A student wearing a suit gives a presentation about his technology during a business plan competition. — Soroosh Farsiani, a Ph.D. candidate in the School of Mechanical and Aerospace Engineering in the College of Engineering, Architecture and Technology, gives a presentation about his innovative 3D-printing technology SCIVINCE. This innovative endeavor earned him first place in the Big City/High Tech category of the Riata Center for Innovation and Entrepreneurship Business Plan Competition.

MAE Ph.D. candidate wins first in Big City/High Tech category of Riata Center competition

Friday, February 14, 2025

Media Contact: Tanner Holubar | Communications Specialist | 405-744-2065 | tanner.holubar@okstate.edu

The innovation and creativity of students in the College of Engineering, Architecture and Technology is always on display.

CEAT students have shown tremendous capability in engineering solutions to real-world problems, as well as innovating existing technology and concepts.  

Soroosh Farsiani, a Ph.D. candidate in CEAT’s School of Mechanical and Aerospace Engineering, won first place in the Big City/High Tech category in the 2025 Riata Center for Entrepreneurship’s Business Plan competition. He has developed breakthrough multi-axis 3D-printing technology called SCIVINCE to overcome limitations posed by current 3D printing methods. 

Traditional 3D printers rely on support structures and struggle with complex geometry. SCIVINCE uses multi-axis, counter-gravity printing to remove support structures, use less material and reduce print time.  

This process results in stronger printed materials and reduces the steps for pre- and post-processing. This method also improves sustainability while printing multiple materials at the same time.  

Two men in suits stand smiling after the man on the left had presented the man on the right an award. — Soroosh Farsiani (right) accepts the award for first place in the High Tech/Big City category of the Riata Center for Innovation and Entrepreneurship's Business Plan Competition.

“The success of SCIVINCE has inspired our team to establish a startup company in Oklahoma, leveraging support from Cowboy Technologies at OSU,” Farsiani said. “This partnership is helping us expand the technology, reduce commercialization risks, and accelerate market readiness. Our vision extends beyond technology — we are committed to creating high-tech manufacturing jobs in Oklahoma, driving innovation in additive manufacturing, and positioning SCIVINCE as a key player in the future of next-generation 3D printing.” 

The idea for SCIVINCE began with Dr. Hadi Noori, an assistant professor in MAE. Farsiani and a team of undergraduates worked diligently to bring the concept to life.  

“This project has been an exciting journey, combining engineering innovation and entrepreneurship skills,” Farsiani said.  

Farsiani expects to complete his Ph.D. by summer 2025 and aims to continue growing SCIVINCE. He wants to further develop multi-axis printing, expand its applications and present a leading solution to next-gen manufacturing.  

“Our progress has demonstrated the enormous potential of this innovation to transform additive manufacturing, and I am committed to driving it toward full commercialization,” Farsianai said.  

Farsiani benefited from Noori’s mentorship, who guided him on developing multi-axis 3D printing technology. He also credited David Thomison, a professor in the School of Entrepreneurship, for helping create a business strategy, commercialization plan and market positioning.  

“I have been fortunate to have incredible mentors who have guided and supported me through this journey,” Farsiani said. “Their mentorship and guidance have been key to bringing SCIVINCE to life.” 

Farsiani said he realized he needed to learn more about entrepreneurship and business skills and was able to get help through the NSF I-corps program, School of Entrepreneurship as well as the Riata Center. The Zink Center also has opportunities available for entrepreneurship. 

“I believe it would be valuable for engineering students to gain entrepreneurial skills, allowing them to bridge the gap between research, technology and the market,” Farsiani stated. “By understanding what society needs and how to translate innovation into real-world impact, engineers can better contribute to advancing human life and drive technological breakthroughs that truly benefit society.” 

After the success of the Riata Center competition, Farsiani will continue to present SCIVINCE in other business competitions in Oklahoma and around the nation to continue to showcase the technology, validate the business plan and meet investors.  

“Our goal is to demonstrate the commercial viability of SCIVINCE, secure funding and accelerate our path to bringing this technology to market,” Farsiani said.