Wednesday, September 17, 2025
Media Contact:
Aaron Ross Campbell | OSU-Tulsa Communications Coordinator | 918-899-4960 | [email protected]
Recently, a graduate pupil class from Oklahoma State University-Tulsa’s Materials Science and Engineering program had an opportunity to tour Webco Tubing’s new Technology Center in Sand Springs, Oklahoma.
The go to gave students a novel alternative to attach classroom studying with real-world
functions in superior manufacturing.
The tour, which lasted roughly three hours, showcased the amenities and provided a
lens into how damaging and non-destructive testing strategies assist stop pricey
industrial failures.
“It is essential for students to see that what they’re studying isn’t just in textbooks
or labs, but additionally broadly utilized in real-world industries,” stated Dr. Feng Lu, OSU analysis
scientist and Core Labs supervisor at OSU-Tulsa’s Helmerich Research Center (HRC). “Many of those expertise are issues they will apply on the primary day of their job. We
really recognize our industry companions like Webco Tubing for opening their amenities,
testing labs and R&D labs to OSU students.”
Two students from the Practical and Case Studies of Advanced Materials Characterization
Techniques class, Bryston Smith and Ahmed Abdelrahmana, toured the amenities alongside
Lu.
“The tour helped us see how supplies characterization and testing methods from
analysis are utilized in industry,” Abdelrahmana stated. “Many of the strategies we use
on the HRC are routinely used at Webco for growing higher supplies for oil and
gasoline drilling, mining and different functions. It actually modified my mindset concerning the
methods we research.
“Everyone we met, from the entrance desk to the engineers, was welcoming and passionate
about their work, which made the go to much more precious. I got here away with a a lot
deeper understanding of the practical aspect of supplies science.”
The tour is a part of OSU-Tulsa’s ongoing effort to supply students with hands-on,
experiential studying alternatives that join tutorial knowledge with industry
follow, getting ready them for impactful careers in engineering and know-how.
“I discovered that it was an inspiring expertise, showcasing how supplies science is
utilized in real-world manufacturing,” Smith stated. “I discovered their R&D, Metallurgical
and Corrosion analysis labs to be extraordinarily spectacular and a really exceptional show
of how analysis and industry work collectively.”
Not solely do industry partnerships like this one assist students within the HRC gain a hands-on,
practical understanding of their research, in addition they assist students make essential skilled
connections with native industry leaders.
Webco TechCenter Manager Tucker Melvin highlighted the worth of industry–college
collaboration.
“We always welcome OSU faculty and students to tour our facilities,” Melvin stated.
“This empowers each side via knowledge and knowledge sharing about cutting-edge
instruments and applied sciences. We have labored with HRC Core Labs on a number of tasks within the
previous and are at the moment collaborating on two extra. This form of partnership strengthens
schooling, analysis and workforce growth.”
The OSU School of Materials Science and Engineering is positioned at OSU-Tulsa’s HRC,
a state-of-the-art analysis, growth, testing and schooling facility that can also be
dwelling to the OAIRE LaunchPad Center for Advanced Air Mobility and different industry partnerships
just like this one.
HRC school present analysis, testing, know-how switch and schooling to advance
the area’s aerospace, vitality, manufacturing, transportation, electronics and medical
industries. HRC school assist encourage students with an entrepreneurial spirit, focusing
on taking analysis from the lab to {the marketplace}.
To study extra about Materials Science and Engineering programming, visit the webpage on the OSU-Tulsa web site.