Electronics and Photonics

Electronics and Photonics

Electronics and Photonics

Controlling Energy in Electrical and Optical Systems

Electronics systems manipulate electrical currents using devices such as transistors, diodes, and integrated circuits. These components control or amplify the flow of current and convert it from one form to another.

Photonics involves the manipulation of light (in the form of photons) through emission, transmission, modulation, signal processing, switching, amplification, and sensing.  This research area involves many unique technologies including lasers, fiber optics, imaging tools and plasma.

Electronics and photonics are used in applications such as communications, computing, defense, medical diagnostics, manufacturing and more.

Portrait of professor standing in front of laser table

Research Areas

Some specific research areas in this field include:

Semiconductor icon

Semiconductors

Semiconductor materials, electrical transport in devices, and defect engineering in semiconductor systems

fiber optic icon

Fiber Optics

High speed optical networks, communication architectures, and components for data transmission over fiber systems

imaging icon

Imaging

3D and biomedical imaging, real time recognition, and optical signal processing and image analysis systems

lighting bolt icon

Plasma

Plasma based accelerators, high power light sources, and advanced radiation systems in magnetized plasma

Faculty in Electronics and Photonics

Our faculty lead research and innovation across the field of computer engineering, advancing technologies that shape modern computing systems.

Mehdi Anwar

A F M Anwar

Professor

Office: ITE 433

bahram javidi

Bahram Javidi

Professor

Office: ITE 443

Tom Katsouleas

Tom Katsouleas

Professor

Office: ITE 439