<p><strong>Huawei's Munich Research Center</strong> is responsible for advanced technology research, architectural development, design and strategic engineering of our products. </p><p>The <strong>Precision Module and Equipment Laboratory </strong>focuses on Precision Automation for state-of-the-Art Products in the field of telecommunication area. The lab aims at developing fundamental and core technologies needed for the automation of precision components for assembly, testing and measurement. To further enhance the capability of the team in Munich, </p><p>Join us as a</p><p><strong>RF Test Instrument Hardware Development Engineer (m/f/d)</strong></p><p><strong>Your mission </strong></p><ul><li>Responsible for the developing next generation RF/Microwave and Electronic solutions for test& measurement</li><li>Circuit design, simulation, and debugging of low phase noise oscillators, frequency sources, synthesizers, RF/microwave building blocks (amplifiers, detectors, mixers, couplers, filters, up/down conversion), integrated microwave assemblies, and subsystems</li><li>Participate in the selection and evaluation of key components, and complete schematic and PCB design</li><li>Prepare relevant technical documentation, including design proposals and test reports</li><li>Track the latest industry trends and participate in new technology research and development</li></ul><p><strong>Your areas of expertise</strong></p><ul><li>Master's degree or above in Electronic Engineering, Communication Engineering or related fields, with at least 8+ years of relevant work experience</li><li>Proficient in low phase noise oscillators, frequency sources, and synthesizers</li><li>Experience with RF/Microwave components, blocks, subsystems, or systems</li><li>Proficient in using at least one EDA tool, such as ADS, HFSS, CST, or COMSOL</li><li>Strong team player with excellent communication skills, responsible and detail-oriented, with strong learning and problem-solving abilities</li><li>Prior experience in RF test instrument developing is preferred</li><li>Familiarity with microwave frequency synthesizer or Power Meter or Vector network analyzer design is preferred</li><li>Experience in Uncertainty Analysis and Evaluation of RF Measurement and digital signal processing algorithm is preferred</li></ul><p>By applying to this position, you agree with our RECRUITMENT PRIVACY STATEMENT. You can read in full our recruitment privacy statement via the link below.<br><br><a href="http://career.huawei.com/reccampportal/portal/hrd/weu_rec_all.html">http://career.huawei.com/reccampportal/portal/hrd/weu_rec_all.html</a></p><p><strong>Your rewards of working here</strong></p><ul><li>Our culture is characterized by innovative power and team spirit as well as the intensive exchange of knowledge and experience within our global network.</li><li>We offer healthy meals ranging from traditional Chinese to western delicacies in our famous company canteen. </li><li>To keep your development ongoing, you will find a broad range of training opportunities. Many online and face-to-face training programs incl. language courses in German and Mandarin.</li><li>Our diverse and welcoming environment is shaped by different backgrounds and around 40 individual nationalities.</li><li>Self-responsible work in a competent, motivated and constantly growing team.</li></ul><p>Please send your application and CV (incl. cover letter and reference letters) in English.</p><p><strong>Huawe</strong><strong>i</strong> is a leading global information and communications technology (ICT) solutions provider. Driven by a commitment to operations, ongoing innovation, and open collaboration, we have established a competitive ICT portfolio of end-to-end solutions in Telecom and enterprise networks, Devices and Cloud technology and services. Our ICT solutions, products and services are used in more than 170 countries and regions, serving over one-third of the world's population. With 197,000 employees, Huawei is committed to develop the future information society and build a Better Connected World. </p> •
Last updated on Feb 17, 2025