Engineering

Latest Innovations

Scalable and Cost-effective Method to Fabricate Quantum Dot Films

Dr. Seok Kim and Dr. Moonsub Shim from the University of Illinois have developed dry means to pattern QD films over large areas with high resolution while maintaining...

Device for the Combination of Semiconductor Processes

Professor Gary Eden from the University of Illinois has developed a device that leverages the recent development of efficient, flat vacuum ultraviolet/ultraviolet lamps to...

High Speed Single-Mode VCSELS

Dr. Milton Feng, from the University of Illinois, has developed single mode Oxide-VCSELs that are able to transmit data signals over longer distances, at higher speeds...

High Dynamic Range Polarization Camera

Dr. Gruev from the University of IL has developed a bio-inspired polarization camera.  The camera enables high-resolution imaging in less ideal lighting with high...

Atomic Layer Deposition of Thin Films with Arrays of Microcavity Plasmas

Dr. Eden from the University of IL has developed a deposition tool that can be used for plasma-enhanced atomic layer deposition. The deposition tool consist of a...

Multi-Color Discrete Infrared Spectroscopy

Dr. Rohit Bhargava and graduate student Kevin Yeh have developed a new method and device for infrared (IR) spectroscopy. The invention overcomes current limitations in...

Phase and Intensity Modulator Comprising of a RE-Doped Fiber

Dr. Dragic from the University of IL has developed a phase and intensity modulator using rare earth doped ytterbium fiber. The modulators are unconventional because they...

Optimal Toolpath Generation System and Method for Additively Manufactured Composite Materials

Prof. Daniel Tortorelli and Mr. Felipe Fernandez Ayala from the University of Illinois have developed a system and method for optimal toolpath generation for additively...

Micro Pinch Valve for Soft Robotics

Dr. Zhang has developed a flow regulator that is light and small enough to be built into every actuator. The micro pinch value specifically controls the cross-section area...

360 Degree Attitude Control of Satellites

360 degree attitude control of satellites is an aerospace technology that allows satellites and spacecraft to achieve arbitrarily large (360°+) rotations in a low- and no-...

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