Dr. E. Iriondo Plaza's research began in
2003 with an Iñaki Goenaga Doctoral Scholarship at Labein (now Tecnalia). She then strengthened her expertise
through a pre-doctoral stay (2004 to 2006) at The Ohio State University (USA)
under Professor Glenn S. Daehn. This experience culminated in her 2007 doctoral
thesis on electromagnetic forming.
From 2008 to 2011, she transitioned to
research project management, coordinating the R&D+i area at AZTERLAN
(Durango). In 2011, her focus shifted to innovation
project management at ASMAOLA (IMH), where she also began teaching at the Dual
Engineering School.
In 2013, Dr. E. Iriondo Plaza joined the
UPV-EHU as an Associate Professor in Mechanical Engineering. She is a co-author of multiple JCR-SCI
indexed articles and holds a patent. Her research encompasses regional,
national, and European projects, collaborating with both multinational
companies and on individual contracts.
Further enriching her
expertise, she completed a postdoctoral stay at The Ohio State University in
2014. Her research
specialization lies in metal forming, welding, and riveting, particularly in
high-speed processes. Beyond research, she actively promotes teaching
innovation using concept maps.
Dr. E. Iriondo Plaza's research began in
2003 with an Iñaki Goenaga Doctoral Scholarship at Labein (now Tecnalia). She then strengthened her expertise
through a pre-doctoral stay (2004 to 2006) at The Ohio State University (USA)
under Professor Glenn S. Daehn. This experience culminated in her 2007 doctoral
thesis on electromagnetic forming.
From 2008 to 2011, she transitioned to
research project management, coordinating the R&D+i area at AZTERLAN
(Durango). In 2011, her focus shifted to innovation
project management at ASMAOLA (IMH), where she also began teaching at the Dual
Engineering School.
In 2013, Dr. E. Iriondo Plaza joined the
UPV-EHU as an Associate Professor in Mechanical Engineering. She is a co-author of multiple JCR-SCI
indexed articles and holds a patent. Her research encompasses regional,
national, and European projects, collaborating with both multinational
companies and on individual contracts.
Further enriching her
expertise, she completed a postdoctoral stay at The Ohio State University in
2014. Her research
specialization lies in metal forming, welding, and riveting, particularly in
high-speed processes. Beyond research, she actively promotes teaching
innovation using concept maps.