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Hi, I'm Ahmed El Saegh, a dedicated RF engineer with 17 years of hands-on experience in the maintenance and control of RF subsystems, ground station operations, link budget calculations, and interference geolocation. I thrive on solving complex RF challenges, optimizing performance, and collaborating across teams during satellite missions. Over the years I have contributed to the integration and testing of ground stations and RF equipment during launches (Nilesat 201 in 2010 and Nilesat 301 in 2022), and I bring a practical, results-driven approach to troubleshooting, calibration of HPAs/TWTAs, and automation of antenna systems using PLC-based control (Siemens S7, B&R).…Hi, I'm Ahmed El Saegh, a dedicated RF engineer with 17 years of hands-on experience in the maintenance and control of RF subsystems, ground station operations, link budget calculations, and interference geolocation. I thrive on solving complex RF challenges, optimizing performance, and collaborating across teams during satellite missions. Over the years I have contributed to the integration and testing of ground stations and RF equipment during launches (Nilesat 201 in 2010 and Nilesat 301 in 2022), and I bring a practical, results-driven approach to troubleshooting, calibration of HPAs/TWTAs, and automation of antenna systems using PLC-based control (Siemens S7, B&R).

Ahmed El Saegh

Sound Engineer, Audio Engineer, Lead Sound Engineer, +2

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Hi, I'm Ahmed El Saegh, a dedicated RF engineer with 17 years of hands-on experience in the maintenance and control of RF subsystems, ground station operations, link budget calculations, and interference geolocation. I thrive on solving complex RF challenges, optimizing performance, and collaborating across teams during satellite missions. Over the years I have contributed to the integration and testing of ground stations and RF equipment during launches (Nilesat 201 in 2010 and Nilesat 301 in 2022), and I bring a practical, results-driven approach to troubleshooting, calibration of HPAs/TWTAs, and automation of antenna systems using PLC-based control (Siemens S7, B&R).…Hi, I'm Ahmed El Saegh, a dedicated RF engineer with 17 years of hands-on experience in the maintenance and control of RF subsystems, ground station operations, link budget calculations, and interference geolocation. I thrive on solving complex RF challenges, optimizing performance, and collaborating across teams during satellite missions. Over the years I have contributed to the integration and testing of ground stations and RF equipment during launches (Nilesat 201 in 2010 and Nilesat 301 in 2022), and I bring a practical, results-driven approach to troubleshooting, calibration of HPAs/TWTAs, and automation of antenna systems using PLC-based control (Siemens S7, B&R).

Available to hire

Hi, I’m Ahmed El Saegh, a dedicated RF engineer with 17 years of hands-on experience in the maintenance and control of RF subsystems, ground station operations, link budget calculations, and interference geolocation. I thrive on solving complex RF challenges, optimizing performance, and collaborating across teams during satellite missions.

Over the years I have contributed to the integration and testing of ground stations and RF equipment during launches (Nilesat 201 in 2010 and Nilesat 301 in 2022), and I bring a practical, results-driven approach to troubleshooting, calibration of HPAs/TWTAs, and automation of antenna systems using PLC-based control (Siemens S7, B&R).

Skills

Experience Level

Expert

Expert

Expert

Expert

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Language

Arabic

Fluent

English

Fluent

Spanish; Castilian

Beginner

Work Experience

RF Engineer at Nilesat - The Egyptian Satellite Company

December 1, 2008 - Present

Operation and maintenance of TT&C antennas (Ku, Ka, WRC bands) and RF equipment; troubleshoot and optimize HPAs/TWTAs, LNAs, upconverters, and downconverters; perform link budget calculations; conduct interference detection and geolocation; support satellite maneuvers; remote monitoring and control via M&C software; monitor transponder performance and interference sources; automate antenna systems with PLC-based servo control (Siemens S7, B&R).