures
Network Security Engineer	Secure network infrastructure and prevent unauthorized access
IT Support & Security Officer	Maintain systems while ensuring security compliance
Vulnerability Assessment Analyst	Scan and assess systems for weaknesses and risks
Bug Bounty Hunter	Find and report security vulnerabilities for rewards
Digital Forensics Analyst	Investigate cybercrimes and analyze digital evidence
Security Consultant	Advise organizations on improving cybersecurity strategies
Freelancer (Cybersecurity)	Offer security testing and consulting services independently

Apply Now

📘 Week 1 – Introduction to CEH & Lab Setup

Course	Details
Introduction to Cybersecurity	Cybersecurity basics, cyberspace, types of hackers
Threats & Attacks	Viruses, malware, types of cyber attacks
Networking Basics	OSI model, TCP/IP, protocols & ports
Lab Setup	Virtual machines, Kali Linux installation
OSINT Basics	Information gathering, foot printing, reconnaissance

📘 Week 2 – Information Gathering (OSINT)

Course	Subjects / Details
OSINT Tools	Shodan, Maltego, The Harvester
Techniques	Google dorks, IP tracing, data scraping
Social Engineering	Information gathering via human interaction
Deep & Dark Web	TOR, onion sites, intelligence gathering
Practical	Real-world OSINT investigations

📘 Week 3 – Scanning & Enumeration

Course	Subjects / Details
Network Scanning	Port scanning, TCP/UDP scans
Tools	Nmap, scanning scripts
Enumeration	DNS, SMB, LDAP, Active Directory
Vulnerability Detection	Identifying system weaknesses
Practical	Network scanning & enumeration labs

📘 Week 4 – Vulnerability Analysis

Course	Details
Vulnerability Concepts	Types of vulnerabilities, CVSS
Tools	Nessus, OpenVAS, Qualys
Web Security	OWASP Top 10 vulnerabilities
Risk Assessment	Analysis & reporting
Practical	Vulnerability assessment project

📘 Week 5 – System Hacking & Malware Analysis

Course	Subjects / Details
System Hacking	Password cracking, privilege escalation
Attacks	Phishing, brute force, social engineering
Malware Analysis	Static & dynamic analysis
Threats	Trojans, spyware, APTs
Practical	System hacking & malware investigation

📘 Week 6 – Network Sniffing & WiFi Hacking

Course	Subjects / Details
Packet Sniffing	Wireshark, packet analysis
Attacks	MITM, ARP spoofing, DNS spoofing
WiFi Security	WPA/WPA2 cracking, rogue access points
Tools	Aircrack-ng, Kismet
Practical	Wireless network penetration testing

📘 Week 7 – Social Engineering & Session Hijacking

Course	Subjects / Details
Social Engineering	Phishing, baiting, impersonation
Human Psychology	Manipulation techniques
Session Attacks	XSS, CSRF, session hijacking
Web Exploits	Session fixation, MITM
Practical	Attack simulation exercises

📘 Week 8 – DoS/DDoS & SQL Injection

Course	Subjects / Details
DoS/DDoS Attacks	Types, tools, mitigation
Botnets	Distributed attacks
SQL Injection	Types & exploitation techniques
Security	Prevention methods
Practical	Attack simulation & defense

📘 Week 9 – Web Server & Web Application Hacking

Course	Subjects / Details
Web Servers	Apache, Nginx vulnerabilities
Web Attacks	XSS, CSRF, file inclusion
Exploitation	Remote code execution
Security	Hardening & best practices
Practical	Web hacking labs

📘 Week 10 – Mobile Platform Hacking

Course	Subjects / Details
Mobile Security	Android & iOS basics
Vulnerabilities	App security flaws
Techniques	Reverse engineering
Tools	Mobile testing environments
Practical	Mobile app penetration testing

📘 Week 11 – Cryptography & Bug Bounty

Course	Subjects / Details
Cryptography	Encryption, hashing (AES, RSA, SHA)
Security Protocols	SSL/TLS, PKI
Bug Bounty	Platforms & methodologies
Reporting	Vulnerability disclosure
Practical	Bug hunting exercises

📘 Week 12 – Final Assessment & Project

Course	Details
Final Exam	Theory + Practical evaluation
Final Project	Complete penetration testing project
Assessment	Skills validation
Certification	Course completion

Apply Now