SCHOOLVILLE BOOTCAMP PROGRAM (BCP)
Cybersecurity & Ethical Hacking
Course Code: BCP-CEH-401
Course Description
Network security, ethical hacking, and cyber defense strategies for modern threats.
Course Overview
Cybersecurity has become one of the fastest-growing technology disciplines, as organisations increasingly require skilled professionals to protect digital infrastructure and data. This BootCamp provides participants with practical cybersecurity knowledge and ethical hacking skills using recognised methodologies, modern tools, and realistic attack-and-defence scenarios - delivered through Project-Based Learning (PBL).
Course Prerequisite
No previous cybersecurity experience is required.
RECOMMENDED REQUIREMENTS:
- • Basic computer literacy
- • Basic networking knowledge (preferred but not mandatory)
- • Logical and analytical thinking
- • Personal laptop computer
- • Reliable internet connection
- • Willingness to learn through practical laboratory exercises
Course Delivery Method
Instructor-Led
- • Physical Classroom
- • Virtual Live Classroom
- • Hybrid Learning
Course Language: English Language
Course Outcomes
Upon successful completion, participants will be able to:
Explain cybersecurity principles, terminology, and best practices.
Identify common cyber threats, vulnerabilities, and attack vectors.
Configure and secure operating systems and networks.
Perform vulnerability assessments using industry-standard tools.
Conduct ethical hacking exercises within authorised environments.
Analyse network traffic and detect malicious activity.
Secure web applications against common vulnerabilities (OWASP Top 10).
Investigate basic cybersecurity incidents and write clear reports.
Build and present a professional cybersecurity portfolio.
Course Duration
DURATION
12 Weeks
Intensive Study
FREQUENCY
5 Days / Week
Regular Tracks
SESSION LENGTH
6 Hours / Day
Accelerated Format
TOTAL LEARNING
360 Hours
Practical & Theory
Daily Schedule Breakdown
• 3 Hours Guided Instructor-Led Practical Training
• 3 Hours Independent (Unguided) Practical Session
Course Structure
The course is delivered through three progressive learning modules. Each module builds on the last - from foundations, to applied practice, to advanced work and a capstone project.
Foundations Module
Core Practice Module
Advanced & Capstone Module
Module 1: Foundations Module (SBM)
Duration: 2 Weeks (60 Hours)Introduction to Cybersecurity
Cyber Threat Landscape
Information Security Principles (CIA Triad)
Networking Fundamentals
Linux Installation & Administration
Securing Linux Systems
Module 2: Core Practice Module (SIM)
Duration: 2 Weeks (60 Hours)Reconnaissance & OSINT
Footprinting & Enumeration
Vulnerability Assessment
Exploitation Techniques
Web Application Security (OWASP Top 10)
Reporting Findings
Module 3: Advanced & Capstone Module (SAM)
Duration: 2 Weeks (60 Hours)Security Monitoring & SIEM
Threat Hunting
Incident Response Basics
Capstone Planning
Building the Security Capstone Project
Presentation Preparation
Total Lessons Summary
Module
Lessons
Foundations Module (SBM)
6
Core Practice Module (SIM)
6
Advanced & Capstone Module (SAM)
6
Total Lessons
18
Practical Laboratory Activities
Assessments, Capstone Project & Project Presentation
Assessment is competency-based and measures technical knowledge, analytical ability, practical skills, documentation, and professional communication.
Assessment Component
Weight
Foundations Module (SBM)
10%
Core Practice Module (SIM)
20%
Advanced & Capstone Module (SAM)
30%
Capstone Project
30%
Project Presentation
10%
Total
100%
Capstone Project
Each participant or project team will complete a practical cybersecurity project focused on improving an organisation's security posture or demonstrating defensive security capabilities.
Capstone Planning & Proposal
Requirements & Needs Analysis
Solution Design & Architecture
Technical Implementation
Testing & Quality Assurance
Documentation & Reporting
Stakeholder Presentation
Portfolio Packaging
Peer & Mentor Review
Projects should include:
Problem identification and analysis
Solution design
Technical implementation or demonstration
Testing and validation
Recommendations
Professional documentation
Project Presentation (Demo Day)
Participants will present their completed projects before a panel comprising:
Projects will be evaluated based on:
Certification
Participants who successfully complete all programme requirements will receive the Schoolville BootCamp Certificate in Cybersecurity & Ethical Hacking, with classifications of Pass, Credit, Merit, or Distinction based on overall performance.
Graduates will also complete the programme with a professional portfolio demonstrating practical laboratory work, applied projects, and a capstone project suitable for employment, consulting engagements, or further professional certification pathways.
Ready to Launch Your Cybersecurity & Ethical Hacking Career?
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