Universities and Research Centers

The microEP program at the University of Arkansas, Fayetteville, is an interdisciplinary graduate program designed to expand a student's knowledge beyond the boundaries of traditional departmental...

Areas of focus include holography and applications: holographic recording materials (silver, DCG and photopolymers), holographic interferometry - ESPI - moiré optics, diffractive optics and...

Research topics are material and process development for surface technology and surface refinement, automotive techniques and energy supply, glass and ceramics, microsystems and life sciences.

Areas of focus include applied space research, magnetics, medical imaging, MEMS technologies, photonics and electromagnetic fields computational modeling, high-performance computing and...

The electronics engineering technology AS degree program prepares you for an entry-level position as an electronics engineering technician who assists engineers in planning, research, development,...

Nonprofit research and development institute specializing in the field of laser technology. Covers all areas of laser R&D, laser development, thin-film technology for optical components, nano-...

Areas of focus include training graduate students and providing industry support. Also performs leading-edge research in optical communications, imaging-metrology and optical instrumentation, lasers...

A graduated NSF Engineering Research Center at Princeton University. Develops and prototypes high-performance, cost-effective and market-ready mid-infrared trace gas sensor systems for applications...

An interdisciplinary research center focusing on the development and use of coherent laser measurement techniques as well as optional 3-D coordinate measurement techniques for medical diagnostics....

SCC offers an Electronics Engineering Technician - AAS degree which includes Photonics Theory and Lab classes based on curricula written by the National Center for Optics and Photonics Education...

Measurement of shape, roughness, displacement and deformation using holographic, speckle and fringe projection techniques. Demodulation and processing of interference patterns and signals.