Satellite Communication Engineer
GENERAL QUALIFICATIONS
• Graduated from the Electronics, Electrical-Electronics, or Electronics and Communication Engineering departments of universities,
• Believing in the importance of developing critical space-sector technologies for our country in a national and indigenous manner,
• Experienced in RF test systems such as Spectrum Analyzers, VNAs, RF Measurement Probes, RF Signal Generators, etc.,
• Knowledgeable in RF payload architecture and performance analysis,
• Hands-on experience in the integration, testing, and troubleshooting of RF/Microwave circuits and systems,
• Knowledge of active and passive microwave components,
• Proficient in at least one RF simulation tool,
• Capable of performing performance analyses of RF payloads,
• Experienced with MIL-STD-461, ECSS-S-ST-E-20, and ECSS-S-ST-E-50 standards,
• Knowledgeable about telemetry/telecommand communication subsystems and CCSDS 131.0, CCSDS 231.0 standards,
• No travel restrictions; able to work short- or long-term at domestic and international sites,
• Careful and detail-oriented, adaptable to flexible and intensive working hours, and a strong team player.
JOB DESCRIPTION
• Designing RF equipment used in spacecraft and conducting their tests,
• Developing RF architecture and writing lower-level system requirements,
• Performing and reporting link budget calculations,
• Designing RF equipment and managing the testing, production, and integration processes of the designed equipment,
• Taking part in electromagnetic compatibility (EMC) tests,
• Supporting design improvements by analyzing and testing issues encountered during testing and in the space environment,
• Ensuring effective coordination with software, mechanical, manufacturing, integration, and system management teams,
• Contributing to the creation of the most optimal design by reviewing reports from other design disciplines and evaluating their requirements.