08 Postdoctoral Fellowship at Linkoping University, Sweden

We are looking for you who are interested in participating in groundbreaking research focused on optimizing array antenna systems for MIMO holographic radar systems. The work will contribute to the design and characterization of intelligent devices and environments for wireless communication, localization, and sensing. You will be part of the research group developing advanced systems with multiple antennas

Are you passionate about developing the next generation sustainable technologies?  Join us in pioneering research that aims to harness the power of photosynthetic organisms.

We are seeking a motivated and creative postdoctoral researcher to join our cutting-edge project aimed at developing photosynthetic living materials and devices. Our goal is to revolutionize materials science by creating materials that have living characteristics, such as responsiveness, adaptation and evolution paving the way for innovative applications and a more sustainable future.

We are looking for someone who is goal- and result-oriented, has the ability to adapt when goals change, and has excellent problem-solving analytical skills to handle complex issues. We also value independence and the ability to structure and drive your own processes, as well as good collaboration skills to relate to and work effectively with others.

It is considered advantageous if your doctoral degree is no older than three years at application deadline for this job. If there are special reasons for having an older doctoral degree – such as taking statutory leave – then these may be taken into consideration.

This position is primarily a synthetic role but will also involve self-assembly techniques, materials characterization and the opportunity to conduct testing for photocatalytic water splitting and carbon dioxide reduction.

This role will involve the synthesis of donor and acceptor block copolymers for the development of heterojunction polymer nanofibers. A range of chain- and step-growth techniques will be explored to develop polymers for crystallisation driven self-assembly (CDSA). CDSA heterojunction nanofibers will then be investigated for solar fuels photocatalysis.

As postdoc, your main task is to carry out research. About 80% of your working time will be devoted to research linked to several projects within the construction logistics unit at the division of Communication and Transport Systems (KTS). The postdoc will focus on projects related to circularity of construction materials (including both soil and rock materials, demolition materials as well as renovation materials). Procurement processes are central to create a demand of circular materials, especially how this relate to digitalization, big data management and new business models to ensure a scalable circular economy. The research will cover question such as supply management, governance models and contract management. The main task is to write reports and research articles to report results and knowledge gained, as well as leading studies to develop new research findings within the projects and initiate new applications for further research. In addition, you are expected to be active in PhD and master thesis supervision. You are also expected to collaborate closely to both private and public organisations.

A certain amount of teaching may be part of your duties, typically 20 % of working time. Regarding teaching, there is the opportunity to contribute to courses within several of our programs, including our bachelor’s degree programs in in Construction engineering and Logistics, as well as our master’s program in Communication, Transport and Society, and Digital construction.

We are now looking for a postdoc in Traffic Systems, placed at the Department of Science and Technology Campus Norrköping, to be part of an exciting project with focus on large-scale mobility data. You will develop advanced methods to continuously estimate traffic flows and analyze mobility patterns, in close collaboration with prominent researchers, PhD students and industry partners to create sustainable and innovative transport solutions.