16 Jobs found

• Great opportunities to work with excellent researchers to advance theoretical and technical methods for future road-vehicle-traffic infrastructure.• Academic competence development and professional training for future career.• Close collaborations and communications with internationally renowned institutions and industrial partners.• Reciprocal and supportive working environment.• High social welfare (e.g. salary and social benefits) in Sweden.Information about the research for the position: Connected and Automated Vehicles (CAVs) and Electric Vehicles (EVs) necessitate corresponding updates in road infrastructure to accommodate the new changes for future. The shift to connected automation and electrification will alter the traffic distribution, spatiotemporal vehicle loads and vehicle f...

Are you passionate about cutting-edge nanotechnology, nanophotonics, photochemistry, and multidisciplinary research? Join the Langhammer group at Chalmers University of Technology to explore the intersection of advanced nanofabrication, nanofluidics, optical microcavities, and photochemistry.About the projectPhotochemical and photocatalytic reactions are pivotal to science and technology, with applications in organic synthesis, photosensitizers, wastewater treatment, CO2 fixation, and solar fuel production. At the same time, geometrically confining molecules at the nanoscale can alter reaction pathways and it is hypothesized that optical microcavities may offer further, to-date unexplored, handles fur tuning photochemical reactions by significantly enhancing the interaction between light a...

Join the Langhammer group in developing next-generation nanomaterials that will pioneer cutting-edge hydrogen (H) sensors to drive the clean energy transition. Work at the forefront of nanotechnology, sustainability, and advanced materials science to develop new materials for safer, more efficient hydrogen energy solutions for a sustainable future.About the projectThe transition to sustainable energy requires new technologies, and hydrogen (H) plays a key role. However, the flammability of H-air mixtures necessitates high-performance safety sensors, which current technologies fail to deliver.The Langhammer group has pioneered plasmonic optical H sensors (ACS Sensors 2020), utilizing localized surface plasmon resonance in hydride-forming metal nanoparticles. These sensors offer spark-free, ...

Looking for a unique and collaborative endeavor at the cutting edge of photonics and quantum engineering? Read on!Our goal at Chalmers is to build a useful quantum computer. The complexity of today's quantum processors must be increased to help fields like chemistry and medicine. We are forming a new interdisciplinary team to understand and increase the power of quantum technology.Information about the project and the environmentThe positions are in the brand-new Quantum Photonics Laboratory (QPL). We are scientists, applied physicists, and engineers. We explore the flow of and interactions between light, sound, and microwaves.There is no reliable path to a sustainable growth in society's capability to compute and connect. A key issue is the excessive energy loss caused by communication. I...

Looking for a unique and collaborative endeavor at the cutting edge of photonics and quantum engineering? Read on!Our goal at Chalmers is to build a useful quantum computer. The complexity of today's quantum processors must be increased to help fields like chemistry and medicine. We are forming a new interdisciplinary team to understand and increase the power of quantum technology.Information about the project and the environmentThe positions are in the brand-new Quantum Photonics Laboratory (QPL). We are scientists, applied physicists, and engineers. We explore the flow of and interactions between light, sound, and microwaves.There is no reliable path to a sustainable growth in society's capability to compute and connect. A key issue is the excessive energy loss caused by communication. I...

The Department of Mechanics and Maritime Science at Chalmers University is offering a doctoral position on the fluid-mechanics of sea-ice.Sea-ice behavior affects heat and mass exchange between the atmosphere and the ocean in polar regions, playing an important role in global climate and ocean ecosystems. The project investigates the fluid mechanics that govern the microscopic heat and mass transport phenomena of sea ice and brine dynamics during melting and growing.The successful candidate will contribute to generate new knowledge regarding the role that sea-ice plays on world climate and oceans. The project is funded by the Swedish Reserach Council (VR)Project overviewWithin this project you will use pore-scale direct numerical simulations (based on the lattice-Boltzmann method) to enabl...

The world requires outstanding technical universities to address the multifaceted global challenges that we face today. Chalmers University of Technology and its Department of Physics are on an ambitious path to expand the frontiers of science and technology to meet those challenges. As part of these ambitions, the Department of Physics seeks a curious and creative individual, active in the area of Advanced Electron Microscopy, to join us as an Assistant Professor with tenure track or as an Associate Professor. We seek candidates with innovative research ideas who value scientific freedom to pursue their aspirations. The ideal candidate will have a strong focus on imaging, spectroscopy and method development in the areas of advanced electron microscopy, with particular interest in in situ...

We are looking for a post-doc eager to explore the possibilities in the latest atom probe tomography (APT) technology, and to apply this to atomic-scale materials research. The post-doc will work in a small research group, which has a long-standing tradition in atom probe research and a well-equipped lab for materials characterization.Information about the project and divisionYou will join the Division of Microstructure Physics at the Department of Physics. Our research is focused on understanding the links between the process, structure, properties and performance of engineering materials. For this purpose we employ electron microscopy, atom probe tomography and various scattering/diffraction techniques. We have an atom probe instrument of the latest generation, a LEAP 6000 XR, which is e...

An airborne multi-static radar (AMR) system is a system that includes multiple transmitters and receivers on separated airborne platforms. As a PhD student in signal processing at the department of Electrical Engineering, you will contribute to the knowledge about possibilities, solutions and limitations for AMR systems. Project overviewSignal processing for radar systems is in the intersection of physical modeling, multidimensional statistics, and linear algebra. Future radar systems will include a network of geometrically separate nodes where some nodes are active (they send out radio waves) and others are passive (listen to the radio waves) or nodes that are both active and passive. The goal of a radar system is to sense the environment and detect and track all interesting objects by o...

Join our team at the forefront of optoelectronics innovation! The successful candidate will play an essential role in the development of surface-emitting semiconductor lasers that only exist in a few research laboratories in the world. You will be given the opportunity to work in one of the world-leading groups on blue-UV surface-emitting lasers and combine device design and numerical simulations with device processing and characterization in close collaboration with international partners who are experts on epitaxial growth.About usThe Photonics Laboratory at the Department of Microtechnology and Nanoscience (MC2) is a dynamic research group of about 35 members, focusing on optoelectronics, ultrafast optics, and fiber-optical communication. Our primary research includes ultraviolet (UV) a...

Chalmers University of Technology is looking for someone to fill a 12-month maternity leave vacancy for an International Communications Officer. This position sits within the Press Team at the Communications Division at Chalmers. The successful applicant will be responsible for proactive and reactive communication with both international and Swedish media, that serves to increase the awareness of the cutting-edge research being carried out at Chalmers, in the field of science, technology, engineering and mathematics.The Press Team's mission is to:• Create content and develop press communication for a range of channels, that establishes a broad international and national impact for Chalmers' research findings in leading daily and specialist press• Establish, maintain and further develop goo...

Chalmers University of Technology invites applications for a PhD student position exploring land sector sustainability transitions towards a circular bioeconomy. The university is dedicated to scientific excellence and innovation, with a strong emphasis on sustainable development. We foster an environment where knowledge and technical solutions flourish through close collaboration with society, contributing to a sustainable future.Project overviewGrowing demand for food, feed, biomaterials and non-fossil fuels is increasing competition for biomass and land, while climate change is placing additional stresses on land and food systems, exacerbating existing risks to livelihoods, biodiversity, human and ecosystem health, and infrastructure. At the same time, appropriate integration of new bio...

Postdoc position for you who are interested in developing new theories that will contribute to saving our planet and limit the climate change.Information about the projectRange anxiety and long charging times are challenges for electric vehicle (EV) users, but these challenges can be alleviated by user behavioral changes. Trip-planning tools and event-triggered automated charging behavior can be part of the solution to mitigate these challenges, and they rely on accurate predictions of the remaining possible driving range. The project aims to analyze algorithms for predicting the remaining driving range of EVs and suggest ways to improve the current state of the art. The idea is to develop a model-based predictive strategy to estimate the remaining driving range. The prediction model shoul...

How can miniaturized implantable devices with electrodes and sensors can help restore nerve function after spinal cord injury through electrical signals? This research question is the focus of the current PhD position. Project overviewThe project is focused on finding and developing materials and microfabrication processes that makes such spinal implants possible, and exploring the concept in international research collaborations. Information about the division and the departmentOur team specializes in researching neurotechnology and bioelectronic systems. Within the Department of Microtechnology and Nanoscience at Chalmers, we develop processes to fabricate these systems often on micro- and nano-scale, we build bench test environments to validate functionality, and biological tests where ...

Are you curious about nanoscience and eager to explore its applications in energy, quantum technology, and healthcare? Join our team at the Division of Nano- and Biophysics, where we develop advanced electron microscopy techniques to study materials at the atomic level. With access to world-class research facilities, we innovate at the intersection of nanophysics and biophysics to uncover new insights into material structure and properties.About usThe division of Nano- and Bio Physics is working at the forefront of advanced electron microscopy studying materials for future energy, quantum and health applications. We also combine world-class infrastructures, including the access to Chalmers Material Analaysis Laboratory and MC2 clean room with our own method developments to expand and tailo...

As part of our ongoing activities within Chalmers Railway Mechanics (CHARMEC) we are looking for a postdoc that is willing to take a system-level perspective of railway infrastructure. You will become the key contributor for incorporating track degradation into the STEM tool developed by our collaborators in the Netherlands. The ambition is that by integrating structural, geotechnical and railway dynamical aspects in a single computational tool we can predict the current and future state of our railway infrastructure incorporating new demands from the stakeholders (higher train speeds, traffic intensities and loads).Project overviewThe aim is to improve the long-term predictions of degradation of railway infrastructure by merging time-domain Finite Element Analyses for the structure and su...