Antenna Design Engineer

Antenna Design Engineer An exciting opportunity has arisen for an Antenna Design Engineer to join a globally recognised organisation involved in the innovative technology sector of rugged and industrial computers, based at their site in Leominster, Herefordshire. This company specialises in developing advanced technology solutions for rugged and industrial computing applications. With a strong emphasis on quality and innovation, this Herefordshire based company are seeking a talented Antenna Design Engineer to assist with the completion of current and future projects as they continue to grow. Duties of the Antenna Design Engineer job include: - Collaborate with mechanical and electronic engineers to develop new antenna designs, both individually and as part of a team. - Assist with the assembly and testing of prototype designs. - Undertake RF designs using 3D EM simulation software, particularly CST Microwave Studio. - Participate in and lead design reviews, managing engineering change notes through the product development process in accordance with ISO 9001 procedures. Key skills and experience for the Antenna Design Engineer job are: - Master's or bachelor's degree in engineering or an equivalent qualification. - Proven track record in RF design is essential; antenna design experience is desirable. - Relevant industrial or academic experience in the field of antennas, with a strong emphasis on RF engineering. - Experience in producing antenna designs for RF, microwave, or mm-wave frequencies, particularly with wideband topologies. - Hands-on experience with antenna-based RF systems for defence, aerospace, or commercial applications is highly desirable. This is an exciting opportunity for an engineer to advance their career with a financially strong, progressive mid-sized electronics company that is part of a global group. To apply for the Antenna Design Engineer job based in Leominster, Herefordshire, please send your CV to Nick - (url removed) or call (phone number removed)/(phone number removed)