Human Factors Engineering in Forensic Investigations: Understanding Human Error in Engineering Systems + Award Presentation
IEEE Section Night - IN-PERSON and VIRTUAL, with Award Presentation.
Event is open to all. Dinner will be served on-site to in-person attendees. Virtual attendees should join at 7 pm. Section Award will be presented at 7 PM. In-person attendees will have opportunities to take pictures/selfies with the award.
Human Factors Engineering in Forensic Investigations: Understanding Human Error in Engineering Systems
Human Factors Engineering (HFE) examines how human capabilities and limitations interact with engineered systems. In forensic investigations, many incidents attributed to “operator error” may instead reflect predictable human behavior interacting with poorly designed equipment, controls, warnings, or procedures. This presentation provides forensic engineers with an overview of key HFE principles relevant to accident investigation and expert testimony. Topics include categories of human error, limits of human perception and cognition, anthropometry and physical interaction with equipment, and the role of warnings and instructions in product safety. Practical examples will illustrate how human factors considerations can influence determinations of misuse, foreseeability, design adequacy, and system safety. The presentation also outlines a framework for incorporating human factors analysis into forensic engineering investigations. The goal is to provide forensic engineers with a working understanding of how human–system interactions contribute to incidents and how these principles can strengthen technical analyses and expert opinions.
PARKING:
Street parking available on Norris Street, 11th Street, or 12th Street
Parking Lot at the corner of Norris and 12th Streets
Date and Time
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- 1947 N. 12th Street
- Philadelphia, Pennsylvania
- United States 19122
- Building: Temple University - College of Engineering
- Room Number: EN 102
- Starts 16 June 2026 04:00 AM UTC
- Ends 21 July 2026 04:00 AM UTC
- Admission fee ?
Speakers
Robert O. Peruzzi, PhD, PE, DFE of R. Peruzzi Consulting, Inc
Human Factors Engineering in Forensic Investigations: Understanding Human Error in Engineering Systems
Human Factors Engineering (HFE) examines how human capabilities and limitations interact with engineered systems. In forensic investigations, many incidents attributed to “operator error” may instead reflect predictable human behavior interacting with poorly designed equipment, controls, warnings, or procedures. This presentation provides forensic engineers with an overview of key HFE principles relevant to accident investigation and expert testimony. Topics include categories of human error, limits of human perception and cognition, anthropometry and physical interaction with equipment, and the role of warnings and instructions in product safety. Practical examples will illustrate how human factors considerations can influence determinations of misuse, foreseeability, design adequacy, and system safety. The presentation also outlines a framework for incorporating human factors analysis into forensic engineering investigations. The goal is to provide forensic engineers with a working understanding of how human–system interactions contribute to incidents and how these principles can strengthen technical analyses and expert opinions.
Biography:
Robert Peruzzi is a Licensed Professional Electrical Engineer (PE) and Expert Witness practicing forensic and technical consulting. He is president and sole employee of R. Peruzzi Consulting, Inc.
Robert moved to Pennsylvania’s Lehigh Valley in 1990 to work as an Automated Test Equipment (ATE) test developer for AT&T Bell Labs, where he took advantage of their tuition assistance plan and earned his Ph. D. in 2005 after what seemed like an eternity of part time study. He stayed on as that company evolved through Lucent, Agere, LSI and Infineon. As opportunities arose, he crossed between departments and product lines, working in analog and mixed signal design for hard disk drive and mobile phone electronics.
He has been an independent consultant since Infineon’s late 2008 layoffs and has expanded his practice from design and verification to include forensic and expert witness practice.
Robert served as Chair of IEEE Philadelphia Consultants Network (CONET) and serves on the board of IEEE Consultants Committee. He is the founder, and past Chair IEEE Lehigh Valley Chapter Solid-State Circuits Society (SSCS). He is a member of National Academy of Forensic Engineers (NAFE), where he serves as an Associate Editor of the NAFE Journal, and is a past NAFE Director at Large.
Robert lives in Bethlehem PA with his wife, Esther. They are the parents of two adult children, and grandparents of three.
Address:United States
Agenda
In Person Event: 6:00 - 8:00 P.M.
- Agenda:
- 6:00 PM - Dinner and Networking for In-Person attendees
- 7:00 PM - Award Presentation
- Virtual attendees should join Zoom at 7:00 PM
- 7:05 PM Technical Presentation
- Topic: "Human Factors Engineering in Forensic Investigations: Understanding Human Error in Engineering Systems"
- Speaker: Dr. Robert Peruzzi
- 8 PM - Section Business
- Presentation by the Temple University Student Branch
PDH certificates are available and an evaluation form will be emailed to you after the meeting. PDH certificate are sent by IEEE USA 3-4 weeks after the meeting.