IEEE Day 2025: On what really causes electrical systems to fail? How can you prevent it?
This event is part of the IEEE Day 2025 Celebrations!
In today’s rapidly evolving industrial and commercial environments, the reliability of electrical systems is critical. Yet, many engineers continue to rely on outdated assumptions about transient overvoltage and mitigation strategies, risking system vulnerabilities and equipment failures. This engaging and informative training is designed to challenge misconceptions, provide clarity on transient overvoltage standards, and empower
participants with actionable insights for designing resilient systems.
Learn how transient overvoltage damages equipment, disrupts operations, and challenges modern engineers to build more resilient systems. Update your understanding of transient overvoltage with the latest industry guidance and data in this breakout lecture.
Date and Time
Location
Hosts
Registration
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- Texas Tech University
- 910 Boston Avenue
- Lubbock, Texas
- United States 79409
- Building: Electrical and Computer Engineering (ECE) Building
- Room Number: ECE 217
- Click here for Map
- Contact Event Hosts
-
olatunji.adeyanju@ttu.edu; Kai.Wu@ttu.edu; Mostafa.Mohammadpour@ttu.edu; Shuxia.Tang@ttu.edu
- Co-sponsored by MAXIVOLT Transient Voltage Solutions
- Starts 11 October 2025 05:00 AM UTC
- Ends 16 October 2025 05:00 AM UTC
- No Admission Charge
Speakers
Jack Klaus of Maxivolt.com
Critical Training for the Engineering Mind - What really causes electrical systems to fail? How can you prevent it?
Learn how transient overvoltage damages equipment, disrupts operations, and challenges modern engineers to build more resilient systems. Update your understanding of transient overvoltage with the latest industry guidance and data in this breakout lecture.
Biography:
Jack Klaus is a recognized leader in the surge protection and transient overvoltage community. He’s helped shape standards through IEEE, UL, NEMA, and NFPA, teaching thousands of professionals and students nationwide.
Email:
Address:Maxivolt, 9350 S. Georgia St., Amarillo, Texas, United States, 79118
Agenda
Key Topics Covered:
● The Digital Shift and Modern Vulnerabilities: Understand how the transition from electromechanical
systems to digital technology increases susceptibility to transient overvoltage events.
● Debunking Common Misconceptions: Explore widely held beliefs about transient overvoltage, such
as the idea that most transient overvoltage events come from the grid, and learn why they don’t hold up
under scrutiny.
● Mitigation and Best Practices: Discover why a single SPD at the service entrance is often insufficient
and how to implement a robust, system-wide approach to mitigate risks.
● Standards and Practical Guidance: Gain insights from IEEE standards, industry research, and
real-world examples to confidently advocate for and implement transient overvoltage mitigation
solutions.
Learning Objectives:
By the end of this course, participants will:
1. Identify and debunk common misconceptions about transient overvoltage and mitigation strategies.
2. Understand the evolving risks posed by digital systems and the limitations of standard equipment.
3. Apply industry best practices to design and implement effective transient overvoltage mitigation
strategies.
4. Confidently justify transient overvoltage mitigation as a critical and practical engineering decision.
Who Should Attend:
This course is ideal for electrical engineers, systems designers, and technical decision-makers looking to
enhance their understanding of transient overvoltage mitigation and ensure the long-term reliability of their
systems.
Format:
This interactive training will include visual presentations, real-world case studies, white papers, and engaging
discussions to create a dynamic learning experience
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