The Lead SCADA Security Manager training enables participants to develop the necessary expertise to plan, design, and implement an effective program to protect SCADA systems. In addition, you will be able to understand common Industrial Control System (ICS) threats, vulnerabilities, risks related to the Industrial Control Systems (ICS) and techniques used to manage these risks. This training focuses on several aspects of security management and skills related to SCADA/ICS security. The Lead SCADA Security Manager training course is designed by industry experts with in-depth experience in SCADA and Industrial Control Systems Security. Unlike other trainings, this training course concentrates specifically on the knowledge and skills needed by a professional seeking to advise on, or manage risks related to SCADA environments and systems. Given the high profile nature and the significant impacts associated with such environments, a holistic professional approach to security is needed and that is exactly what this course is designed to provide. In addition, to acquire the theoretical knowledge needed by a SCADA Security Manager, a comprehensive methodology for the implementation of a SCADA Security program is presented. Thus, at the end of this course, you will gain knowledge on how to effectively implement a security program for SCADA/ICS systems. After mastering all the necessary concepts of SCADA Security, you can sit for the exam and apply for a “PECB Certified Lead SCADA Security Manager” credential. By holding a PECB Lead SCADA Security Manager Certificate, you will be able to demonstrate that you have the practical knowledge and professional capabilities to support and lead a team in managing SCADA Security.
Who Should Attend?
This training course is intended for security professionals interested in acquiring SCADA security professional skills; IT professionals looking to enhance their technical skills and knowledge; IT and Risk Managers seeking a more detailed understanding of ICS and SCADA systems; SCADA system developers; SCADA engineers and operators; and SCADA IT professionals.
Learning Objectives
Participants will understand and explain the purpose and risks to SCADA systems, Distributed Control Systems and Programmable Logic Controllers; understand the risks faced by these environments and the appropriate approaches to manage such risks; develop the expertise to support a pro-active SCADA Security program, including policies and vulnerability management; define and design network architecture incorporating defense in advanced security controls for SCADA; explain the relationship between management, operational and technical controls in a SCADA Security program; improve the ability to design resilient and high availability SCADA systems; and learn how to manage a program of effective security testing activities.
Educational Approach
This training is based on both theory and best practices used in SCADA Security. Lecture sessions are illustrated with examples based on case studies. Practical exercises are based on a case study which includes role playing and discussions. Practical tests are similar to the Certification Exam.
Prerequisites
A fundamental understanding of SCADA Security.
The course covers five days of content, with the certification exam on the fifth day, and carries 31 CPD credits. In the self-study format you cover the same material at your own pace.
Yes. The course fee includes the PECB certification and examination fees. If you do not pass, one complimentary retake is available within 12 months of your first attempt.
You need a fundamental understanding of SCADA Security.
It is available as self-study (English). Choose the format and language before adding the course to your cart.
There is no scheduled live class for this course at the moment. Organizations that want a dedicated live session can contact us at [email protected].
PECB issues the certificate. After passing the exam you can apply for the “PECB Certified Lead SCADA Security Manager” credential. Horus Academy is a PECB Authorized Silver Partner and does not issue the certificate itself.
The “PECB Certified Lead SCADA Security Manager” exam fully meets the requirements of the PECB Examination and Certification Programme (ECP). The exam covers the following competency domains:
Domain 1: Fundamental principles and concepts of SCADA and SCADA Security
Domain 2: Industrial Control Systems (ICS) characteristics, threats and vulnerabilities
Domain 3: Designing and developing an ICS Security Program based on NIST SP 800-82
Domain 4: Network security architecture for SCADA systems
Domain 5: Implementation of security controls for SCADA systems
Domain 6: Developing resilient and robust systems
Domain 7: Security testing of SCADA systems
After successfully completing the exam, you can apply for the credentials shown on the table below. You will receive a certificate once you comply with all the requirements related to the selected credential.
The requirements for PECB Lead SCADA Security Manager Certifications are:
| Credential | Exam | Professional experience | SSMMS project experience | Other requirements |
|---|---|---|---|---|
| PECB Certified Provisional SCADA Security Manager | PECB Certified Lead SCADA Security Manager Exam or equivalent | None | None | Signing the PECB Code of Ethics |
| PECB Certified SCADA Security Manager | PECB Certified Lead SCADA Security Exam or equivalent | Two years: One year of SCADA Security work experience | SCADA Security activities: a total of 200 hours | Signing the PECB Code of Ethics |
| PECB Certified Lead SCADA Security Manager | PECB Certified Lead SCADA Security Manager Exam or equivalent | Five years: Two years of SCADA Security work experience | SCADA Security activities: a total of 300 hours | Signing the PECB Code of Ethics |
| PECB Certified Senior Lead SCADA Security Manager | PECB Certified Lead SCADA Security Manager Exam or equivalent | Ten years: Seven years of SCADA Security work experience | SCADA Security activities: a total of 1,000 hours | Signing the PECB Code of Ethics |
To be considered valid, these activities should follow best practices and include the following:
Course agenda
Day 1: Introduction to SCADA and ICS
Day 2: Designing a Security Program and Network Security Architecture
Day 3: Implementing ICS Security Controls, Incident Management and Business Continuity
Day 4: Security testing of SCADA systems
Day 5: Certification Exam
