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University of Bedfordshire • Liverpool, England, United Kingdom
Company Description The University of Liverpool is a renowned institution recognized for its excellence in research, education, and innovation. It attracts talented students, professionals, and collaborators from across the globe. With a dedication to tackling global challenges,
Company Description The University of Liverpool is a renowned institution recognized for its excellence in research, education, and innovation. It attracts talented students, professionals, and collaborators from across the globe. With a dedication to tackling global challenges, the University strives to make a positive and lasting impact on the world through its research and teaching. It is committed to fostering an inclusive and inspiring academic environment to support learning and discovery. Role Description This is a full-time, on-site role for an Electromagnetic Modelling and Antenna Testing Associate based in Liverpool. The associate will be responsible for designing, developing, and analyzing electromagnetic models and systems, as well as conducting experimental testing and evaluation of antennas. Daily tasks include data analysis, simulation of electromagnetic fields, preparation of technical reports, and collaboration with interdisciplinary teams. The role may also include contributing to research publications and participating in conferences or meetings to share findings. Qualifications Strong knowledge and experience in electromagnetic modelling, antenna design, and simulation tools. Proficiency in the use of software relevant to computational electromagnetics and simulation, such as CST, HFSS, or COMSOL. Hands-on experience in antenna measurement techniques, experimental validation, and instrumentation setup. Ability to analyze data effectively and produce detailed reports or publications. Strong problem-solving, critical thinking, and organizational skills. Effective teamwork and communication skills, with a capacity to collaborate in an interdisciplinary research environment. A degree in Electrical Engineering, Physics, or a related technical discipline is required; advanced degrees (e.g., MSc or PhD) are advantageous. Experience in academic research or industry projects related to antennas and electromagnetics is a plus.