Jobs at Tyndall National Institute

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Conduct independent research on multi-functional RF front-end III-V MMIC circuits for 6G and New Space. Perform RF and EM design and testing, develop AI-enabled optimization strategies, prepare test plans, reports and IEEE publications, present results, support teaching and lab activities, and complete an MS by Research thesis.

Lead independent research on electrochemical soil sensors and system integration, generate proposals and funding, publish and protect IP, manage projects and labs, supervise students, deploy and validate sensors in field conditions, and engage industry and collaborators for technology translation.

24-month Masters research to develop and demonstrate AI-assisted RF IC design flows. Responsibilities include RF circuit simulation, design and layout using Cadence/Keysight/openEMS, coding AI-assisted methods, disseminating results, participating in outreach, and complying with quality, safety and institute regulations.

The Principal Scientist/Senior Researcher II will lead research in photonic-electronic integration, develop a research team, secure funding, and manage projects, while fostering collaboration and innovation in the field.

Support R&D for a biophotonics fluorescence lifetime system: prepare samples, operate and align optical instruments, acquire and document experimental data, perform Python/MATLAB analysis and visualisation, contribute reports and presentations, and ensure GLP, health & safety, and quality compliance.

Lead and grow an independent power-electronics research programme within IERC, managing projects, supervising postgraduates, delivering high-quality reports and publications, securing competitive funding, coordinating stakeholders, developing prototypes and HIL/real-time platforms (e.g., OPAL-RT), and advancing grid-integration and decarbonisation technologies through collaboration and industry engagement.

Lead research in sustainable, battery-less RF IoT sensing platforms, focusing on resource-efficient component design, sustainable materials, and advanced wireless power transfer (RF-to-DC). Drive prototyping, system demonstrations, secure research funding, supervise students, publish in top-tier venues, and translate work into manufacturable low-environmental-impact solutions.