17 Postdoctoral Fellowship at Technical University of Denmark (DTU), Denmark

This position is a part of the research project INF4INITY that investigates floating wind turbine with Nature Inspired design of scour protection and motion damping system for the floating system and located in the coastal group of the section for Fluid Mechanics, Coastal and Maritime Engineering. The objectives are to develop and use new methods for analysing performance of porous structural parts in marine structures. The Postdoc includes both development and use of the OpenFOAM library for Computational Fluid Dynamics analyses.

If you want to boost your career as researcher, educator and provider of scientific advice within waste management, resource engineering and circularity, here is the chance! We offer an opportunity to join the faculty at one of the world’s leading university departments in resource and environmental engineering. At DTU Sustain you work at the forefront of science providing solutions to major societal challenges related to climate change, circularity, sustainability, and environmental quality.

DTU Sustain has been very productive and successful during the last decades within waste management, resource engineering and circularity. Currently 7 faculty members focus on these topics, and fortunately we are now able to add one more senior researcher within this area. The position is defined below, and candidates should be able to collaborate with the existing faculty members, but also add new expertise and dedication to the group.

Your overall focus will be to strengthen DTU Sustain’s competences within the areas of waste management, resource engineering and circularity, and especially be a key resource in the group’s contract with scientific advice to the Danish Environmental Protection Agency (EPA). Current topics in the group are emission monitoring, landfill biocovers, organic waste management, textile and plastic waste, carbon capture and LCA modelling. Your expertise can contribute to further development of these topics but potentially also add new relevant topics.

If you want to establish your career as an early-stage researcher and are currently looking for the best possible foundation for your dreams and ambitions, it is right here in front of you. With this Postdoc position, we offer you the possibility of establishing your career as a scientist in photonic integrated circuits and bioimaging. You will be working at DTU Electro, in the Photonic Integrated Circuit based Systems (PICSys) group. The setting will be the cutting-edge laboratory for photonic integrated devices, and the access to one of the largest cleanroom facilities in European Universities. You will be working with a group of professionals in photonic integrated devices, optical phased array, optical communications, optical computing, electronic circuits design and FPGA programming. 

We are seeking a highly motivated and talented Postdoc to join our team and contribute to our efforts in developing integrated optical phased array (OPA) for biomedical imaging. You will be working on an innovative project aimed at developing integrated optical phased array-based multi-photon lightsheet fluorescence microscopy, which has the promising potential to revolutionize current biological studies and diagnostic methodology. This position offers a unique opportunity to engage in photonic integrated circuits (PIC) research, collaborate with DTU Health Tech and Faculty of Health and Medical Sciences at Copenhagen University, and drive the development of next-generation biomedical imaging solutions. 

This Postdoc position is funded by Novo Nordisk Foundation. As a participant of the project, you will become part of a team at DTU with expertise in design, simulation, nanofabrication, characterization, and application of PIC. The activities within the project will benefit from synergies with other projects in the group as well as with other activities in the department. The main supervisor will be Dr. Hao Hu, DTU Electro. 

DTU Physics is seeking a highly motivated and skilled Postdoc to join our cutting-edge research team in Photonic Integrated Quantum Computing. This position is part of the EPIQUE consortium, a collaborative initiative bringing together world experts in integrated quantum light sources, photonic chips, and photon detectors, along with leaders in photonic quantum algorithms and architectures. The successful candidate will contribute to the development of scalable quantum processors based on measurement-induced processing of cluster states. 

In our pursuit to create a scalable quantum computer based on measurement-induced processing of cluster states, we are developing quantum processors utilizing temporal and spatial multiplexing of squeezed states on highly promising photonic integrated circuit platforms. This approach combines low-loss fiber optical delay lines and high-efficiency detection to construct a measurement-based quantum computing machine capable of performing both non-universal quantum sampling algorithms and fully universal algorithms.

DTU Physics is seeking a highly motivated and skilled Postdoc to join our cutting-edge research team in Continuous Variable Photonic Quantum Computing. This position is part of the PhotoQ consortium, which focuses on developing a quantum computing platform, along with photonic quantum algorithms and architectures. Our platform aims to demonstrate a true quantum algorithmic advantage and will eventually be accessible online. 

Our goal is to create a scalable quantum computer using measurement-induced processing of continuous variable cluster states by developing quantum processors that utilize temporal multiplexing of squeezed states. This approach integrates free-space optics, low-loss fiber optical delay lines, and high-efficiency detection to build a measurement-based quantum computing machine capable of performing both non-universal quantum sampling algorithms and fully universal algorithms.

Then look no further because the opportunity to fulfill your professional ambitions stands right in front of you. Building on its research legacy on resilient autonomous systems, DTU Electro will break new ground on developing cutting edge solutions for the real-time mapping of civilian infrastructure (e.g., harbours and roads) through the robust fusion of several sensing modalities hosted onboard surface vessels or cars to enable the safe operations at sea and on the road. 

As postdoc in Multimodal Sensor Fusion for Infrastructure Mapping, you will have a key role in several innovation projects, you will collaborate with leading industry partners in Denmark and across Europe, and you will contribute to consolidate DTU Electro’s international leadership on autonomous systems.

The research of this project has civilian objectives. However, equipment restricted by export licenses and ITAR (International Traffic in Arms Regulations) is being used. Applicants that are citizens of Denmark, Norway and other NATO countries, Australia, Austria, Finland, Ireland, Israel, Japan, the Republic of Korea, New Zealand, Sweden, Switzerland, and Ukraine are eligible. Other applicants should provide evidence of eligibility to use such equipment for their application to be considered.

Then look no further because the opportunity to fulfill your professional ambitions stands right in front of you. 

Building on three decades of research on fault diagnosis and condition monitoring for safety critical systems, DTU Electro will break new ground on predictive maintenance of road infrastructure by pursuing the development, testing and experimental verification of multimodal diagnostic and prognostic systems in collaboration with leading European academic and industrial partners, as part of the Horizon Europe EvoRoads project. 

As postdoc in Predictive Maintenance of Road Infrastructure you will have a pivotal role in the core research activities of EvoRoads WP2 and WP3, and you will contribute to consolidating DTU Electro’s international leadership on diagnosis and prognosis of safety critical systems.

Are you a talented, self-motivated, and team-oriented person, who thrives in a collaborative environment and enjoys working with complex topics? We are looking for a postdoc to join a world-leading research environment and contribute to the development of converter-rich power plants, which are expected to play a major role in tomorrow’s power systems. You will join an international team of PhD students and postdocs that, together with other academic staff and industrial partners, develop tools and models for simulating and assessing the dynamic performance and stability of such power plants.

If you are in the process of establishing your career as a scientist and are seeking the optimal foundation to realize your dreams and ambitions, your search ends here. 

At DTU Electro, you will pioneer advancements at the forefront of silicon carbide optoelectronics. We are actively seeking a highly self-motivated postdoc to make significant contributions to our ongoing research endeavors. This Postdoc position will be situated within the wide bandgap semiconductor photonics group, under the leadership of Associate Professor Haiyan Ou.

Silicon carbide (SiC) is swiftly emerging as a pivotal material platform for optoelectronics, owing to its exceptional optical and electrical properties—ranging from wide bandgap to coined high power density. As pioneers in this burgeoning field, we eagerly anticipate collaborating with you to further advance this captivating domain.

Join us at DTU Space to contribute to research that could revolutionize our understanding of stellar structure and evolution. We are seeking an enthusiastic and skilled Postdoctoral Researcher to join the ERC-funded MAGNIFY project, led by Dr. Victoria Antoci. This project explores the effects of magnetic fields on stellar structure and mixing processes within stars. It focuses on magnetic field generation, the impact on pulsations, and broader implications for stellar evolution. MAGNIFY investigates the variability induced by stellar spots and examines the origin of magnetic fields causing these variations in A and F stars. Using asteroseismology, we aim to detect and analyze near-core and surface magnetic fields. This involves comparing theoretical models with photometric observations from the Kepler and TESS satellites, complemented by Gaia data and ground-based spectroscopic and spectropolarimetric observations.

The Division for Power and Energy Systems of DTU Wind and Energy Systems provides cutting edge research in sustainable, reliable and cost-efficient energy systems to the benefit of society. At DTU Wind and Energy Systems you will enjoy the advantages of a creative and inspiring work environment shared with about 400 highly skilled and motivated colleagues.

The two postdocs are part of the ERC Starting Grant project “VeriPhIED”, and the Horizon Europe research projects “SYNERIGES” and “ODEON”. “VeriPhIED” is a prestigious grant by the European Research Council, which aims to develop the next generation scientific machine learning tools based on Trustworthy AI and Physics-Informed Machine Learning for power systems. SYNERGIES and ODEON are both an international research project, with up to 34 industrial and academic partners from over 13 European countries. Both projects aim to introduce Energy Data Spaces to unleash the data-driven innovation and sharing potential across diverse energy actors (e.g. consumers, prosumers, utilities, and others). SYNERGIES objective is to introduce a Reference Energy Data Space Implementation while ODEON’s objective is to introduce an open-source platform for federated Energy Data Spaces with the goal to interconnect Energy Data Spaces across Europe. SYNERGIES will be extensively validated in 3 demo sites, in Spain, Greece, and Denmark. More information about the project can be found here: https://synergies-project.eu/  ODEON will be extensively validated in 5 demo sites, in Spain, Greece, France, Ireland, and Denmark. ODEON started in January 2024 and will build upon the SYNERGIES project. 

We invite you to apply for a position targeting research and innovation in the field of habitat modelling.  As a postdoctoral researcher, you will play a crucial role in developing modelling tools for habitat restoration, with a specific emphasis on biogenic reefs, seagrass meadows, biodiversity, and invasive species in a dynamically changing ecosystem under Climate Change pressure.

This multidisciplinary research program focuses on developing ultrafast multiphoton lightsheet microscopy for imaging live brain activity in vivo at cellular level overcoming the current speed bottleneck for lightsheet imaging. 

The Department of Chemical and Biochemical Engineering (DTU Chemical Engineering) invites applications for few positions as Post Doctoral Fellow to be hired for a European Research Council (ERC) funded project with focus on anaerobic microbiome for biotechnological applications aiming at valorization of biowastes. 

Your background is on anaerobic microbiology, microbial ecology, microbial interactions, syntrophies, genome scale modelling, bioengineering, and fermentation.