Chalmers University of Technology, Gothenburg, Sweden invites online Application for number of Fully Funded PhD Degree at various Departments. We are providing a list of Fully Funded PhD Programs available at Chalmers University of Technology, Gothenburg, Sweden.
Eligible candidate may Apply as soon as possible.
(01) PhD Degree – Fully Funded
PhD position summary/title: PhD Student for Tomorrow’s Solar Cells and Wearable Electronics
The project will leverage concepts from the field of molecular glasses to realize stable organic semiconductors and devices. Your specific project will entail a detailed study of the phase behaviour and glass formation of dopant/semiconductor pairs, using a suite of characterization methods from thermal and mechanical analysis to optical spectroscopy and various scattering techniques.
It can be anticipated that the project will have considerable impact on the field of organic electronics by enabling the more widespread usage of some of the most promising materials, which will accelerate further development of many emerging technologies.
Deadline : 31-03-2024
(02) PhD Degree – Fully Funded
PhD position summary/title: PhD Student for Tomorrow’s Sustainable Wood Materials
We are looking for a highly motivated PhD student to join our team working on wood based materials for future applications in energy technology and wearable electronics. The aim to design sustainable materials for future. The project is supported by the Knut and Alice Wallenberg Foundation and carried out within the framework of the Wallenberg Wood Science Center. It is a research center with a focus on new materials from trees. The center creates knowledge and builds competence that has the potential to form the basis for an innovative and sustainable future value creation from forest raw materials.
You will be part of a team of more than 50 PhD students, as well as several Postdocs and Professors who will together develop and study new materials concepts for wood based materials. We have an extensive international collaboration network that is a resource for your work where you will have access to the forefront expertise and top-of-the-line facilities.
Deadline : 31-03-2024
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(03) PhD Degree – Fully Funded
PhD position summary/title: Join us – and share knowledge: The Department of Physics seeks three PhD students
The Department of Physics provides a creative and innovative environment for research, learning and outreach. The research topics at the department span from fundamental to applied research with the aim of contributing to the development of a sustainable society. A wide range of experimental, computational, and theoretical methods are developed and used to meet a multitude of research challenges. As a PhD student, you will be associated with one of our graduate schools. The Department of Physics offers a stimulating and creative workplace in a modern setting with state-of-the-art research facilities. The Department of Physics strives to combine world leading research with a good work/life balance including paid vacation, parental leave, and other employment benefits. We actively promote diversity and gender equality.
Deadline : March 31th, 2024
(04) PhD Degree – Fully Funded
PhD position summary/title: PhD position: Quantum thermodynamics & fluctuations in electronic devices
The position will be placed in the theory division of the department for Microtechnology and Nanoscience at Chalmers, where diverse research from quantum transport, quantum information, and quantum materials to quantum thermodynamics is carried out. The hired PhD student will work in the group “Dynamics and Thermodynamics of nanoscale devices”, lead by Janine Splettstoesser . The specific research project of this position will deal with the thermodynamics of energy conversion of nanoscale devices. The focus will be on the role of fluctuations, which in contrast to macroscopic systems can be of high relevance in nanoscale devices. It is envsioned to address fluctuations both as resource of conversion processes and as limitation in the precision of the outcome of the conversion process.
Deadline : March 10, 2023
(05) PhD Degree – Fully Funded
PhD position summary/title: Excellence PhD positions in the field of Nanoscience and Nanotechnologies
At Chalmers, research in the field of nanoscience and nanotechnology is carried out in a broad range of activities. Chalmers’ researchers deal with basic research on the unique chemical and physical phenomena that prevail at very small dimensions, and promote the development of technologies that utilise these phenomena.
Deadline :March 10, 2024
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(06) PhD Degree – Fully Funded
PhD position summary/title: PhD position: Quantum entanglement of levitated superconducting particles
We are seeking a highly motivated candidate for this PhD position. Your major responsibility is to pursue the goals of your research project and to pursue your own doctoral studies. You will receive adequate training such that you will reach these goals successfully. The position may also include some level of teaching as well as taking part in the supervision of bachelor or master thesis students, up to 20 percent of working hours. You will be embedded in a collaborative, stimulating and supportive environment, where team work is fostered and key for project success.
Deadline :March 10, 2024
(07) PhD Degree – Fully Funded
PhD position summary/title: PhD Student in Machine Learning for Information/Communication Technology
Deployed telecommunication fibers are nowadays used almost exclusively for transmitting data. On the other hand, we at Chalmers are exploring innovative ways to enhance fiber-optic networks to simultaneously serve as real-time environmental monitors. Our research blends elements of communication theory, machine learning, and photonics. In this project, the successful candidate will contribute to the newly emerging research area of integrated communication and fiber sensing. One objective is to develop novel theoretical models that capture the impact of environmental transients (for example an earthquake) on the optical propagation channel. A second objective is to explore new signal-processing algorithms that can natively support both high-speed data transmission and advanced polarization sensing. A particular emphasis will be placed on the application of emerging machine learning and data-driven techniques to optimize communication performance and sensing accuracy.
Deadline :2024-03-03
(08) PhD Degree – Fully Funded
PhD position summary/title: PhD student positions in Hybrid Quantum Systems
The Hybrid Quantum Systems Laboratory at the Department of Microtechnology and Nanoscience at Chalmers is a new laboratory that will exploit the exquisite control over light enabled by photonics. Nanofabrication of photonic integated circuits and mechanical oscillators with ultralow loss is at the heart of our research. Cold atoms are the third ingredient, and we will use the tools of atomic physics to cool and trap atoms and couple their quantum states to light and mechanical motion. By exploiting this interaction, we will probe quantum physics at the macroscopic scale. The systems we develop will be exquisite spin sensors, enabling applications in biosensing and material characterization.
Deadline : March 10, 2024
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(09) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in supramolecular chemistry
The PhD student will be a member of the Grommet research group, wherein we are interested in using host-guest chemistry to address societal challenges. We are part of the Division of Chemistry and Biochemistry in the Department of Chemistry and Chemical Engineering. We are also active within the Nano, Materials Science, and Health Engineering Areas of Advance, interdepartmental organizations at Chalmers University of Technology which serve to promote interdisciplinary research. As part of this vibrant community, the PhD student will have the opportunity to immerse themselves in an environment enriched by collaboration between chemists, physicists, biologists, materials scientists, and engineers.
Deadline : 2024-03-10
(10) PhD Degree – Fully Funded
PhD position summary/title: PhD: Model systems to probe lipid vesicle uptake and cargo delivery
You will work on developing model cell membranes and studying their interactions with lipid vesicles. The membranes, particles and their interactions will be characterised using microscopy and lab-based nanoparticle characterisation tools as well as neutron and X-ray scattering techniques. The goal of the project is to uncover the mechanisms of interactions of model cell membranes with vesicles and other lipid-based nanoparticles with varying morphology and chemical composition, to shed light on their mechanisms of interaction and cargo delivery.
Deadline : 2024-03-10
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(11) PhD Degree – Fully Funded
PhD position summary/title: PhD position: Quantum thermodynamics of electronic devices
The position – desired starting date in the first half of 2024 – will be placed in the theory division of the department for Microtechnology and Nanoscience at Chalmers, where diverse research from quantum transport, quantum information, and quantum materials to quantum thermodynamics is carried out. The hired PhD student will work in the group “Dynamics and Thermodynamics of nanoscale devices”, lead by Janine Splettstoesser . The specific research project of this position will deal with the unique properties of the energy conversion of electronic devices, with a special focus on nonthermal resources. In small-scale devices, nonthermal distributions are ubiquitous, occurring due to the competition between coupling to different baths and partial thermalisation and equilibration processes, due to external driving and irradiation, or as a result of filtering effects. This project will seek to get a fundamental understanding of conversion processes exploiting nonthermal distributions with the long-term vision to design novel protocols for future energy-sustainable nanoscale devices.
Deadline : March 10, 2024
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(12) PhD Degree – Fully Funded
PhD position summary/title: PhD position in polaron engineering for solar devices
We are looking for a PhD student to work on electronic structure modeling of polarons in materials for solar devices. The undeniable heart of a solar device is a specifically selected and engineered semiconductor. It serves as a photoabsorber, and converts solar photons to free electrons. Whenever we find a new material for this purpose, which improves on stability, sustainability, or efficiency, it often heralds a technological shift. In the field of solar cells the last such transition was brought on by halide perovskites, which are heavily researched for a number of applications. In the field of photoelectrochemical solar-to-fuel conversion, for instance through water splitting, complex metal oxides are the most promising. But to harness the full potential of emerging materials, we need to comprehend how they function, exactly.
Among the many quantum mechanical processes that occur between capturing solar photons and electricity in the grid, charge-lattice interactions emerge as possibly the most enigmatic, yet exceptionally influential. In polarizable solids, excess charges brought upon by photon absorption can localize in potential wells, self-generated by displacing the surrounding ions, creating quasi-particles referred to as polarons. The present project will focus on comprehensive modeling of the effect of polarons in materials for solar application. Advanced electronic structure methods like hybrid functionals and ab-initio molecular dynamics simulations will be used.
Deadline : 2024-03-31
(13) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Resources in superconducting bosonic quantum computing architectures
The Wallenberg Center for Quantum Technologies (WACQT) is a 12-year 1.5 billion-SEK initiative started in 2018 with the purpose of advancing Swedish academia and industry to the forefront of quantum technology, and to build a Swedish quantum computer. WACQT provides a collaborative and stimulating research environment, involving several Swedish universities, industrial partners and experimental efforts on quantum computing hardware . The candidate will have the opportunity to participate in the graduate school and access common courses and activities for academic and industrial Ph.D. students, as well as equality, diversity and inclusion activities, like mentorship programs. The candidate will have the opportunity to collaborate with the experimental team studying quantum coomputation with microwave cavities.
The WACQT team at Chalmers currently has about 80 members (faculty, permanent research staff, postdoctoral researchers, PhD students, and undergraduate students) and is expanding. WACQT is committed to promoting career development, diversity, and gender equality through networking and supporting activities.
Deadline : March 10, 2024
(14) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in modeling a superconducting quantum computer
Circuit quantum electrodynamics presents promising paths to building a quantum computer using superconducting circuits. The quantum dynamics of these circuits need to be modeled on a Hamiltonian level. The control of the circuits needs to be optimized. You will develop these models and optimization techniques in the context of quantum information processing using continuous variables. Although the project is theoretical, it takes place in close collaboration with the ongoing experimental efforts. It requires both analytical and numerical work.
Deadline : March 10, 2024
(15) PhD Degree – Fully Funded
PhD position summary/title: PhD positions in Quantum Nanophotonics
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.
Deadline : March 10th 2024.
(16) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Inverse Design for Optomechanics
Optomechanics is a vibrant research field spanning multiple disciplines within physics. Reaching the deep quantum regime imposes strict requirements on the mechanical and optical performance of mechanical resonators. These micrometer-sized devices are now routinely fabricated in the Chalmers cleanroom, but the challenge remains to achieve resonator designs with ultralow loss while retaining strong optomechanical coupling and good mechanical properties.
In this PhD project, the focus will be on implementing inverse design methods for designing and optimizing the optical and optomechanical performance while maintaining favourable mechanical properties. The initial stage of this project is focused on the design of nano-optic resonators. The research will be carried out in close proximity to researchers working on inverse design of nanomechanical devices. The second stage of the project aims to integrate the two approaches into a single framework.
As a PhD student you will be embedded in the joint project and your designs will be fabricated and tested by experimental groups at Chalmers. You will be part of the CMMT division, a research group tackling questions ranging from nanomechanics to optics and quantum physics. Chalmers is a leading research institution in nanoscience and hosts one of Europe’s largest clean rooms, as well as state-of-the-art high-performance computing equipment.
Deadline : March 31st, 2024
(17) PhD Degree – Fully Funded
PhD position summary/title: PhD position on thermo-chemical recycling of plastic wastes
The project addresses the pressing need for deeper knowledge on the thermochemical conversion of waste and the fate of impurities in the process. The conversion of heterogeneous waste streams and the technological consequences are in the focus. The research group in which you will be active has its own pilot scale facility for pyrolysis and gasification trials and advanced analytics for product characterization which is the backbone of our research. Complementary experimental lab facilities for fluid bed conversion are available to investigate specific aspects isolated.
Your work will involve both planing, execution and evaluation of experimental campaigns as well as modeling with tools like Chemkin, FactSage and Matlab/Python. Part of the work will be based on methods of which there is extensive experience in the research group at Energy Technology, but the project will also involve development of new methodologies. Your work will be performed in collaboration with other researchers. An important part of your responsibilities is also to efficiently communicate your results through scientific conferences and journals.
Deadline : 2024-04-01
(18) PhD Degree – Fully Funded
PhD position summary/title: PhD/Postdoc in fluid mechanics of supercooled droplets and ice crystals
The Department of Mechanics and Maritime Sciences at Chalmers University of Technology is currently offering a doctoral or postdoctoral position focused on investigating ice formation in the atmosphere, particularly starting from supercooled liquid droplets.
Despite temperatures below 0 Celsius, the spontaneous freezing of liquid droplets is a complex phenomenon, and they often remain in a unique thermodynamic state known as supercooling. The formation of ice from supercooled droplets is reliant on the presence of specific aerosol solid particles, referred to as ice nuclei. However, these ice nuclei are rare, and observations indicate that the concentration of ice exceeds the concentration of ice nuclei by several orders of magnitude. This discrepancy leads to the intriguing phenomenon known as ice multiplication, where the source of the additional ice remains unclear.
Deadline : 2024-02-29
(19) PhD Degree – Fully Funded
PhD position summary/title: PhD student in integrated AI/MD for the discovery of new materials
Per- and poly-fluoroalkyl substances (PFAS) have long been used in various industrial applications due to their favorable chemical and thermal stability, water resistance, and electrical insulation. In particular, they are widely used in the process of semi-conductor manufacturing; however, due to recent evidence of their adverse environmental and health effects, regulatory agencies are increasingly tightening restrictions on PFAS usage and pushing for their eventual phase-out, spurring an urgent need for alternative compounds. As such, semiconductor manufacturers face the imminent need to align their manufacturing practices with these strict, new regulations. The development of new PFAS replacements which address the potential risks associated with them while maintaining their favorable chemical properties is one of the crucial problems facing humanity in the next decade.
PFAS replacement compounds hold the potential for significant environmental and human health benefits. Known for their stability, PFAS are persistent in nature, to the point that they have become ubiquitous in air, water, and soil. This raises serious concerns about their long-term ecological impact. By identifying and employing new compounds that possess equivalent or superior functionality to PFAS, we can significantly reduce their environmental footprint and mitigate the contamination risks associated with their widespread use. Furthermore, the engineering of PFAS replacement compounds is a vital step in safeguarding human health. Studies have linked exposure to PFAS with adverse health effects, though there are limited studies on the computational prediction of PFAS toxicity. This motivates the inclusion of health effects and toxicity prediction in any future tool developed for the discovery and design of novel PFAS replacement compounds. By identifying compounds that exhibit similar or enhanced properties in semiconductor manufacturing, such as excellent thermal stability and superior electrical insulation, we can not only meet the existing requirements of semiconductor manufacturing, but also pave the way for innovative breakthroughs in environmental and human health. However, in order to engineer PFAS replacements with desired property profiles, we must have an understanding of their molecular structures, chemical and thermal stabilities, hydrophobicity, charge transport mechanisms, and device architectures in which they are to be used. In addition, we cannot neglect the identification of potential degradation pathways under mild conditions, as without considering the full lifecycle of these materials, it is not possible to assess nor improve their environmental impact.
Deadline : 2024-03-05
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(20) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in signal processing for communications
At the Department of Electrical Engineering, we conduct internationally renowned research in biomedical engineering, antenna systems, signal processing, image analysis, automatic control, automation, mechatronics, and communication systems. We offer a dynamic and international research environment with about 200 employees from more than 20 countries, and with extensive national and international research collaborations with academia, industry and society. The department provides around 100 courses, of which most are included in the Master’s Programs ”Biomedical Engineering”, ”Systems, Control and Mechatronics”, ”Communication Engineering” and “Electrical Power Engineering”.
Deadline : 2024-03-15
(21) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in alloy development for molten metal environments
This PhD project aims at more efficient and flexible utilization of renewable energy. The energy that can be extracted from renewables, however, vary both temporally and spatially. Therefore, it is critical to develop the energy storage technology for flexible utilization of renewable energy. This project is based on the high-temperature thermal energy storage (TES) concept and addresses to the materials challenge for high-temperature TES, by developing innovative molten aluminum alloys resistant materials. Specifically, this project will use an innovative alloying concept, to design refractory high-entropy alloys (RHEAs) with excellent high-temperature mechanical properties and corrosion resistance to molten aluminum alloys, and appropriate thermophysical properties.
Deadline : 2024-03-04
(22) PhD Degree – Fully Funded
PhD position summary/title: PhD position in Marine Technology
Being a PhD student at the Division of Marine Technology at Chalmers offers a unique opportunity to work with colleagues from all over the world, and to work internationally by attending conferences and visit other research partners.
We are looking for highly motivated and skilled PhD students with cross-disciplinary knowledges who have a genuine interest in working with any of the four research project areas:
Deadline : 2024-03-31
(23) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in LEAR: Robust LEArning methods for electric vehicle Route selection
Understanding the efficiency and the behavior aspects in connected vehicular automated network calls for larger than the vehicle scale context. Our main goal is to develop convergent learning methods to design routing in uncertain traffic networks. We will rely on interdisciplinary approaches among i) mathematical sciences (graph theory, optimization) ii) computer science (iterative learning theory), iii) traffic flow theory (network conservation laws, capacity). We propose to devise real-time routing solutions for a fleet of vehicles with double aims: efficency and improved social interactions.
The main focus of the project is on route planning for a commercial fleet of Connected Electrified Vehicles (CEVs). More specifically, the objective is to minimize the duality of energy consumption including charging planning, and to consider social aspects e.g. through congestion. In this way we produce solutions that are beneficial to the fleet and to the techno-socio environment. Due to the inherent complexity of the problem, the project aims at using learning methods to provide efficient solutions. The project involves academia (Chalmers) and Volvo AB as core collaborative partners.
Deadline : 14 March, 2024
(24) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Interpretable Learning Methods for Efficient Human-Robot Collaboration
Collaborative Robots (Cobots) are intended to interact directly with humans in shared and dynamic spaces. Meaning that humans and robots can work together in close proximity to achieve a common goal. What is limiting the deployment of Cobots to complex collaborative scenarios? An important research question is how to enable effective human-robot collaborations (HRC). A central challenge is to develop learning and reasoning methods to enable Cobots to autonomously make decisions, mirroring human’s ability to make quick, informed decisions in dynamic collaborative settings.
The next generation of Cobots should infer the intentions of its co-workers, make rapid decisions about the best actions to execute, and learn the correct associated control strategies to achieve the desired goal without compromising the collaboration. Thus, Cobots need to have a high-level reasoning model to resemble human cognitive modeling, and a low-level control model to execute optimal skills. The synthesis of high-level reasoning with adequate low-level controls is very challenging and it is an unexplored territory that will open up new opportunities in different research areas within the HRC field. This project aims to expand the scientific understanding of the requirements to provide a holistic solution from interpreting the collaborator’s intentions to executing the optimal robot skill autonomously, leading to better HRC.
Deadline : 2024-03-10
(25) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in synthetic biology
Situated within the Division of Systems and Synthetic Biology, this position entails working as part of the group of Associate Professor Aleksej Zelezniak. The Zelezniak lab is an interdisciplinary research group operating at the forefront of scientific exploration, combining the power of machine learning (ML) and artificial intelligence (AI) with cutting-edge experimental biology techniques for studying molecular systems. A primary focus of the group is unravelling the fundamental principles of gene expression regulation to advance synthetic biology applications with applications to bioremedation.
As a PhD student in this role, you will lead work on development of novel approaches for discovering enzymes for environmental pollutant degradation. You will be a part of disciplinary team working on degradation of plastic pollutants.
Deadline : 2024-03-05
(26) PhD Degree – Fully Funded
PhD position summary/title: PhD position in New Materials Concepts for Stable Organic Solar Cells
The Müller Research Group focuses on the physical chemistry and materials science of organic semiconductors, polymer blends and composites, and develops new plastic materials for wearable electronics and energy technologies ranging from organic solar cells and thermoelectrics to power cables. All research is conducted in co-operation with other universities/institutes and/or industry. Presently, the group consists of 1 Professor, 1 senior scientist, 3 Postdocs and 9 PhD students.
The development of new acceptor materials for organic solar cells has led to a steady increase in device efficiencies, reaching more than 17% today. A remaining challenge is the relatively poor long-term stability of organic solar cells. The goal of your research will be to understand how the use of mixtures of acceptor molecules influences and improves the stability of organic solar cells. An example of recent work relevant for the position can be found here: https://www.nature.com/articles/s41467-023-39830-6
Deadline : 11 March, 2024
(27) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Optical midhaul for cell-free 6G networks
The PhD topic focuses on developing next-generation metro-access optical networks supporting 6G mobile networks.
The candidate will be responsible for optimizing the performance of such systems and designing and evaluating network scenarios where transceivers use a transmission scheme based on digital subcarrier multiplexing to create coherent point-to-multipoint optical networks.
The candidate’s work will touch upon topics such as resource optimization strategies, reduction of energy consumption, and backhaul or fronthaul capacity management using meta-heuristic and machine learning (ML) techniques.
The work will involve a combination of analytical and numerical analyses, techno-economic studies, and, where possible, experiments.
Deadline : 31 March, 2024
(28) PhD Degree – Fully Funded
PhD position summary/title: PhD student positions: Blue surface-emitting lasers
The Photonics Laboratory at the Department of Microtechnology and Nanoscience (MC2), with about 35 researchers, is working on optoelectronics, ultrafast optics and fiber-optical communication. A strong research focus is on ultraviolet (UV) and blue surface-emitting devices, such as vertical-cavity surface-emitting lasers (VCSELs), photonic-crystal surface emitting lasers (PCSELs), light-emitting diodes (LEDs), and resonant-cavity LEDs (RCLEDs). Our expertise is in device design and simulation, laser fabrication, and material and device characterization. We have developed a novel thin-film lift-off process for AlGaN-materials based on electrochemical etching, which allows integration of III-nitride thin films with various photonic structures, such as dielectric cavities with improved quality factor. These have enabled us to demonstrate the world’s first blue vertical-cavity surface-emitting lasers (VCSEL) with a high-contrast grating for polarization pinning, thin-film flip-chip UVB LEDs, the shortest emission wavelength from an optically pumped VCSEL at 310 nm and the shortest emission wavelength from a PCSEL.
Deadline :2024-03-10
(29) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Numerical modelling of vibrational effects on buildings from blasting
Blasting in rock induces ground vibrations, which in turn may cause structural damage to nearby buildings. The Swedish Standard states guidelines for vibration values that are permitted to avoid such damages. These guidelines are sometimes considered obsolete and criticisms have been raised concerning their validity. Thus, there is a desire to update these standards based on more modern findings. This project aims to provide a deeper physical understanding of the connection between ground vibrations and damage to structures. Eventually, the project is expected to contribute to a revision of the current guidelines in Swedish Standard regarding blast-induced vibrations in buildings.
This PhD project mainly aims at developing numerical models that describe the impact on buildings from ground vibrations. This includes studying and evaluating the effects from various parameters (material, geometry, amplitude, frequency, etc). The modeling is mainly based on finite element models (FEM). These calculations will be performed in both 2D and 3D, and are primarily based on linear elastic models. Both time and frequency analysis are to be studied. Calculations will include structural effects at both a “global” level (eigenfrequencies, mode shapes) and a “local” level (strains). The models are calibrated and compared primarily with existing experimental blast data on simple test buildings in Norway as well as from full-scale tests in Sweden, France and the USA. Additional experimental tests are possible during the course of the project based on results obtained and needs identified from the project.
Deadline : 2024-04-01
(30) PhD Degree – Fully Funded
PhD position summary/title: PhD position in Software Analysis for Cybersecurity
We are offering a PhD position in an exciting new national project focussing on software security, with great opportunities for collaborations with top researchers in cybersecurity, program analysis, and software engineering. The position is salaried (not just fully funded) and part of a lively research environment located in the beautiful city of Gothenburg on the West coast of Sweden.
The position is part of the ShiftLeft project funded by WASP, a new flagship project with partner universities at KTH, Linköping, and Umeå.
Deadline : 23 March 2024
(31) PhD Degree – Fully Funded
PhD position summary/title: PhD Student Position in Generative models for Inverse Molecular Design
The project takes place at the Chalmers University of Technology.
The student will pursue a Ph.D. in machine learning in Computer science and engineering at Chalmers.
As a Ph.D. student in this project, you will join an interdisciplinary team with world-leading expertise in structural biology, machine learning, computational biophysics, electrophysiology, and neuroscience distributed across the top universities in Sweden: Chalmers, KTH, Stockholm, Linköping, and Lund universities. One goal unites the team: understand ion-channel protein function to better design compounds to modulate their function and address disorders such as epilepsies, cardiac arrhythmias, and muscular paralysis. A Kunt and Alice Wallenberg Foundation project grant funds the teams’ efforts.
Deadline : 2024-03-01
(32) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Antenna design for 6G telecommunication
Join the frontier of innovation in 6G: the future of mobile networks technology! A unique Dutch-driven alliance in collaboration with Ericsson and Chalmers, comprising 60 leading ICT businesses, mobile operators, semiconductor manufacturers and research institutions, have united to spearhead the development of specific aspects of 6G: Software antennas, AI-driven network software, and groundbreaking 6G applications. Join us as a PhD student in this prestigious Future Network Services (FNS) flagship project, where research and entrepreneurial pursuits converge.
This PhD project is among approximately 50 PhD positions in this 6G development team! You will benefit from training in 6G antenna and RF chip design, and get familiarized with other related fields such as 6G networks, AI, and software development. Furthermore, you will have access to a unique state-of-the-art testbeds to also put theory to practice and you will be at the forefront of the European 6G national ecosystem. We will also support and encourage entrepreneurial activities.
Deadline : 2023-03-20
(33) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Electrical Engineering
We are seeking a prospective PhD student to engage in the design and measurement of advanced wideband waveguide structures across THz and microwave frequencies. The successful candidate will also focus on the design and characterization of integrated THz mixers at cryogenic temperatures, enhancing their performance for wideband applications. This role involves analyzing results, conducting simulations, deriving conclusions, and disseminating findings through presentations and publications.
As a PhD student, your primary responsibility is to lead and conduct research, often in collaboration with a team. You are expected to continuously develop your skills while contributing innovative ideas to the team. A collaborative spirit is essential, along with the ability to work both independently and as part of a team. We prioritize candidates who demonstrate self-motivation, attention to detail, and strong problem-solving capabilities.
Deadline : 2024-03-20
(34) PhD Degree – Fully Funded
PhD position summary/title: Five PhD Positions at the department of Computer Science and Engineering
The positions come with enrollment in our PhD program, designed for 5 years. As a PhD student, you acquire the skills and knowledge to conduct independent research, culminating in writing a scientific dissertation contributing to the development of knowledge in the subject area. Besides devoting 80% of your working time to performing research, the remaining 20% of your working time is devoted to departmental duties, such as helping as a teaching assistant in courses offered by the university. Those duties can be concentrated on certain parts of the year depending on the needs of the department in consultation with the students.
More specifically, you will read, review, and write research papers; give presentations; take courses that complement your background; perform research appropriate for the topic of the project you are appointed in (e.g., conduct systematic literature reviews; design and conduct empirical studies; develop algorithms and theories, implement prototype programs to test your ideas, interact with industrial companies; or perform quantitative and qualitative data analysis) under guidance of the supervision team of experienced researchers. The proposed work includes many opportunities for collaboration and interaction at the department, in companies, and other universities.
Deadline : 2024-04-15
(35) PhD Degree – Fully Funded
PhD position summary/title: PhD position within improved separation of wood components for resource efficient biorefineries
We are looking for a driven PhD-candidate who will join the multidisciplinary team of Forest products and chemical engineering at Chalmers and work on providing fundamental understanding of chemical routes for improved utilization of wood components during pulping/delignification through stabilization of wood carbohydrates. The work will comprise model experiments on individual carbohydrates – exploring both already existing and completely new routes – and their verification on pulping/delignification studies relevant for industrial conditions.
The project is financed by Södra’s Research Foundation and will be performed in a collaborative environment with a strong presence of the Swedish forest industry (Södra in particular) and research and educational networks in the field (Resource Smart Processes, Treesearch, Wallenberg Wood Science Center etc.)
Deadline : 2024-03-31
(36) PhD Degree – Fully Funded
PhD position summary/title: PhD student position in Airborne multi-static radar systems
One enabler for an AMR system is to exploit the direct signal between a transmitting platform and a receiving platform. The direct signal allows timing, synchronization, transmitter-receiver coherence and elimination of intricate and complicated planning for all signaling and waveform parameters for all transmitter and receiver pairs in an AMR system. Another enabler is a combination of recent methods and breakthroughs. The methods include estimation of the multi-static geometries using only the characteristics of the ground clutter radar echoes, predict the information gain in all transmitter-receiver pairs, select the most informative pairs for processing and provide guidelines for the receiving platform to move to increase the expected information gain. This allows improved and more robust detection and tracking continuity for small and difficult targets in a background of complicated clutter. The project will help to transform these earlier challenges into enablers for AMR systems and is conducted in collaboration with Swedish industry.
Deadline : 2024-04-15
(37) PhD Degree – Fully Funded
PhD position summary/title: PhD position in on chip optical clock technology
Quantum technologies today make it possible to control atoms and ions through laser cooling, isolating them from the surrounding environment. As a result, their discrete energy levels become extremely sharp and well defined. This technology has not only improved on the current microwave clocks, but it also heralds a new generation of quantum optical clocks, whereby the frequency reference (and hence time) is derived from an optical transition instead of microwave. As a result of this four-order-of magnitude jump in frequency, more oscillations can be counted per unit of time, and the same accuracy as with microwave clocks can be reached at a fraction of the integration time (reducing it from days to seconds).
This project will investigate chip-scale frequency comb technology (microcombs) for the development of portable quantum optical clocks in the future. Microcombs are a disruptive photonic technology that allow for the generation of a frequency comb in a chip. Photonic integration brings highly desirable features such as miniaturization, stability, low-power consumption, and the possibility for low-cost fabrication. This project will provide a significant leap forward towards the practical deployment of novel portable clocks that capitalize on the unique features of quantum mechanics. This is a highly interdisciplinary project that builds upon a long-standing successful collaboration, bridging expertise in nano- and microfabrication technology, nonlinear optics, ultrafast laser science, and metrology, making an optimal use of the complimentary competences at Chalmers and the Research Institutes of Sweden (RISE).
Deadline : 2024-03-31
About Chalmers University of Technology, Gothenburg, Sweden –Official Website
Chalmers University of Technology is a Swedish university located in Gothenburg that focuses on research and education in technology, natural sciences, architecture, mathematics, maritime and other management areas.
The university was founded in 1829 following a donation by William Chalmers, a director of the Swedish East India Company. He donated part of his fortune for the establishment of an “industrial school”. Chalmers was run as a private institution until 1937, when the institute became a state-owned university. In 1994, the school was incorporated as an aktiebolag under the control of the Swedish Government, the faculty and the Student Union. Chalmers is one of only three universities in Sweden which are named after a person, the other two being Karolinska Institutet and Linnaeus University.
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