ASU researchers showcase additive manufacturing research at WVU workshop

ASU researchers present additive manufacturing research at WVU workshop

Faculty members and graduate trainees from Arizona State University’s NSF Research Traineeship (NSF NRT) Program presented their research during the 2026 WVU Summer Workshop on AI, Digital Health, and BioML. The presentations highlighted advances in additive manufacturing, biomedical engineering, and medical device innovation while strengthening research collaborations across NSF-funded institutions.

The workshop provided opportunities for faculty members and graduate trainees to share research findings with colleagues from Arizona State University, Duke University, and West Virginia University. Technical presentations, discussions, and networking sessions encouraged participants to exchange ideas, receive feedback, and identify opportunities for future collaboration. These interactions reinforced the value of interdisciplinary research and highlighted how partnerships across engineering, medicine and advanced manufacturing can accelerate innovation in health care technologies.

The Arizona State University NSF NRT Program appreciates West Virginia University for hosting the workshop and providing a collaborative environment where researchers can share knowledge and build new partnerships.

Keynote explores the future of additive manufacturing

Dr.Leila Ladani, principal investigator of the ASU NSF NRT Program, delivered the keynote presentation, “Emerging Technologies and Future Trends in Additive Manufacturing.”

Her presentation highlighted recent developments in additive manufacturing and examined how emerging technologies are transforming biomedical engineering, medical devices, and health care innovation. The keynote also encouraged discussion about future research opportunities and the growing role of advanced manufacturing in improving patient care.

Graduate research advances orthopedic implant design

Doctoral trainee AmirDanial Azimi presented “Additive Manufacturing of Bioinspired Orthopedic Implants using PEEK and its Composites.”

His research explored innovative approaches to designing next-generation orthopedic implants using additive manufacturing techniques and advanced biomaterials. The presentation demonstrated how interdisciplinary engineering research can support the development of stronger, more effective medical devices for future clinical applications.