Built on Experience. Designed for What’s Next: Q&A With Matthew Teitenberg

Q: What does your work supporting VLF systems involve?

A: A lot of my work centers around troubleshooting and understanding how different parts of the system interact. My background integrating electrical systems into vehicles taught me that something can look perfect on paper but behave very differently when you’re working with the actual equipment. That experience has carried over directly into my work with VLF systems. I try to look at the entire system rather than isolating one component and assuming that’s where the problem is.

Q: What technical strengths do you bring to the team?

A: My background in electrical engineering and RF systems gives me a strong foundation for understanding how these systems operate. I also rely heavily on hands-on troubleshooting, electrical systems integration, automation and PLC programming. Technical research and data analysis are important as well, especially when we’re trying to understand the behavior of equipment that has been operating for many years.

Q: What drew you to RF systems and this type of engineering work?

A: My interest in RF systems took shape while I was studying Electrical Engineering at The Citadel. My electromagnetics instructor sparked my curiosity with his enthusiasm and his talent for connecting theory to real-world applications. The ability to communicate wirelessly is a remarkable achievement that we rely on every day and often take for granted.

Q: What makes the systems you work with particularly interesting from an engineering perspective?

A: One thing that continues to amaze me is how a single press of a button on an HMI screen can move a large piece of RF equipment into position. That simple action triggers a full sequence involving PLCs, relays, motors, and mechanical systems. Seeing all of those components operate together in perfect coordination is one of the most fascinating aspects of these systems.

Q: How do you approach working with systems that have been in operation for decades?

A: Research and documentation are a big part of it. Much of the equipment is older, so the information you need isn’t always readily available from the original manufacturer. I’ve become comfortable tracking down legacy datasheets, manuals and other technical documentation and using that information to understand how a system was designed to work.

At the same time, hands-on knowledge is just as important. You can learn a lot from documentation, but there’s also knowledge that comes from years of working directly with the equipment. 

Q: How has knowledge transfer from experienced engineers shaped your approach?

A: The experienced engineers on the team have been generous with their knowledge and have taken the time to explain not only how the systems work, but why certain approaches were used. That perspective is especially valuable when working with systems that have evolved over many years. Learning directly from people with that depth of experience has helped me develop faster and better understand the practical considerations behind the engineering decisions.