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Certificate in Firewall Engineering

Certificate in Firewall Engineering

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Firewall Engineering

 

About Firewall

A firewall is a security tool that guards your network against unwanted access to confidential information. Additionally, to protect computers against harmful malware, firewalls separate trusted internal networks from unauthorized external networks.

It protects users' privacy and security against unsecured services. It restricts access to a private network that is linked to the internet by unauthorized users. Firewalls offer quicker reaction times and have a better capacity for traffic flows.

Why is Firewall Engineering important?

The task of keeping IT infrastructure systems secure from an external security breach falls to firewall engineers. They create and implement safeguards to maintain the integrity of the data, typically through adjusting firewall settings, overseeing private networks, and putting up security gear.

Who should take the Firewall Engineering Exam?

  • IT managers, senior executives, executives
  • Network Engineer
  • Security Engineer
  • Network Security Analyst
  • Firewall Administrator
  • Security Operations Specialist

Firewall Engineering Certification Course Outline

 

  1. Firewall technologies
  2. Packet flow of a Firewall
  3. Firewalls Now and Then
  4. Placing a firewall in a Network
  5. Palo Alto Firewall Architecture
  6. Common Network Security Terms
  7. Licensing Palo Alto Firewall
  8. Software Updates and Dynamic Updates
  9. Overview of Dashboard features.
  10. Set up a hostname, Management interface settings and CLI commands.
  11. Setup DNS and NTP
  12. Understanding Service Route Configuration
  13. Palo Alto Managing BackUps
  14. Zones and Zone-Based Policy?
  15. Security Policy Concepts
  16. Virtual Routers.
  17. Interface Management Profile
  18. Palo Alto as DHCP Server
  19. Objects - Address and Address Group
  20. Objects - Tags and Dynamic Address Group
  21. Objects - Service and Applications
  22. Objects - App filters, EDL and HIP
  23. Objects - Custom Objects and Schedule
  24. Creating Administrators and Admin Roles
  25. Understanding Security Profiles
  26. Implementing Anti-Virus Security Profile
  27. SSL Decryption Overview
  28. Implementing SSL Decryption
  29. URL - Filtering Profile
  30. File Blocking Profile
  31. Static Route and Static Default Route on Palo Alto
  32. RIP on Palo Alto Firewall
  33. OSPF on Palo Alto Firewall
  34. BGP on Palo Alto Firewall
  35. Network Address Translation Concepts
  36. Source NAT (SNAT)
  37. Destination NAT (DNAT)
  38. Concept of U-Turn NAT
  39. Redundancy and High Availability Concepts
  40. Palo Alto High Availability Theory
  41. IPSec Theory
  42. IPsec VPN (Site-to-Site) - Lab
  43. Remote Access VPN (Global Protect)

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Certificate in Firewall Engineering FAQs

The Firewall Engineering Certification Exam is a professional assessment that measures an individual's knowledge and practical skills in configuring, managing, and securing firewall systems across various network environments.

While there are no formal prerequisites, candidates should have a solid understanding of networking fundamentals, security protocols, and hands-on experience with firewall platforms such as Cisco ASA, Palo Alto, or Fortinet.

The exam typically covers firewall architectures, policy and rule configuration, NAT, VPNs, high availability, traffic inspection, integration with IDS/IPS systems, firewall logging, and deployment in cloud environments.
 

The exam format generally includes multiple-choice questions, scenario-based problems, and practical configuration exercises, depending on the certification provider.

The exam duration usually ranges from 90 to 120 minutes, though this can vary based on the exam provider and the complexity of the questions.

Most exam providers require a passing score of around 70% to 75%. Candidates should consult the official guidelines of the specific certification body they are pursuing.

Some certifications are vendor-neutral, focusing on general firewall engineering principles, while others are vendor-specific and tailored to platforms like Cisco, Palo Alto Networks, Fortinet, or Check Point.

Recommended study materials include vendor documentation, official training courses, network security textbooks, lab simulations, and practice exams specific to the exam's scope.

Yes, candidates who pass the exam will receive an official certificate that validates their skills in firewall configuration and network defense strategies.

The certification is typically valid for two to three years, after which recertification or continuing education may be required to maintain active status.