Overview Alaris Edge is more than just a physical space—it’s a symbol of our dedication to staying ahead in the ever-evolving field of RF technology. Over the years, Alaris has always had a strong focus on innovation, and with technologies becoming more advanced and complex, Alaris Edge is the next step in our commitment to the development of state-of-the-art technology for our customers in the long-term future. Opportunity Alaris, the RF Technology Group, is expanding by opening a new R&D capability based out of our sitein Lincoln, UK. A small, highly capable team will be established to work directly with the Group CTOon the most challenging design problems that the Group has to face and grow our product offeringsin the RF and antenna system space.We are looking for the best-of-the-best, motivated and energetic individuals to work on the mostexciting new antenna and RF technologies. You will be working with customers based all over theworld and collaborating closely with engineers based in our various sites in Europe, the USA and Africa. If your passion is to tackle difficult problems with an innovative and energetic spirit, then thisis the place for you! As a junior antenna and RF design engineer, you will work side-by-side with senior engineers tosupport the team’s design activities on antenna and RF subsystems from HF to SHF frequencies aswell as more complex mixed signal electronic systems. The opportunities to learn and develop yourskills and engineering knowledge in a dynamic and fast-paced design environment will be significant. Hard Requirements

Education (ideal): Master’s or PhD in electronic engineering Minimum work experience: Recently qualified or upwards Required nature of experience: Design experience in an electronic-related field, specifically one involving electromagnetics or microwave/RF engineering Specialised computer literacy (ideal): MATLAB, CST / FEKO / HFSS / MWO / ADS or similar, Eagle / Altium or similar

Soft Requirements

Bright, hardworking, and able to work independently and accurately Work well under pressure and adhere to deadlines Innovative and creative thinker Keen to learn and develop themselves Flexibility – prepared to work longer hours when critical work needs to be completed Good understanding of electromagnetic theory and physics/mathematics High levels of initiative Effective problem-solving skills Hands-on practical skills in fabricating prototypes, building electronics systems, soldering, and general DIY Good oral and written communication skills

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