Find the latest job offers from the SiNANO members (PhD, internship, post-doc, position…).
The 2D Materials and Devices group from the International Iberian Nanotechnology Laboratory (INL) is looking for its next Research Scientist Group Leader.
The successful candidate will develop a world-class research program focused on the realisation of scalable device technologies based on two-dimensional materials, combining wafer-scale material growth, advanced nanofabrication, and device integration.
Main responsabilities:
- Lead and develop an internationally competitive research programme in scalable 2D material device technologies with emphasis on ICT.
- Exploit INL’s advanced MOCVD, cleanroom and advanced characterisation core facilities to establish innovative device platforms.
- Develop novel electronic, optoelectronic, ionic and sensing devices based on graphene, hBN, TMDs and related heterostructures.
- Establish ambitious research directions that combine scalable materials growth with advanced device fabrication and integration.
- Secure competitive research funding from national, European (including ERC Starting, Consolidator and Advanced Grants) and international programmes.
Qualifications:
A PhD in Physics, Electrical Engineering, Nanotechnology, Materials Science or related fields is mandatory. A strong postdoctoral research record in 2D materials devices and well as expertise in device fabrication, large-scale 2D material synthesis (e.g., CVD, MOCVD, LPE), and their integration into functional systems, is also required.
Get more information on the position, explore more the required qualifications and benefits and apply here
Deadline:
30 September 2026, 23h59min (Lisbon time)
The Materials Modelling for Devices Group at Tyndall National Institute is looking for a Research Fellow in Technology Computer Aided Design (TCAD). The position is connected to Tyndall’s CMOS++ Materials & Devices programme and, particularly, the NanoIC pilot line.
The successful candidate is expected to design & implement a specific research programe in the group, leading the work on TCAD and to provide high-level scientific expertise and intellectual leadership in TCAD-based modelling.
The main duties and responsibilities include:
- Work with the supervisor and other team members in idea and strategy generation to deliver the outputs of the project and to contribute to raising the profile of this activity
- Develop, calibrate, and validate physics-based simulation models using industry-standard and custom TCAD platforms
- Lead Manage and independently drive a programme of TCAD-based research into novel semiconductor device materials and device concepts.
- Translate simulation outcomes into actionable design guidelines for experimental fabrication partners, supporting a coherent simulation-to-fabrication pipeline.
Candidate profile
Applicants must hold a PhD in semiconductors physics, electrical engineering, materials science, or a closely related discipline. In addition, a minimum of six years of postdoctoral or equivalent professional research and project management experience following of the PhD, is required. Extensive hands-on experience as well as proven experience in modelling of semiconductors device physics is also required.
Deadline
Closing date for application is 1pm, 30th September 2026.
How to apply?
Informal enquiries concerning this position can be made to Dr. Michael Nolan.
To check the full list of responsibilities, the offer detailed description, as well as to apply.
The PHOTO team at CROMA – Grenoble INP is hiring a postdoctoral researcher to study glass photonic structures at cryogenic temperatures for quantum computation.
The main tasks include:
- Validating the fibred connections recently added to one of the laboratory’s cryostats and those of our partners in the project (CEA-Leti)
- Testing and optimising the strength of the fibre pigtails on the waveguides at cryogenic temperatures (around 4K) in a cryostat.
- Measuring the impact of the temperature on the optical losses of the pigtailed component (from ambient temperature down to 4K).
- Studying the impact of temperature cycling on the fibred components.
- Studying the behaviour of more complex optical functions with respect to the temperature (e.g. Spiral waveguides, Mach-Zehnder interferometers, phasars, …)
- Depending on the progress of the project, photonic components based on Bragg reflectors and hybrid structures may also be studied at cryogenic temperatures.
Candidate profile
Applicants need to have in-depth knowledge of integrated photonics and a keen interest in experimental work. Prior experience in cleanroom manufacturing or cryogenics will be appreciated.
Deadline
The candidate is expected to be selected by 15th September 2026 for a contract starting the end of 2026.
How to apply?
Please send your CV, cover letter and recommendation letter by email to:
Elise Ghibaudo – Full Professor / Deputy director of CROMA
elise.ghibaudo@grenoble-inp.fr
Malik Kemiche – Associate Professor / Project representative of QLoop’s WP3 in CROMA
malik.kemiche@grenoble-inp.fr
