Ahmed Al Bayati

ad2x6w@r.postjobfree.com

Ohio, Toledo City, 43614

Cell phone: +1-419-***-****

Education

Ph.D., Engineering Physics/Applied Physics, The University of Toledo, Toledo, OH, 2022

M.Sc., Field of study Engineering Physics/Applied Physics, The University of Toledo, Toledo, OH, 2018

M.Sc., Laser & Remote Sensing applications in the Atmospheric Sciences, The University of Mustansiriyah, Iraq, 2005.

B.Sc. of Science in Atmospheric Sciences, The University of Mustansiriyah, Iraq 2000.

Summary

• Experience developing and building sensor test setup and programming at the University of Toledo, 2017-present.

• Expert in Optical and Electrodynamic Theory used for Designing Sensors and Python Coding used for designing optical sensors, 2017-present.

• Experienced in waves propagation and electromagnetic waves formulation in the waveguides and surfaces, 2017-present.

• Experience with CAD tools such as BEAMPROP, 2017-present.

• Experienced in designing Directional Coupler & Surface Plasmon sensors using the simulation & coding, 2017-present.

• Experienced in Optical System Design and Applications using the Simulation such as detectors designing & Lasers Applications, 2000-present.

•Experience with physical and Atmospheric optics, 2000-present.

• Experience with finite difference beam propagation modeling. FBPM, 2017-present.

• Experience with photonics applications including waves propagation, back-scattering applications, and waves coupled applications, 2000-present.

• Experience with Maxwell’s equations applications including waves sensors, optical beams applications, optical beams transition, and determining the optical sensors properties, 2017-present.

• Experienced in electroplating, mechanical polishing and SEM machine, 2016-present.

• Participated in semiconductor & solar cells research group, 2015-2016.

• Experience in Ray Optics, wave optics and polarization optics, including design, modeling, benchtop systems, and LIDAR applications, 2000-present.

• Mr. Al Bayati is currently living in Toledo, OH but is wanting to relocate. He is available to start a new position immediately and can interview anytime with a 24 hours’ notice.

Technical Skills

Electroplating

Materials Science

Optical sensor design

Optical waveguide design

Electrochemical deposition

Remote Sensing applications

Scanning electron microscopy

Programming skills: Fortran, Python

• Expertise in the use of BeamPROP optical design software Professional Experiences

The University of Toledo, Ohio Waveguides & Optical Sensors Designing Sep. 2017 - Present

• Designed two different types of sensors, one is based on the optical directional coupler technique & the second one is based on the long-range surface plasmon technique.

• Used BeamProp software to design the Directional coupler device.

• Designed optical sensors based on the directional coupler and long-range surface plasmon techniques.

• Used the simulations and the computer languages to vary the parameters of the sensors to obtain the best sensitivity of the device.

• Created a simulation environment matched with the real world to implement applying laser beams on atmospheric aerosols and received the backscattering collected in a limited capacity of a detector to draw the relationship between two variables for obtaining the complete identity of the media’s particles using the optical formulas.

• Measured the turbidity of drink water by the use of the LIDAR system for the purpose of creating a new scale used for evaluating the turbidity using the speed of light in the detection as an alternative to the common technique. Faculty Member of the Physics Department Dec 2005 - Present

• Taught different courses including the following: optics, atomic physics, nuclear physics, digital electronics, computer science, physics for geology, mechanical physics, electricity, and analog electronics.

• Experience teaching in lab equipment such as digital and analog electronic, AC & DC electrical setups, geometrical and physical optics setups, mechanical setups, and X-ray and radiation setups.

Atmospheric Science, Remote Sensing, Atmospheric Aerosols Detection & Environmental Projects Expert. Jul. 2001 - Present

• Designed and created an alternative layer than Ozone layer in the purpose of the ozone hole existence by the use of X-COM database software.

• Used a laser beam to detect the identity of the types of atmospheric aerosols in the atmosphere.

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