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SAME Resilience COI Webinar: Introduction to Cyber-enabled Sabotage and Engineering Protections
About This Webinar
This webinar will discuss cyber-enabled sabotage and the role engineering plays in the cyber defense of critical functions. It will outline how and why cybersecurity principles should be merged with engineering practice to establish safe and reliable operations even in the face of determined and skilled adversaries.
SCROLL DOWN TO DOCUMENTS FOR A FILLABLE PDH CERTIFICATE AND PRESENTATION HANDOUT.
Featured Presenters
Technical Lead, Idaho National Lab
Curtis St. Michel is the technical lead for Cybercore programs at the Idaho National Laboratory, and a Senior Control System Security Consultant for the Department of Energy (DOE). In this role, he is responsible for charting the technical direction of new projects across diverse programs for common United States Government (USG) mission interests, and mentoring staff to create a center of innovation for the nation. Previously, he was the manager responsible for control system security work at the INL including Department of Homeland Security (DHS) ICS-CERT and the DOE National SCADA Testbed.
Mr. St. Michel’s 30-year career has provided unique opportunities to work on a variety of electrical, instrumentation/control, and communications systems in support of nuclear facilities, critical infrastructure, and national security challenges. Control system cyber security has been his primary focus for the last 21 years.
Mr. St. Michel worked with Michael Assante to develop the conceptual framework for the Consequence-Driven Cyber-Informed Engineering (CCE) methodology and has spent the last 7 years working with USG and industry partners to establish a program to address the cyber risk to critical infrastructure and national security missions.
Mr. St. Michel received a Bachelor of Science degree in Electrical Engineering from Montana State University in 1991.
Mr. St. Michel’s 30-year career has provided unique opportunities to work on a variety of electrical, instrumentation/control, and communications systems in support of nuclear facilities, critical infrastructure, and national security challenges. Control system cyber security has been his primary focus for the last 21 years.
Mr. St. Michel worked with Michael Assante to develop the conceptual framework for the Consequence-Driven Cyber-Informed Engineering (CCE) methodology and has spent the last 7 years working with USG and industry partners to establish a program to address the cyber risk to critical infrastructure and national security missions.
Mr. St. Michel received a Bachelor of Science degree in Electrical Engineering from Montana State University in 1991.
Control System Cybersecurity Analyst, Cybercore Integration Center, Idaho National Lab
Paul Keys is an Industrial Controls System Cybersecurity Analyst at the Idaho National Laboratory (INL) Cybercore Integration Center. In this role, he is responsible for conducting technical analysis of cyber threats against the systems that form the very backbone of the nation’s critical infrastructure. Prior to INL, he supported the Intelligence Community, Department of Defense, and industry in a variety of technical management and engineering roles focused on mission support and securing critical systems located across the globe.
Documents
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