From coursework to cleanroom: education and training at every level to build tomorrow's materials workforce.
MAY 28-29, 2026
X-Ray Diffraction (XRD) Training: Build a foundation in crystallography and powder diffraction analysis
June 1-3, 2026
Scanning Electron Microscopy (SEM) Training: Learn how to image and analyze materials at the microscale
June 4, 2026
Raman Spectroscopy Training: Understand and apply vibrational spectroscopy to real materials problems
MATSE 597 Class # 30672 Section 003, Topic: Powder XRD - Practical Apps
This 1-credit course, offered by Penn State’s Materials Characterization Laboratory, is designed to teach students the fundamental theory and practical skills required to properly operate an X-ray diffractometer. The course will be taught as a blended course with rotating virtual and in-lab sessions with a “green” approach – i.e., using low or zero-hazard samples with techniques that produce zero or minimal waste by re-using materials to the greatest extent possible.
MATSE 597 Class # 30741 Section 004, Topic: Scanning Electron Microscopy
This 1-credit course, offered by Penn State’s Materials Characterization Laboratory, is designed to teach students the fundamental theory and practical skills required to properly operate a Scanning Electron Microscope (SEM). The class will consist of a mixture of hands-on activities on the microscope and lectures. Topics covered will include basic operation and components of the microscope, imaging modes and detectors, imaging variables, imaging of non-conductive samples, sample preparation, and elemental mapping using Energy Dispersive Spectroscopy (EDS). At the end of the course, students will be considered fully trained, independent operators of MCL’s Axia SEM.
EE-441 Semiconductor Integrated Circuit Technology
Course Description:
Fundamentals of semiconductor device/integrated circuit technology with emphasis on advanced silicon ICs fabrication and packaging. The course aims to introduce you to the basics of micro- and nanofabrication, cleanrooms, lithography, deposition, etching, process integration, and packaging. These subjects are vital to understanding the manufacturing of semiconductors and a multitude of devices, including MEMS, LEDs, solar cells, and microfluidics.
To advance undergraduate participation within this world-class laboratory, this fellowship program provides students with an immersive, hands-on laboratory experience that includes training and access to advanced instrumentation and an exposure to an incredibly diverse range of research projects. This program is centered around a core mission of discovery (instrument training + research exploration), development (soft skills workshop + science communication), and innovation (sustainability initiatives + fast failure).
The Two-Dimensional Crystal Consortium Resident Scholar Visitor Program (2DCC RSVP) is a training and professional development opportunity for visiting graduate students and early career researchers (e.g. postdoctoral scholars and junior faculty) to learn on-site at the 2DCC facility for extended periods. The program is designed to support the development of in-depth skills and expertise in epitaxial and/or bulk growth of 2D crystals, tool development, in situ characterization and/or theory and simulation to supplement learning in their current research projects.
Co-hosted by researchers at the Penn State Nanofabrication and the 2D Crystal Consortium – Materials Innovation Platform user facilities, the Nanomanufacturing of Emerging 2D Materials and Devices summer undergraduate research program provides undergraduate students with an opportunity to experience research within a small team environment reflective of the organizational structure typical of the semiconductor industry.