Javier Perez-Ramirez Email & Phone Number

Reston, Virginia, United States

Oregon, United States

*Lead a team of five engineers in charge of developing wireless digital twin software featuring eXtended Reality (XR) metaverse technology that incorporates telemetry data from Intel platforms, achieving a digital twin accuracy of 90%.*Work closely with internal and external stakeholders to promote next-generation Wi-Fi technologies, delivering.

Oregon, United States

*Managed the work of three engineers while working as a key technical contributor in the development of wireless time-sensitive networking technologies, supporting complex research and development initiatives that increased solution reliability 100x and time synchronization accuracy 100x.*Directed and supported the development of a wireless robotics.

*Led visible light communications research and development projects, spearheading the adoption of multiple Intel intellectual properties in IEEE 802.15.7. *Directed a team of four engineers throughout the design, development, and engineering of augmented reality proof-of-concept based on visible-light communications, using Intel 2-in-1 laptops equipped.

Implementation and validation through experiments of an optical MIMO communication system. Data reduction algorithm implementation using compressive sensing. Software development of diversity combining techniques for optimal symbol detection.

Organized, prepared and taught AC and DC Circuits laboratory (EE280) as well as Engineering Analysis laboratory (EE210) in the Department of Electrical Engineering at NMSU.

Performed vehicle-to-destination communication in an amplify-and-forward relay network. Development of vehicle location estimation algorithms using different vehicle-to-node distance measurements (RSS or TOA). Implementation of different vehicle tracking techniques such as Kalman filter or particle filter. Optimal 3D landmark placements for vehicle.

Implementation of different channel coding techniques such as convolutional codes, recursive systematic convolutional codes and turbo codes with bit selections for hybrid RF/Optical channels. Hybrid RF/Optical channel modeling using different types of fading such as Rayleigh fading and Rician fading for the RF channel and Gamma-Gamma fading for the optical.

Organized and prepared a short course about signal and systems applied to acoustics.

Executive Mba, Business Administration And Management, General, 97.5

Doctor Of Philosophy (Ph.D.), Electrical Engineering

Master'S Degree, Electrical Engineering

B. S, Electrical Engineering