Materials Science and Engineering


Faculty Honors Advisors

Seth Ariel Tongay

About this opportunity

Materials science and engineering is is all about innovating new chemical, biological and electronic materials and transforming them into innovations that change the world.

Materials engineers develop, process and test materials to create a wide range of products with a keen focus on sustainability, clean energy solutions and efficient manufacturing processes. Imagine developing sustainable materials that combat climate change, or designing cutting-edge technologies that revolutionize electronics, clean energy, nanotechnology, bioapplications and other industries.

A bachelor’s degree in materials science and engineering (BSE) equips students with dynamic careers centered around discovering new materials and functionalities or improving existing materials. The applications’ scope spans various sectors, shaping innovations that touch our daily lives. The impact of materials science is evident in the sleek smartphones and robust laptops we use daily, as well as climate change applications, like making water from air, carbon capture, carbon utilization, health solutions and green energy.

This field also plays a crucial role in developing life-enhancing bone implants. Whether it’s developing stronger and lighter alloys for aerospace components, designing more efficient solar panels for renewable, clean and sustainable energy, or creating biocompatible materials for medical devices, the possibilities for applying knowledge gained in the materials science program are limitless

 

 

Thesis

Students with a major in materials science and engineering will work on a Senior Capstone project through MSE 489 and MSE 490. They may work with their faculty to build a related thesis project to their capstone or design a unique thesis project. Many students use research from past semesters with MSE faculty and Fulton Schools of Engineering Research programs such as Fulton Undergraduate Research Initiative (FURI) and the Grand Challenges Scholars Program (GCSP) for thesis work. 

Academic Preparation

Students are encouraged to apply for research opportunities early in their academic careers. Research in materials science and engineering spans a large number of topics within the MSE Graduate Faculty. Our researchers seek to improve the performance of materials in order to create innovative solutions for energy, security, and sustainability. Materials science and engineering research addresses a broad range of materials-driven challenges and benefits several industries. 

 

Recommended Timeline

Students start completing honors enrichment contracts and undergraduate research in their first two years and then continue to refine their work into their final years. Active participation in College events, clubs, and resources is strongly encouraged. The Fulton Engineering Student Hub is an excellent resource for students. 

Other Honors Opportunities

Students may inquire about honors enrichment contracts in their MSE classes. Examples of past contracts include:

  •  Compare different materials and structural characteristics of prosthetics and advances in the field- MSE 250 Structure and Properties of Materials
  • Prepare and record a presentation on a selected ceramic material - MSE 471 Introduction to Ceramics
  • Research and present on new innovations in batteries - MSE 494 Topic: Battery Materials Science and Engineering

College

Ira A. Fulton Schools of Engineering

Campus

Tempe

Academic Unit

School for Engineering of Matter, Transport, and Energy (SEMTE)