CMU alumnus Todd Wilson wants to help you get around
By Michael Pound
Nearly all alumni of Carnegie Mellon���s Pittsburgh campus have at least one memory in common ��� navigating the city���s sometimes messy tangle of streets, highways and bridges.
By the time he graduated from CMU, Todd Wilson, a Pittsburgh native, had already spent years thinking about his home city���s geography and how it influences the way its residents move around.
���The topography of Pittsburgh was just such a unique challenge,��� says Todd, who graduated from the College of Engineering in 2006 with a double major in civil engineering and engineering and public policy. ���When you see roads going up the side of hills, going through hills and tunnels, when you see really tall bridges, it was just so exciting ��� and so much more exciting than traveling in other areas.���
Todd is the lead traffic engineer at GAI Consultants in Pittsburgh, a profession for which his dual major at 袀鼻蹤獲 trained him well. But that table was set many years earlier, when he followed his older brother���s interest in the city���s bridges.
���My father was a photographer and he ran a studio downtown and so when I was probably in kindergarten, he bought us cameras and drove us around and we could photograph bridges,��� Todd says. ���My mother was a Pittsburgh Public Schools art teacher and she encouraged us to draw bridges both by hand and on the Mac Classic computer software at the time.���
The fascination never died down. One elementary school teacher allowed Todd to teach short lessons on the types of bridges that could be found in and around Pittsburgh. And as a student at the city���s Taylor Allderdice High School, Todd had already decided on a career in engineering, but he had broader goals than just spanning Pittsburgh���s three rivers.
���I was thinking more about road alignments, interchanges ��� that sounded more interesting than just designing bridges,��� he says. ���And at that point I spent pretty much my entire life studying things in Pittsburgh, I wanted to learn more about them. I really didn't have a desire to go to another city and start over.���
He didn���t. He was accepted at 袀鼻蹤獲 and the University of Pittsburgh, and chose to be a Tartan. And in short order, he took a transportation civil engineering course that taught him some specific things about what he wanted to do professionally.
���It was just seeing the difference between the theory and the practicality and getting that idea of, ���Is this something that I can do on a day-to-day basis?������ Todd says. ���Initially, I thought I would be more into being a roadway designer, but after taking that class, I thought that the application of moving flow on roadways was more interesting than designing the roadway themselves.���
There were also project-based classes throughout Todd���s time at 袀鼻蹤獲 that gave him a thorough look at how the theory he was learning would be applied on Pittsburgh���s roads and highways. One course, in fact, was taught by John F. ���Fred��� Graham, a Carnegie Tech graduate who had by then retired from a long career as Allegheny County���s director for engineering and construction.
���Pittsburgh is a really interesting area because it seems like it doesn't always make sense. I mean, why does this intersection look like this? Why is this road here? If you start asking questions it's pretty exciting. It���s old, the terrain presented all kinds of challenges, but they figured everything out. Everything was built for a reason and then everything else was built off of that.���
Todd Wilson (ENG 2006, 2006)
���He managed the Pittsburgh International Airport midfield terminal construction for Allegheny County, so his name's on the plaque at the airport,��� Todd says. ���That was just so interesting to learn about. You're thinking ���An airport's an airport,��� right? But he was able to discuss with us why these decisions happened, especially in the case of the 1990s attempt at optimizing a hub experience.���
Experiences like that, along with his dual major, were helpful immediately upon entering the workforce after his 2006 graduation, he says.
���Certainly the civil engineering degree has helped just being a professional engineer and working on traditional projects, and even being able to get involved in some of the planning aspects of a project,��� he says. ���I feel like the engineering and public policy degree has helped because in some cases we might be looking at grant funding or how projects fit into policy and broader planning.
���For example, one of the projects I was involved in for Carnegie Mellon was the university���s master plan,��� he adds. ���Not only is there the whole city process and the city policies that you have to meet, but it also helps us figure out transportation demand alternatives: Should we be designing just for the car? Can we do a more multimodal approach? How can we work with those policies to take advantage of multimodal options to ultimately have more sustainable choices?���
That mix of disciplines and projects carries over to Todd���s work at GAI, which has infrastructure and energy divisions, ���...and traffic touches almost everything,��� Todd says.
���On a typical day, I could go from working on maintenance of traffic through a work zone to a traffic signal design to a planning study for a municipality or an institution to a safety study,��� he says. ���A solar farm may need construction permits or a data center may need a traffic assessment. Or if there's a utility project and the contractor has to dig up the roads. Traffic modeling, reconfiguring roads, permitting. There's just a lot of variety.���
And although GAI���s work spans western Pennsylvania and the surrounding states, much of what Todd does centers on Pittsburgh���s messy tangle of streets, highways and bridges ��� the ones he���s been fascinated with for most of his life.
���Pittsburgh is a really interesting area because it seems like it doesn't always make sense,��� he says. ���I mean, why does this intersection look like this? Why is this road here? If you start asking questions it's pretty exciting. It���s old, the terrain presented all kinds of challenges, but they figured everything out. Everything was built for a reason and then everything else was built off of that.���