Research Fellow in Polymeric Photonic Nanostructures
Advanced Material Development specialises in research and development into 2D nanotechnologies and materials. In collaboration with our customers and university partners, we develop and commercialise unique solutions for industrial applications including sensors, electronics & devices, composites, photonics, functional coatings and nano-barcoding.
We are a young and fast-growing company that offers a challenging yet exciting working environment.
Applications are invited for a research fellow position to innovate novel polymeric photonic crystal-based anti-reflective coatings against high powered lasers.
You will carry out your experiments and research on your own, but you will be part of a larger team to innovative the anti-reflective coatings for the selective absorption/filtering of specific laser wavelengths using polymeric photonic crystals enhanced with various 2D-layered nanomaterials. This innovative project is funded for 18 months by a government partner.
The successful candidate will have most of these essential skills or abilities:
PhD in Photonics, Physics, Material Science or related subject;
a proven track record in photonics, optoelectronics of low dimensional systems and nanofabrication (including on-chip optical and electrical characterizations);
a thorough understanding of device physics and the physics of 2D layered nanomaterials;
must be comfortable working in a cross-functional team and be skilled in communicating complex technical information through a variety of methods including research presentations;
possess detailed understanding and laboratory experience with most of the following:
Atomic force microscopy;
Raman spectroscopy and/or FTIR techniques as well as spectrophotometry;
modelling optical systems with:
Zemax, OpticStudio, or similar;
Python and/or Matlab environments;
excellent written, spoken communication and organisational skills are essential;
experienced in lab management and supervising junior group members.
design and fabrication of polymeric-based photonic crystal based thin films enhanced with 2D layered nanomaterials;
characterisation of thin films utilising various microscopy and spectroscopic techniques;
developing testing protocols to determine functionality and optimisation and to ensure quality;
maintain long-term datasets, testing procedures, validate testing systems, and continually assess measurement consistency and reliability;
documenting the design processes including objectives, issues, and outcomes.
The exact research activities will be continuously adapted to ensure high relevance and impact.
Informal enquiries regarding the post may be directed to Dr. Izabela Jurewicz at email@example.com
The funding source requires that the post must be filled by 1st of June 2021.