A student in a materials science and engineering lab at ASU

The history of the materials science and engineering program at ASU

Brief introduction

The materials science and engineering (MSE) program at Arizona State University (ASU) was officially launched in 1984, marking the beginning of a robust commitment to advancing materials science through academic and research excellence. With its initial accreditation achieved in 1996 and subsequent renewals in 2003, 2009, 2015, and 2021, the program has consistently upheld high academic standards. Situated just miles from leading Fortune 500 and large-cap materials companies such as TSMC, Intel, Applied Materials, Raytheon, ON Semiconductor, and Honeywell, ASU’s MSE program benefits from a dynamic environment that fosters active research collaborations and facilitates career opportunities for its graduates. The program has gained prominence for its groundbreaking work in semiconductor research, electron microscopy, and nanotechnology. Recent efforts include significant contributions to the White House-led CHIPS Act and sustainability initiatives, further demonstrating ASU’s role in addressing contemporary technological and ecological challenges.

Founding and early development

The materials science and engineering (MSE) program at Arizona State University (ASU) was officially initiated in 1984. This marked the beginning of a dedicated effort to advance the field of materials science through both academic and research excellence. The program was established as part of ASU’s broader commitment to innovation in engineering and applied sciences.


The MSE program earned its initial accreditation in 1996, demonstrating its adherence to high academic and professional standards. This accreditation was renewed in subsequent years, with re-accreditation taking place in 2003, 2009, 2015, and 2021. These milestones reflect the program’s ongoing commitment to maintaining and exceeding industry standards and ensuring quality education for its students.

Program expansion and growth

In the 1980s and 1990s, the MSE program at ASU expanded significantly, both in terms of faculty and research facilities. The program gained recognition for its contributions to the electron microscopy and flexible electronics. During this period, ASU’s research in metals, corrosion, semiconductors, polymers, and nanomaterials began to garner attention for its innovative approaches and significant findings.

Recent years

Recently, the materials science and engineering (MSE) program at Arizona State University (ASU) has been instrumental in advancing semiconductor research through its involvement with the White House-led CHIPS Act, which aims to enhance domestic semiconductor production and innovation. ASU researchers are contributing to the development of advanced semiconductor materials and fabrication techniques that align with the Act’s objectives. Additionally, the program is actively engaged in green manufacturing and sustainability efforts, focusing on creating eco-friendly materials and improving energy efficiency in production processes. These initiatives support ASU’s broader commitment to environmental stewardship and sustainable practices, addressing both technological and ecological challenges.

Key discoveries and contributions

  1. Semiconductor research: ASU researchers made significant strides in semiconductor materials, particularly in device fabrication and material characterization. Their work contributed to advancements in electronic and optoelectronic devices, with broad applications in technology and telecommunications.
  2. Electron microscopy: At MSE and ASU advancements in electron microscopy have led to groundbreaking discoveries in materials science. Researchers have employed high-resolution imaging techniques to uncover detailed atomic structures and defects in nanomaterials, significantly enhancing our understanding of phenomena such as phase transitions and surface interactions. Notably, ASU’s work in aberration-corrected electron microscopy has provided critical insights into the properties of two-dimensional materials like graphene, paving the way for innovations in electronics and energy storage. Multi-award winner and carbon nanotube inventor Sumio Iijima worked at ASU’s microscopy facilities.
  3. Nanomaterials and nanotechnology: The early 2000s marked a period of significant progress in nanomaterials research. ASU’s MSE program emerged as a leader in the development of novel nanomaterials and nanostructures, including carbon nanotubes and quantum dots. This research has impacted various fields such as energy storage, electronics, and biomedical applications.
  4. 2D electronics and manufacturing: More recently, ASU has been at the forefront of research on two-dimensional materials, including Janus transition metal dichalcogenides. MSE faculty have been involved in large grant efforts including one from CHIPS Act.

Educational impact and outreach:

The MSE program at ASU is dedicated to providing high-quality education and training. The program offers undergraduate and graduate degrees, focusing on both theoretical and practical aspects of materials science. Additionally, ASU engages in outreach activities to promote STEM education and inspire future scientists and engineers.

Notable faculty and alumni:

The MSE program has been home to several distinguished faculty members known for their contributions to materials science. Our faculty members have received several National Academy of Inventors, National Academy of Sciences, Presidential Early Career in Science and Engineering, NSF Career, and various national and internal awards. The program’s alumni have pursued successful careers in academia, industry, and government, further advancing the field of materials science. Our alumni include Charles Kuehmann VP at Materials Engineering at Space X and Tesla and other members employed at key positions within Applied Materials, Intel, Lam Research, Raytheon, and others.

Future directions:

The MSE program at ASU continues to push the boundaries of materials science and engineering. Current research focuses on sustainable materials, advanced manufacturing techniques, and interdisciplinary applications, reflecting the program’s commitment to innovation and excellence.