

Rocheston Certified Cybersecurity Engineer (RCCE) Level 1
Course Overview
Plenty of capable security engineers started out configuring switches, managing servers, or supporting users. That background is an advantage, because security failures usually happen in ordinary infrastructure. RCCE training turns operational experience into security engineering skill. The Rocheston Certified Cybersecurity Engineer (RCCE) Level 1 course gives IT and network professionals a structured route into the discipline, starting with how attackers find and use the weaknesses administrators deal with every day.
Think of a misconfigured file share, a forgotten test server, or a router still running its default password. An administrator sees a maintenance task, while an attacker sees an entry point. The course teaches learners to hold both views. Through ethical hacking in authorised labs, they find out what each weakness exposes and which fix closes it properly.
The outline is broad. Learners begin with cybersecurity threats, attacks and defences, then practise information gathering, network scanning and vulnerability assessment. They go on to web application attacks, password attacks and cryptography, wireless security, firewalls and IDS, and cloud network security. Penetration testing, malware analysis and incident response complete the technical picture, while security policies and procedures connect the work to how organisations are governed.
A cybersecurity engineer course built this way suits people who already understand how systems are meant to run. Practical sessions use Rocheston’s Rose cybersecurity OS in cloud-hosted labs, so learners spend their time on security tasks rather than on building a lab.
Back at work, the change tends to show in small decisions: a firewall rule written more tightly, a server build hardened before deployment, a suspicious login questioned instead of ignored. Habits like these are the basis of network security in any enterprise. Related programmes are listed on our Rocheston training portfolio page.
Course Objectives
- Identify the threats, attack types, and defensive controls that shape enterprise security work.
- Apply information gathering and network scanning techniques in an authorised lab environment.
- Assess vulnerabilities and link each finding to a practical patch or configuration change.
- Configure firewall and IDS controls with an understanding of how attackers try to bypass them.
- Analyse password attacks and apply cryptography concepts to protect credentials and data.
- Defend wireless and cloud networks against the attacks covered in the course.
- Detect malware and support incident response using structured analysis methods.
- Write short scripts that automate routine security checks.
- Explain how security policies and procedures turn technical controls into consistent practice.
RCCE Exam
The ANSI-accredited RCCE® Level 1 examination will be conducted on the final day of the course. Successful completion of the exam will grant participants the prestigious Rocheston Certified Cybersecurity Engineer Level 1 certification, setting them apart from their peers.
Unlock your potential in cybersecurity engineering with the RCCE® Level 1 certification program and become a sought-after professional in this rapidly evolving field. Rocheston has reinvented hacking, offering a unique and unparalleled learning experience.
Course Structure
- The RCCE® Level 1 is a 5-day intensive program, running from 9:00 AM to 5:00 PM daily.
- The course is exclusively based on Linux. Despite being a foundational course, the RCCE® Level 1 offers an unparalleled depth of knowledge and expertise in cybersecurity.
- Blended learning is an educational approach that combines various teaching methods to create a comprehensive learning experience for participants
- This approach merges traditional face-to-face instruction with technology-based learning, such as online resources, virtual classrooms, and digital tools.
- The primary goal of blended learning is to provide a more effective and engaging learning experience by catering to different learning styles, preferences, and schedules.
Trust you can click on
ANAB ISO/IEC 17024 Accredited
- RCCE is accredited by the ANSI National Accreditation Board to the global personnel-certification standard, listed in the official ANAB directory.
U.S. DoD 8140 Approved
- Officially approved under the Department of Defense 8140 DCWF framework, mapped to cyber workforce job roles.
Verifiable Credentials
- Every RCCE certificate can be independently verified by employers in seconds through Rocheston Roxy.
Target Audience
- Cybersecurity engineers and analysts: add attacker-side understanding to the controls they already manage.
- SOC analysts and security operations staff: recognise the techniques behind the alerts they triage.
- Ethical hackers and penetration testers: gain a structured, lab-based grounding across a wide range of attack categories.
- Network administrators: see how scanning, sniffing and denial of service attacks target the infrastructure they run.
- System and server administrators: understand how web servers, credentials and unpatched services are exploited, and how to harden them.
- Incident responders: connect malware analysis and recovery planning to the attacks that trigger an investigation.
- IT security officers and compliance staff: link technical findings to policies, governance and risk management.
- IT professionals and graduates moving into cybersecurity: build a practical foundation before specialising.
Course Content
1 modules · 25 topics01Course Outline25 topics
- Cybersecurity Threats, Attacks and Defenses
- Cyber Vulnerabilities
- Reconnaissance, ML and Artificial Intelligence
- Web Application Attacks
- Web Shells, Spyware and Backdoors
- Denial of Service Attacks
- Hacking Frameworks
- Android Hacking
- Wireless Hacking
- Log Management and Network Analyzers
- Firewalls and IDS
- Malware Analysis
- Patch Management
- Identity and Access Management
- Cybersecurity Policies and Governance
- Security Incident Response and Recovery Plan
- Cryptography
- Blockchain and Cryptocurrency
- Quantum Computing
- Cloud Security
- Zero-Trust Architecture
- Virtualization with QEMU and Private Cloud
- IoT Security Testing and Certification
- Risk Assessment
- Risk Management
Schedule Dates
4 upcoming batches| Batch Dates | Duration | Batch Options | Language | Action |
|---|---|---|---|---|
| 18 January 2027 - 22 January 2027 | 5 Days | 4 hours & 8 hours | English / Arabic | |
| 19 April 2027 - 23 April 2027 | 5 Days | 4 hours & 8 hours | English / Arabic | |
| 19 July 2027 - 23 July 2027 | 5 Days | 4 hours & 8 hours | English / Arabic | |
| 25 October 2027 - 29 October 2027 | 5 Days | 4 hours & 8 hours | English / Arabic |
Can’t find a suitable date? Request a schedule that fits your team.
Request More InformationCybersecurity Course in Addis Ababa Supporting Digital Ethiopia 2030
Digital Ethiopia 2030, approved in late 2025, names cybersecurity among its strategic priorities as banking, telecom, and public services move online. The Information Network Security Administration (INSA) leads national cybersecurity efforts, and organisations connecting more services to the public need engineers who can secure them. RCCE training in Ethiopia gives network and system administrators in Addis Ababa, Hawassa and Bahir Dar a structured way to make that move into security engineering. Banks expanding digital payments and telecom operators extending mobile networks both need staff who understand attacks, not only uptime. Public institutions bringing new online services to citizens face the same need.
FAQs
Is RCCE training in Ethiopia suitable for recent IT graduates?
It can be, if the graduate already has the technical groundwork Rocheston expects. Graduates who have studied networking, administered servers in a lab or internship, and built simple web pages are usually ready. Those whose degree was mainly theoretical may struggle with the pace of practical labs. Speaking with an advisor about your background before enrolling is the quickest way to judge readiness.
What does the "Level 1" in RCCE Level 1 mean?
“Level 1” marks the first stage of Rocheston’s two-level engineering programme, not a beginner’s introduction to IT. It assumes working technical knowledge and covers a wide range of topics in depth. Passing it is required before a learner can move on to the RCCE Level 2 course, which goes further into advanced offensive and defensive operations.
Will RCCE Level 1 improve my scripting skills?
Yes, to a practical level. The outline includes a scripting languages topic, and Rocheston’s course material references languages such as Python, Perl, Ruby, and Bash. The focus is on reading and writing short scripts that automate security tasks, such as parsing logs or checking configurations, rather than on full software development. Administrators who already script routine maintenance will find this a natural extension.
Do I need a cybersecurity background before starting RCCE Level 1?
No specific security background is required, but solid IT fundamentals are. Rocheston lists server administration, HTML and web technologies, TCP/IP, and network management as prerequisites, and the course itself is entirely Linux-based. If your networking knowledge needs refreshing, our TCP/IP and networking essentials course is a sensible first step. Rocheston also offers a free foundation programme, Rocheston CyberTech Professional (RCT).
Why is ethical hacking taught to people who will never work as penetration testers?
Every defensive control is built against an assumed attack, and assumptions are only as good as the knowledge behind them. An administrator who has seen password cracking or a wireless attack succeed in a lab sets stronger policies and notices misuse sooner. Ethical hacking, carried out with authorisation in isolated labs, gives defenders that knowledge without putting real systems or data at risk.
How should I prepare for the RCCE Level 1 exam after the course?
Start by revisiting the modules where your lab work felt least certain, then test yourself under time pressure. Rocheston provides exam preparation resources through its Cyberclass platform, including practice tests, study guides, and books. The exam is a proctored multiple-choice assessment, so understanding why a technique works matters more than memorising tool names. Ask our team how exam scheduling works for your batch.
What does a cybersecurity engineer do day to day?
A cybersecurity engineer spends most days making systems harder to attack and easier to monitor. Typical work includes reviewing firewall changes, running authorised vulnerability scans, checking that patches were applied, investigating alerts escalated by analysts, and documenting security configurations. Engineers also advise project teams so new systems are designed with security in mind, which is usually simpler than fixing problems after launch.
How does RCCE Level 1 fit into continuing professional development?
RCCE Level 1 can anchor a longer development plan rather than serve as a one-off event. Rochester requires certified members to earn 100 continuing education credits every two years through activities such as further courses, mentoring colleagues, publishing articles, or attending lab workshops. That structure encourages steady skill growth after the exam. Career outcomes still depend on individual performance and employer needs.
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