George Embaid

• Developed proprietary open-source software architecture for the automated control and data acquisition of scientific instrumentation via GPIB interfaces.
• Architected an open-source software suite for automated metrology and calibration routines, eliminating reliance on corporate licensing via an open, modular infrastructure compatible with multi-vendor hardware.
• Conducted core research and technical developments within the Applied Electromagnetism Laboratory.

• Reverse-engineered the national network topology built on proprietary, undocumented Chinese hardware, eliminating external contractor lock-in and restoring internal operational control.
• Configured and administered core switches, firewalls, and routing policies to deploy critical missing infrastructure at headquarters, implementing Active Directory services and network file sharing via SAMBA.
• Served as active cybersecurity incident responder; successfully contained attack vectors and executed network isolation protocols to prevent the lateral propagation of ransomware.

Analysis of Maximum Atmospheric Depth (XMAX) measurements obtained from the fluorescence detectors at the Pierre Auger Observatory.

Open-source library for the automation and GPIB interfacing of the Rohde & Schwarz TS-RSP RF switch matrix. Developed independently for the Fundación Instituto de Ingeniería.

Python-based computational ecosystem designed for offline processing, statistical calibration, and data modeling of the MuNRa modular cosmic muon detector (developed at the School of Physics, Universidad Central de Venezuela).

Design and architectural development of an open-source platform for automating metrology procedures, built as a high-utility alternative to proprietary industry suites (e.g., Fluke MET/CAL). Automates calibration data logging, manages metrological traceability, and interfaces with multi-vendor hardware via industry-standard protocols.