Postdoctoral Researcher/Scientist in RF Front-End Components and Antenna Subsystems
Postdoctoral Researcher/Scientist in RF Front-End Components and Antenna Subsystems
Tyndall National Institute
Cork, Ireland
The Advanced RF Technologies (ART) Group at Tyndall National Institute (TNI) and University College Cork, Cork, Ireland invites applications for a Post-Doctoral Researcher/Scientist in RF Front-End Components and Antenna Subsystems. We are looking for highly-motivated and ambitious researchers with strong background in RF circuit design, electromagnetics, wave-propagation and antennas to work on cutting edge research in RF front-end-antenna sub-systems for 6G communications and Internet-of-Space (IOS). This will encompass research in a number of areas including:
- RF/mm-wave design of RF components and systems;
- Acoustic wave-resonator-based filters;
- Waveguide RF filters, passives and antenna systems;
- MMIC RF circuits and active components;
- Additive manufacturing technologies for 3D Printed RF systems.
The post holder will be the lead researcher in one or more of the aforementioned research areas and will be responsible of certain project tasks and deliverables. Furthermore, the post holder is expected to be involved in proposals development, lab and equipment management. The post offers a superb opportunity for an ambitious researcher to develop an independent research portfolio in areas of interest of the group and transition to an independent researcher that will later on lead his/her own team.
The successful candidate will become a member of a vibrant and diverse community of academics, research professionals and students at TNI and UCC and will have access to world-class RF characterization and manufacturing facilities at TNI. Furthermore, the role will provide career development opportunities and training for fellowships and proposal preparations.
Key responsibilities
- Carry out innovative research in RF components/systems design and advanced manufacturing technologies;
- Perform modelling and analysis of the limitations of existing solutions aiming to identify key challenges and propose innovative concepts;
- Perform full-wave electromagnetic analysis of 3D RF components, waveguides, antennas;
- Carry out circuit design of RF passive/active components;
- Define process manufacturing requirements and design high-performing RF components based on manufacturing and material constraints;
- Develop tuning/reconfigurability concepts;
- Develop layouts, masks and technical drawings as required for the manufacturing and packaging of RF components and systems;
- Perform characterization using network analysers, probe station and antenna characterization equipment;
- Carry out research independently and manage research projects;
- Management of research labs and experimental testing equipment;
- Preparation of technical reports, power point presentations, scientific papers;
- Support preparation of new proposals and projects;
- Assist BS/MS and PhD students and the teaching activities of the group;
- Participate in Education and Public Engagement activities, as required;
- Ensure all activities are compliant with the Tyndall Quality Management system and ensure the required Health and Safety standards;
- Carry out any additional duties as may reasonably be required within the general scope and level of the post.
Essential Criteria
- PhD degree in Electronic/Electrical engineering or relevant discipline;
- Proficient in using RF circuit and EM design tools, e.g. ADS (or similar), HFSS (or similar);
- Proficient in RF components characterization and antenna testing using network analyser, probe station, spectrum analyser, anechoic chamber or equivalent;
- Strong publication record in IEEE journal and conference publications in areas relevant to this role, e.g. RF circuits, components/systems, antennas, waveguide, electromagnetic propagation;
- High analytical skills with good interpersonal and organizational skills.
Desirable Criteria
- Evidence of creative skills/creativity;
- Experience in design and testing of power amplifiers (PAs) and low noise amplifiers (LNAs);
- Experience in 3D printing techniques for RF components;
- Experience in MMIC design/IC design using PDKs and tape-out experience;
- Experience in using PCB manufacturing equipment, CNC machining, laser cutters, 3D printers;
- Experience in MS/PhD students advising and teaching.
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