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DTSTAMP:20260720T173829Z
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DTSTART;TZID=America/Chicago:20260720T140000
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DESCRIPTION:This three-day hands-on workshop introduces participants to mod
 ern cybersecurity challenges in smart grid systems and the application of 
 artificial intelligence for cyber threat detection and mitigation. Through
  lectures and real-time laboratory exercises using the Lucas-Nülle Smart 
 Grid Laboratory\, participants will gain practical experience in securing 
 cyber-physical power systems.\n\nWorkshop Highlights\n\n- Introduction to 
 Smart Grid Cybersecurity and SCADA Systems\n- Industrial Communication Pro
 tocols and Cyber Threats\n- Artificial Intelligence for Intrusion Detectio
 n\n- Real-Time Cyberattack Demonstrations\n- AI-Based Detection and Mitiga
 tion Techniques\n- Hands-on Laboratory Exercises using the Smart Grid Test
 bed\n\nDates: July 20–22\, 2026 (Three Days)\nTime: 2:00 PM – 5:00 PM 
 (Daily)\nLocation: Controls Laboratory\, Room 215\, New Electrical Enginee
 ring Building\, Prairie View A&M University\n\nCapacity: Limited to 15 par
 ticipants.\n\nParticipants who successfully complete the workshop will rec
 eive a Certificate of Participation recognizing 9 Professional Development
  Hours (PDHs).\n\nBldg: New Electrical Building\, 100 University dr.\, Pra
 irie View\, Texas\, United States\, 77446
LOCATION:Bldg: New Electrical Building\, 100 University dr.\, Prairie View\
 , Texas\, United States\, 77446
ORGANIZER:siabood@pvamu.edu
SEQUENCE:2
SUMMARY:Cybersecurity and Artificial Intelligence in Smart Grid Systems
URL;VALUE=URI:https://events.vtools.ieee.org/m/565299
X-ALT-DESC:Description: <br /><p class="isSelectedEnd">This three-day hands
 -on workshop introduces participants to modern cybersecurity challenges in
  smart grid systems and the application of artificial intelligence for cyb
 er threat detection and mitigation. Through lectures and real-time laborat
 ory exercises using the Lucas-N&uuml\;lle Smart Grid Laboratory\, particip
 ants will gain practical experience in securing cyber-physical power syste
 ms.</p>\n<p class="isSelectedEnd"><strong>Workshop Highlights</strong></p>
 \n<ul data-spread="false">\n<li>Introduction to Smart Grid Cybersecurity a
 nd SCADA Systems</li>\n<li>Industrial Communication Protocols and Cyber Th
 reats</li>\n<li>Artificial Intelligence for Intrusion Detection</li>\n<li>
 Real-Time Cyberattack Demonstrations</li>\n<li>AI-Based Detection and Miti
 gation Techniques</li>\n<li>Hands-on Laboratory Exercises using the Smart 
 Grid Testbed</li>\n</ul>\n<p class="isSelectedEnd"><strong>Dates:</strong>
  July 20&ndash\;22\, 2026 (Three Days)<br><strong>Time:</strong> 2:00 PM &
 ndash\; 5:00 PM (Daily)<br><strong>Location:</strong> Controls Laboratory\
 , Room 215\, New Electrical Engineering Building\, Prairie View A&amp\;M U
 niversity</p>\n<p class="isSelectedEnd"><strong>Capacity:</strong> Limited
  to 15 participants.</p>\n<p>Participants who successfully complete the wo
 rkshop will receive a <strong>Certificate of Participation</strong> recogn
 izing <strong>9 Professional Development Hours (PDHs)</strong>.</p>
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