Erdogan Madenci

Professor Madenci has made outstanding and sustained contributions to the failure, fracture, reliability, and multiphysics analysis of electronic packaging systems over more than two decades. His pioneering research has significantly advanced the understanding and predictive modeling of mechanical and environmental failure mechanisms in microelectronic assemblies, with lasting impact on both academic research and industrial practice.

A hallmark of his contributions is his work on solder joint reliability, particularly under thermomechanical and cyclic loading conditions. His book Fatigue Life Prediction of Solder Joints in Electronic Packages has become a foundational reference for researchers and practicing engineers working on electronic packaging reliability. 

He has also been at the forefront of applying advanced computational mechanics techniques—most notably the finite element method and peridynamic theory—to complex packaging structures involving multilayer materials, interfaces, and heterogeneous constituents. His work has enabled robust modeling of fracture, delamination, and reliability issues in thin films, underfills, and interconnects, addressing critical challenges associated with miniaturization and increased functional density in modern electronics.

Beyond his scholarly work, he has maintained a strong, continuous, and influential presence within the electronic packaging community. Since attending his first Electronic Components and Technology Conference (ECTC) in 1995, he has remained actively engaged through technical publications, presentations, and service, contributing over three decades of leadership and expertise to the community. In recognition of his exceptional technical leadership and long-term impact on the field, he was awarded the Outstanding Sustained Technical Contribution Award by the IEEE Electronic Packaging Society in 2023. This honor reflects not only the depth and breadth of his technical contributions, but also his commitment to advancing the reliability and performance of electronic packaging systems.

Focus Area

Failure analysis, reliability, and modeling in electronic packaging.