“The trouble with retirement is you never get a day off.”
Former University of Texas men’s basketball coach Abe Lemons popularized that one-liner in a long-ago interview. Missouri S&T doctoral student Ken Boyko embraces that sentiment to a degree few can hope to match.
At 65, Boyko is preparing to complete a Ph.D. in geological engineering, perhaps as soon as this fall. His research focuses on how LIDAR (light detection and ranging) scanners can be used to “see through” vegetation that might otherwise prevent detection of potential falling rock — research that could enhance safety along highways and bridges and that also involved a project for the U.S. Navy, which wants to use the technology as a navigational aid for self-driving off-road vehicles.
Boyko’s academic mentor is Norbert Maerz, a professor of geological engineering and director of the Rock Mechanics and Explosives Research Center. The pair first met when Boyko came to campus for graduate school after retiring from a 30-year career with the U.S. Geological Survey in Rolla. At the USGS, he helped guide the federal agency’s shift from its analog roots to digital cartography and 3-D maps — “GIS before it was called GIS,” as Boyko says.
Boyko didn’t come to S&T to study rocks. An inveterate tinkerer, he initially pursued a master’s degree in computer science. His involvement with the campus robotics team eventually led him to Maerz, who was in need of a savvy programmer to handle the sophisticated data produced by LIDAR scanners. The scanners create 3-D images of the environment with distance measurement resolution as precise as 0.3 millimeters — a level of detail that Boyko has managed to achieve from scanners with a stated precision of 8 millimeters.
“I didn’t know anything about geological engineering,” Boyko says. “It turned out to be a good match.”
The collaboration has caught the attention of the federal Centers for Disease Control and Prevention, which in August awarded the pair a nearly $300,000 grant to develop a low-cost LIDAR hazard detection network for use in underground mines, where roof falls and pillar failures can often be anticipated by otherwise imperceptible geological shifts.
“In many cases these types of failures can be predicted,” Maerz says. “We can use these inexpensive sensors for environmental monitoring and potentially build nodes that could be worn by workers whose exposure to high temperature, dust and other possible hazards could be monitored above ground in real time.
“We are solving two problems at once,” he adds. “First, how to make these measurements. And second, how to get the information out of the mine using a peer-to-peer radio network.”
When not immersed in his research or teaching undergraduate labs, the Detroit native and his wife, Marsha Hughes, operate a 240-acre sheep farm near Little Piney Creek beside the Mark Twain National Forest south of Rolla. The sprawling property includes a 450-million-year-old geological formation known as the Devil’s Punchbowl, a cone-shaped outcropping that offers sweeping views of the surrounding forest.
Boyko and Hughes raise the sheep for meat, not wool, and have developed a loyal customer base among observant Muslim S&T students who prepare their food under halal dietary laws.
The nontraditional Ph.D. student, who grew up in the city and left the military as an “early-out” as the Vietnam War ended, considers the farm his sanctuary, a space as far removed from the office as possible. Yet the parallels between his two worlds are unmistakable.
“On the farm, there’s always problem-solving, just like engineering,” he says.
Boyko expects to remain in Rolla and at S&T after graduation, hoping to teach as an adjunct professor.
“I’m not in a big hurry,” he says. “I don’t have any plans to start another career. But I do get a lot of energy being around young people. I just like being connected with the university.” π