Capstone, also known as senior design, is the culminating academic experience for Liberty University School of Engineering (LUSE) students and a significant résumé-enriching achievement as they prepare to transition to professional careers.
“Each student works on a team of four to six to design a new product or process or make significant design improvement on existing systems,” said Dr. Howie Fang, a professor and chair of the mechanical engineering department and director of LUSE’s capstone program. “It’s a creative activity, and students do that for their client, who works with the student team over the period of two semesters.”
That creativity and collaboration was on display during Thursday’s Engineering Capstone Expo in the Montview Alumni Ballroom. For this academic year, LUSE offered 22 capstone projects to 97 engineering students with 18 projects from industry partners. Area businesses included Automated Conveyer Systems Inc., Centra, Delta Star, Framatome, Harco Fittings, Lawrence Companies, and Master Engineers & Designers. Students also worked with multi-industry companies such as Textron, and government agencies like NAVAIR, who have provided funding for and benefited from students’ innovative capstone projects. (See the full list of industry sponsors below.)
“It is very important for our students to learn real-world engineering problems and how to find solutions to those problems before they go out and get into industry as engineers,” Fang said. “Then, they are prepared and comfortable applying what they have learned in the classroom to real-life engineering challenges in their new jobs.”
Capstone teams involved students from all five engineering programs: mechanical, electrical, computer, industrial & systems, and civil engineering.
“Dr. Howie Fang is a world-leader in design optimization methodologies and has taught that in the context of the Creationeering process to the senior students while integrating it with real-world engineering problems,” School of Engineering Dean Mark Horstemeyer said, with Creationeering referring to his coined term for the interface between business and engineering and the creative inspiration from God in students’ research and design. “I am so proud to have Howie Fang in the LUSE as his leadership has raised the standard for the school.”
Such was the case for Tanner Randall, who will start this month at Framatome in its thermal hydraulics and component testing center after leading a team of six mechanical engineering students who worked under the supervision of Framatome mechanical engineer and software developer Greg Troyer to analyze the natural frequencies of nuclear reactor vessel internals (RVI), which facilitate fission in extreme environments. Christopher Pace, an electrical engineering student who worked on another Framatome-sponsored project, has also been hired by the company, which has its North American headquarters in Lynchburg, Va.
Katherine Rioux and fellow mechanical engineering students Fady Fayek, Caleb Schaible, and Logan Drawbaugh worked with Dr. Andy McIntosh from Leeds University in England to develop a Biomimic Novel Spray System, using the bombardier beetle as its model for extinguishing fires. She has landed a job working on E2D Hawkeye Airborne Command and Control Aircraft at NAVAIR in Patuxent, Md.
“It’s been a steep learning curve, but the cool thing about being tossed into the deep end is you either sink or swim, and I didn’t want to sink, so I learned,” said Rioux, who had internships with NAVAIR over the past two summers.
At last spring’s Expo, Josh Ingram and his team won the Capstone Legacy Award for their best product design for NAVAIR, a small tool that can be used to repair the engine of the V-22 Osprey tiltrotor aircraft. Ingram was hired by BWXT last May while Zach Deluth, another member of this team, was hired by NAVAIR.
“The team worked with NAVAIR really well, and the product the students delivered to them is ready to be made for them to use to maintain these aircraft, so they were really happy,” Fang said.
Read More: Engineering students collaborate with industries on capstone projects