Senior RF Design Engineer

Cure Talent are delighted to be working with an innovative early-stage MedTech company developing next-generation BioElectronics technology. As the business continues to grow and progresses its technology towards clinical use, we have an exciting opportunity for a Senior RF Design Engineer to join their multidisciplinary engineering team in Dublin. The successful Senior RF Design Engineer will take technical ownership of RF circuit design and related hardware development across a highly innovative electronic platform. The role will involve the design and development of RF power transmission and wireless communication electronics, working from circuit design and simulation through to PCB development, testing, optimisation and integration. This is a hands-on position offering significant technical autonomy and would suit an experienced RF Engineer from MedTech, telecoms, wireless communications or another advanced electronic product environment. Key Responsibilities: Design and develop RF power transmission and RF communication circuits. Develop analogue/RF electronics from circuit design and simulation through to working hardware. Perform RF analysis, simulation, optimisation and calibration. Design and develop high-speed/RF PCBs and support prototype builds and testing. Carry out failure analysis, hardware testing and product validation using specialist RF laboratory equipment. Work alongside wider electronics, embedded and software engineers on system-level development and integration. What We're Looking For: Strong professional experience in RF electronic circuit and hardware design. Good knowledge of analogue/RF design including impedance matching, signal integrity, filters, mixers, LNAs and/or VCOs. Experience with RF simulation, modelling and/or SPICE tools. Hands-on experience using equipment such as spectrum analysers, network analysers and oscilloscopes. Experience with RF/high-speed PCB design and layout; Altium would be advantageous. Experience in wireless communications, wireless power transmission, embedded electronics and/or EMI/EMC would be highly beneficial