▚ It started at five
My grandfather put a throttle in my hand when I was five years old, and that was that. He taught me the hobby the right way — from the rails up. Track laying, wiring, why a turnout binds, why a grade stalls a train, how to be patient enough to do it over until it's right. Every layout I've built since runs on what he started.
▚ A lifetime of study
Model railroading rewards the student, and I've never stopped being one. Decades of books and magazines, online training and courses, forum deep-dives and club knowledge — benchwork, trackwork, scenery, weathering, DCC and sound. The craft keeps evolving and so do I.
▚ The prototype is the textbook
To model a railroad accurately you have to understand how the real one works. I've studied prototype railroading seriously — air brakes and train handling, tonnage and power ratings, signaling, yard and mainline operations. When something happens on my layout, it happens the way the prototype would do it. That's the standard.
▚ Fluent in railroad
I taught myself the language of the industry — common and working train and freight terminology, from consists and cuts to bad orders and hotshots. And I know the equipment: every major freight car type from the steam era to the modern one — wood-sheathed boxcars and forty-foot reefers through covered hoppers, centerbeams, well cars, and today's high-cube autoracks. If it rolled on interchange trackage, I can identify it, date it, and model it in the right era.
▚ Field work: railfanning
Railfanning trips are my field research. Trackside hours watching consists roll by, yard crews working, the way weather ages a boxcar or rust streaks a hopper — all of it comes home as notes, photos, and reference material that ends up in the modeling.
▚ Signals, silicon, and sensors
The railroad is going digital. I'm deep into Arduino and Raspberry Pi automation for train signaling — real block detection, real aspects — and I've added IoT sensors for locomotive identification and operations tracking, with freight cars getting the same treatment. The dispatcher's panel is becoming software.
▚ Open source command & control
Command and control runs on open source: JMRI for the dispatcher and roster side, DCC++ and DCC-EX for the track. And I use AI as a study partner to push my railroad education further — learning the industry as seriously as if I were hiring on with a Class I tomorrow.
▚ The roads I run
Nine railroads earned a place on my roster: BNSF and its ancestors Burlington Northern and the Santa Fe (ATSF), the Great Northern, the Baltimore & Ohio and Chesapeake & Ohio — living on today as CSX — Norfolk Southern, Canadian National, and ol' BC Rail, the British Columbia Railway. Warbonnets to wet noodles, cascade green to dogwood — modeled in both HO (1:87) and N (1:160) scale.