0HF Development Engineer for Active Antenna Systems (m/f/d)
Hensoldt | Germany | 89xxx Ulm | Permanent position | Full time | Published since: 03.08.2026 on stepstone.de

HF Development Engineer for Active Antenna Systems (m/f/d)

Branch: Electrical engineering Branch: Electrical engineering


HENSOLDT is a leading company in the European defence industry with global reach. Located in Taufkirchen near Munich, the company develops complete sensor solutions for defence and security applications. As a technology leader, HENSOLDT is driving the development of defence electronics and optronics and continuously expanding its portfolio on the basis of innovative approaches to data management, robotics and cyber security. Our products can be used in the areas of Space, Air, Land, Sea, Security, Cyber & Information Space. In 2023, HENSOLDT achieved sales of 1.85 billion euros. After the acquisition of ESG GmbH, the company employs about 8,500 employees. HENSOLDT is listed on the Frankfurt Stock Exchange in the MDAX. For the field “AESA Engineering” we are looking at the Ulm site at the closest possible time HF development engineer for active antenna systems (w/m/d) The “AESA Engineering” department is responsible for the development of active antennas for air, sea and land-based radars and electronic fighting systems. Current and future development work includes, inter alia, AESAs for the Eurofighter, Fregatten, mobile surveillance and fire control radars operating on the ground and for air-assisted electronic fighting. The activities within the designated body shall include design work for the design of actively electronically controllable antennas (AESAs) and their sub-assemblies, specification of sub-assemblies, integration and verification of AESA and documentation of work. For this purpose, modern exhibition equipment, a near field scanning measuring station and a far field measuring chamber are available in development. .

Your tasks • Your profile • What we offer

Technical coordination of work packages in complex development projects as well as in series support Design, development and characterization of complex active antenna systems (AESAs) in the microwave sector Simulation, modelling and design of modern high-frequency systems Creation and coordination of technical requirements in close cooperation with the Engineering system and specification of subassemblies. Technical support for production in the integration, commissioning and acceptance of AESA systems in series production. Implementation of commissioning, testing and measurements on AESAs and their subassemblies, as well as analysis and evaluation of relevant HF parameters. Analysis, limitation and reproduction of complex fault images to support the cause analysis and troubleshooting. Creation of necessary documentation such as concept, specifications, design documents, test procedures and test reports

Complete university studies in electrical engineering in the field of radio-frequency technology, communications technology or comparable Experience in the development, interpretation and verification of AESA systems Experience in handling modern HF measurement technology including antenna measurement Programming skills in Matlab or comparable DOORS Knowledge Good knowledge of common computer packages (MS Word, MS Excel) Team and communication skills for cooperation in interdisciplinary and international project teams Innovative and creative way of working and thinking as well as a capacity for compact presentation and presentation of concepts Independent and responsible work Flowing German and good English skills

Flexible working hours & work-life balance Remuneration & social benefits Personal and professional development Working atmosphere Health and safety Mobility & Sustainability

Contact

ava Hensoldt
89077  Ulm
Germany
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The text of this ad was translated from German into English using an automatic translation system and may contain semantic and lexical errors. Therefore, it should be used for introductory purposes only. For more detailed information, see the original text of the ad at the link below.

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