As Tyndall’s Principal Scientist for Heterogeneous Integration of III-V and Silicon Photonics you will drive a cutting-edge research programme that will address some of the outstanding challenges in photonic-electronic integration in order to deliver new technology solutions for applications ranging from smart medical devices to advanced communication systems.
In particular, you will develop a new research team to advance one of the leading emerging technologies for large scale photonic-electronic integration, namely Micro-Transfer Printing (MTP). A key focus of the research will be the integration of III-V active devices (lasers, modulators, detectors etc.), together with active and passive silicon photonic ICs and associated electronic ICs using MTP. The research will be enabled by Tyndall’s advanced fabrication, characterisation and test facilities, which include all of the elements needed for the programme, including a dedicated MTP tool. Working initially under the guidance of the Head of the III-V Devices Group, you will be expected to lead a number of existing projects whilst also growing your own independent funding and research streams in order to develop a dedicated team of highly skilled research staff and PhD students.
You will join the Photonics Centre at Tyndall, a vibrant and expanding world-class research ecosystem comprising more than 150 researchers with activities that include photonic theory, III-V and III-Nitride material epitaxy, photonic integration, hybrid integration and packaging, microelectronics, biophotonics and communication systems. You will be expected to develop collaborations across the centre as well internationally through programmes such as the European Horizon 2020 funding framework and its successors. Tyndall also hosts the Science Foundation Ireland Irish Photonic Integration Centre (IPIC) a €30M initiative with 30 industry partners, including large multinationals and indigenous companies and start-ups. You will join IPIC as a funded investigator where, in addition to advancing photonic integration science and engineering, you will have the opportunity to lead a number of research collaborations with industry partners to advance the technology towards market deployment.
In order to achieve this, Tyndall seeks a highly motivated and dynamic individual with a proven track record of research excellence and achievement in photonic integration research, including a deep knowledge of III-V and/or silicon photonic device design and fabrication. You will have at least 5 years’ experience working in a leading academic institution or industrial research organisation and ideally a proven track-record of securing research contracts and defining and leading research programmes. The post offers a superb opportunity for an ambitious individual to establish a long-term research career in a world-leading research institute working on exciting, cutting-edge science at the interface between academia and industry.