12 PhD Scholarships at Chalmers University of Technology Sweden in 2023

Chalmers University of Technology offers a wide range of scholarships for Ph.D. candidates, providing opportunities for talented individuals to pursue their research ambitions. These scholarships encompass various fields and are designed to support students in their academic endeavors. These financial aids not only recognize academic excellence but also promote diversity and inclusion in research, fostering an environment where innovation thrives. With these scholarships, Chalmers continues to attract and nurture exceptional minds, contributing to the advancement of knowledge and technology on a global scale.

01 PhD position in multifunctional materials for battery and supercapacitor

As a doctoral student, your primary duty centers around advancing your own research within the project's scope. The primary objective of this project is centered on the synthesis of innovative sustainable materials, gaining a deep comprehension of energy storage mechanisms, and the creation of high-performance batteries and supercapacitors. In order to accomplish this overarching goal, you will be required to formulate and conduct experiments across various laboratory settings. Furthermore, you must cultivate practical expertise in the construction of high-performance battery and supercapacitor systems. It is anticipated that you will independently formulate novel scientific concepts and effectively convey your research findings through both oral presentations and written reports.

Deadline: 22 October 2023 (View details and apply)

02 PhD student position in Airborne multi-static radar systems

An Airborne Multi-Static Radar (AMR) system comprises multiple transmitters and receivers positioned on various distinct airborne platforms. To fully harness the advantages of an AMR system, numerous signal processing hurdles must be addressed. As a doctoral candidate within the Department of Electrical Engineering, you will play a crucial role in tackling these stimulating and dynamic advancements.

Deadline: 31 October 2023 (View details and apply)

03 PhD Student Position in Generative models for Molecular Simulations

Molecular simulations provide an unprecedented level of detail for studying molecular processes. Molecular dynamics simulations find utility in various fields like drug discovery, materials science, and modeling chemical reactions. They are also applicable for simulating biological systems such as proteins and nucleic acids. However, these simulations are computationally intensive, severely limiting their practical application. In this project, the chosen candidate will utilize generative AI to expedite simulations, enabling a deeper understanding of complex molecular systems, particularly proteins.

Deadline: 15 October 2023 (View details and apply)

04 PhD student position in Airborne multi-static radar systems

An Airborne Multi-Static Radar (AMR) system comprises multiple transmitters and receivers positioned on various distinct airborne platforms. To fully harness the advantages of an AMR system, numerous signal processing hurdles must be addressed. As a doctoral candidate within the Department of Electrical Engineering, you will play a crucial role in tackling these stimulating and dynamic advancements.

Deadline: 31 October 2023 (View details and apply)

05 PhD Student Position in Generative models for Molecular Simulations

Molecular simulations provide an unprecedented level of detail for studying molecular processes. Molecular dynamics simulations find utility in various fields like drug discovery, materials science, and modeling chemical reactions. They are also applicable for simulating biological systems such as proteins and nucleic acids. However, these simulations are computationally intensive, severely limiting their practical application. In this project, the chosen candidate will utilize generative AI to expedite simulations, enabling a deeper understanding of complex molecular systems, particularly proteins.

Deadline: 15 October 2023 (View details and apply)

06 PhD student position in New Materials Concepts for Stable Organic Solar Cells

An opening for a Ph.D. student position is currently accessible within the research team led by Christian Müller at Chalmers University of Technology's Department of Chemistry and Chemical Engineering. We are in search of a deeply motivated Ph.D. candidate who will be dedicated to pioneering fresh ideas for organic solar cell materials. Your research endeavor will be financially supported by the Swedish Research Council. You will collaborate closely with multiple Ph.D. students and postdoctoral researchers at Chalmers, along with counterparts from various Swedish and international universities. This role will provide you with the chance to travel, attend conferences, and visit laboratories at other academic institutions.

Deadline: 10 October 2023 (View details and apply)

07 PhD student GaN based electronics for high frequency and power applications

The Microwave Electronics Laboratory (MEL), situated within the Department of Microtechnology and Nanoscience, comprises a team of over 40 individuals engaged in cutting-edge research on high-speed electronic components, circuits, and systems. Our research spans a broad spectrum of communication and sensing applications, encompassing frequencies ranging from 1 GHz to 500 GHz and beyond. Within our facilities, we are proud to possess a remarkably well-equipped laboratory for advanced millimeter-wave measurements, alongside a state-of-the-art cleanroom facility.

Deadline: 11 October 2023 (View details and apply)

08 PhD student, Faster fast-charging and extended lifetime of lithium-ion batteries

This Ph.D. opportunity offers an exceptional chance to attain specialized expertise in battery research while integrating it with the domain of automatic control. Both of these areas exhibit robust employment prospects in the foreseeable future. You will be part of a highly regarded international research team comprising approximately 15 members. This team is dedicated to the enhancement of battery performance and longevity through the development of battery management algorithms, contributing to a more sustainable future.

Deadline: 15 October 2023 (View details and apply)

09 PhD student position in Principled Application Security

The Ph.D. candidate will become a part of a prominent team of researchers specializing in cybersecurity and privacy within the Chalmers Security Lab. In contemporary computing systems, software frequently serves as the primary source of vulnerabilities. Our emphasis on enhancing software security is directed at developing systematic security measures that offer robust defense against broad categories of cyberattacks.

Deadline: 15 October 2023 (View details and apply)

10 PhD student position in climate applications of the Arctic Weather Satellite

If you have a concern for climate issues and a keen interest in both physics and machine learning, this Ph.D. student opportunity is tailored to your aspirations! The Arctic Weather Satellite (AWS), developed in Sweden, represents a groundbreaking achievement. Within this project, you will spearhead the initiative to extract climate-related information from the microwave sensor installed on the AWS. This endeavor aims to enhance the satellite's utility not only for weather forecasting but also for climate data analysis.

Deadline: 05 October 2023 (View details and apply)

11 PhD student position in Stability assessment of converter-dominated power systems

This project receives funding from the Swedish Energy Agency (Energimyndigheten) and will be executed in close collaboration with pertinent industry stakeholders, including Hitachi Energy Research and Svenska Kraftnät (the Swedish transmission system operator). The project encompasses an extensive array of current and critical subjects pertaining to power systems predominantly influenced by converters, encompassing both theoretical and experimental aspects.

Deadline: 31 October 2023 (View details and apply)

12 PhD position in Affordable and climate-neutral housing renovation

You have the chance to be part of a globally renowned academic institution specializing in carbon-neutral and cost-effective housing, with a specific emphasis on building refurbishment. We provide an enriching work atmosphere characterized by a diverse community comprising Ph.D. students, Postdocs, and seasoned researchers hailing from various educational and cultural backgrounds.

Deadline: 15 October 2023 (View details and apply)

PhD position in Affordable and climate-neutral housing renovation

You have the chance to be part of a globally renowned academic institution specializing in carbon-neutral and cost-effective housing, with a specific emphasis on building refurbishment. We provide an enriching work atmosphere characterized by a diverse community comprising Ph.D. students, Postdocs, and seasoned researchers hailing from various educational and cultural backgrounds.

PhD Project Description

Access to affordable housing is a fundamental human right, yet it remains unfulfilled in Europe. Simultaneously, housing has become a significant source of wealth and inequality among high-income populations. Achieving a low-carbon Europe while addressing social inequalities is a complex challenge. For instance, energy-poor households may struggle with carbon-reduction taxes, low-income homeowners may lack funds for energy-efficient upgrades, and social housing landlords may face challenges relocating tenants during renovations. To address these issues, we are recruiting a Ph.D. student for a European research project funded by the European Commission. The project aims to address unsustainable housing and energy poverty through a structured literature review and real-building case studies. The goals include identifying exemplary renovation projects, analyzing regulatory frameworks, evaluating digital tools in renovation planning, and proposing governance arrangements for a just transition. The Ph.D. position is for a maximum of five years, including research and teaching responsibilities.

Qualification

Master's level degree corresponding to at least 240 higher-education credits in Engineering, Architectural Engineering or equivalent with relevant courses in building performance, building renovation, affordable housing etc. The position requires advanced knowledge on building energy performance calculation, housing renovation standards and EU regulation. The position requires very good verbal and written communication skills in English.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 15 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Prof. Holger Wallbaum, Building Technology

holger.wallbaum@chalmers.se

+46 7338389259

PhD student position in Stability assessment of converter-dominated power systems

This project receives funding from the Swedish Energy Agency (Energimyndigheten) and will be executed in close collaboration with pertinent industry stakeholders, including Hitachi Energy Research and Svenska Kraftnät (the Swedish transmission system operator). The project encompasses an extensive array of current and critical subjects pertaining to power systems predominantly influenced by converters, encompassing both theoretical and experimental aspects.

PhD Project Description

Your primary duty as a Ph.D. student is to actively pursue your doctoral studies. It is anticipated that you will operate as an autonomous researcher, taking charge of cultivating your scientific expertise and competencies. Furthermore, you will be responsible for disseminating the findings of your research through presentations and scientific publications. The role encompasses a combination of theoretical modeling and experimental components. The Ph.D. position has a defined duration of 5 years and typically includes departmental responsibilities, accounting for 15-20% of your workload, which may involve serving as a lab assistant and leading exercises for various courses.

You are expected to complete a licentiate thesis within 2-3 years and successfully defend your doctoral thesis within 5 years.

Qualification

The prospective candidate should hold a Master's Degree or its equivalent in electrical engineering, with a specialization in power systems and power electronics. Collaborative aptitude is essential, as is the capacity to address a range of both personal and academic matters. Proficiency in English, particularly in writing and communication, is mandatory. Proficiency in teaching in Swedish is considered advantageous.

This role necessitates effective verbal and written communication abilities in English. For those whose native language is not Swedish, Chalmers provides Swedish language courses as a resource.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 31 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Dr. Mebtu Beza, division of Electric Power Engineering

E-mail: mebtu.beza@chalmers.se

Phone: +46 31 772 1617

Professor Massimo Bongiorno, division of Electric Power Engineering

E-mail: massimo.bongiorno@chalmers.se

Phone: +46 31 772 1631

PhD student position in climate applications of the Arctic Weather Satellite

If you have a concern for climate issues and a keen interest in both physics and machine learning, this Ph.D. student opportunity is tailored to your aspirations! The Arctic Weather Satellite (AWS), developed in Sweden, represents a groundbreaking achievement. Within this project, you will spearhead the initiative to extract climate-related information from the microwave sensor installed on the AWS. This endeavor aims to enhance the satellite's utility not only for weather forecasting but also for climate data analysis.

PhD Project Description

One of the main research areas within our division revolves around harnessing passive microwave satellite data to advance weather forecasting and climate investigations. Specifically, we are at the forefront of pioneering sub-mm wavelengths, which encompass frequencies exceeding 300 GHz. A notable mission dedicated to exploring this sub-mm realm is the Ice Cloud Imager (ICI), scheduled for launch in 2025. In parallel, we are actively engaged in the Arctic Weather Satellite (AWS) project, an European mission that adheres to "new space" principles and is being constructed in Sweden. AWS is set to launch next year and will mark the maiden instance of a sensor in space equipped with sub-mm channels.

We are deeply immersed in preparations for both AWS and ICI, collaborating closely with institutions such as the Swedish Meteorological and Hydrological Institute (SMHI). Due to the swift development timeline of AWS, the primary focus has been on leveraging its data for enhanced weather forecasting. In this Ph.D. project, we endeavor to apply the methodologies we've devised for ICI to AWS, facilitating the generation of datasets concerning ice cloud characteristics for climate-related applications. Our approach to addressing this intricate challenge integrates advanced physical simulations of observations with machine learning guided by Bayesian principles. You will work collaboratively with fellow Ph.D. students and also partake in the ICI project. Consequently, this endeavor offers you the opportunity to engage in the "first light" observations from two groundbreaking satellite missions.

Qualification

Master's degree in physics, engineering mathematics, electrical engineering, atmospheric physics, or related discipline.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 05 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Prof. Patrick Eriksson, Geoscience and remote sensing, Department Space, Earth, and Environment

patrick.eriksson@chalmers.se

PhD student position in Principled Application Security

The Ph.D. candidate will become a part of a prominent team of researchers specializing in cybersecurity and privacy within the Chalmers Security Lab. In contemporary computing systems, software frequently serves as the primary source of vulnerabilities. Our emphasis on enhancing software security is directed at developing systematic security measures that offer robust defense against broad categories of cyberattacks.

PhD Project Description

The Ph.D. candidates will be integrated into one of our ambitious projects, which include:

• WebSec: Ensuring the security of web-driven systems, conducted in collaboration with Uppsala University and supported by the Swedish Foundation for Strategic Research (SSF).
• WASP NEST CyberSecIT: A framework project, in partnership with KTH and Umeå University, focused on exploring the security and privacy aspects of IoT applications, particularly in software. NESTs represent flagship projects within the Wallenberg AI, Autonomous Systems and Software Program (WASP), offering Ph.D. students the advantages of the WASP graduate school.
• VR project centered on the application of programming language-based, SMT solving, and symbolic execution techniques for identifying vulnerabilities and enhancing the security of software systems through construction.

The supervision of Ph.D. students will be under the guidance of Professor Andrei Sabelfeld, who has received numerous awards from organizations such as ERC, SSF, Google, Amazon, and Facebook, in addition to being honored as Chalmers' PhD Supervisor of the Year.

Ph.D. positions typically span a five-year duration and encompass departmental responsibilities, primarily involving teaching duties, accounting for about 20 percent of the workload. The salary for this position aligns with Chalmers' standard agreement for Ph.D. student positions, commencing at 32,150 SEK per month before taxes.

Qualification

Upon commencement, you should possess a Master's degree and demonstrate a well-documented history of research interests and accomplishments in the field of cybersecurity and/or privacy. You should exhibit a high level of motivation, self-drive, enthusiasm, independence, and well-honed analytical problem-solving skills. In terms of your personal attributes, empathy, loyalty, and a strong commitment to ethical standards are highly valued. Furthermore, your English language proficiency, both in written and spoken forms, should be of a commendable standard.

Your application should be prepared in English and encompass the following components:

• A succinct application, not exceeding one A4 page, summarizing your professional background and presenting your research statement.
• Authenticated copies of academic certificates, including transcripts and related documentation.
• A comprehensive Curriculum Vitae.
• Letters of recommendation and the contact information of reference persons.
• Proof of written work, such as links to research papers and theses.
• Links to software repositories featuring relevant projects you've been involved in.

It is crucial to include sections of your own work, such as theses and articles authored or co-authored by you. Additionally, we strongly recommend the inclusion of letters of recommendation as part of your application. Given the substantial volume of applications we typically receive, it is not practical for us to request individual letters of recommendation.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 15 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Andrei Sabelfeld,

andrei@chalmers.se, 031 772 1000

PhD student, Faster fast-charging and extended lifetime of lithium-ion batteries

This Ph.D. opportunity offers an exceptional chance to attain specialized expertise in battery research while integrating it with the domain of automatic control. Both of these areas exhibit robust employment prospects in the foreseeable future. You will be part of a highly regarded international research team comprising approximately 15 members. This team is dedicated to the enhancement of battery performance and longevity through the development of battery management algorithms, contributing to a more sustainable future.

PhD Project Description

The pace of the shift towards complete electrification in the automotive industry hinges significantly on advancements in battery systems. Key factors influencing sales in a given setup are the rapid charging capabilities and the longevity of the batteries. However, the existing sensors treat battery systems as enigmatic entities, lacking the ability to monitor or manage the localized deterioration conditions within the battery cells. Consequently, this leads to suboptimal performance and premature aging of batteries, posing risks to reliability and safety. In this project, we aim to introduce cost-effective sensors and develop intelligent algorithms for battery management systems. These systems will utilize the sensors to provide real-time insights into the interior conditions of the cells, allowing for faster charging without compromising on battery lifespan and safety.

This collaborative initiative involves partnerships with the Nanomaterial and Manufacture research group at Chalmers, Volvo Cars, and ConScience AB. The primary funding source is the Swedish Energy Agency's "Betterifondsprogrammet." The Ph.D. position entails full-time temporary employment for four years, with the possibility of extension to five years to accommodate teaching responsibilities within the department. The role offers a competitive monthly salary, comprehensive social benefits, and opportunities for close collaboration with experts from Volvo Cars and ConScience AB.

Your primary duty entails conducting research aligned with the project's objectives, publishing and delivering scientific articles, and actively engaging in scholarly discussions. Throughout your Ph.D. journey, you will also receive additional education through courses pertinent to your research, the overarching research project, and the broader domain of automatic control. This comprehensive education will equip you for your future career. Additionally, you will be required to contribute to teaching endeavors in the field of Automatic Control, with a maximum commitment of up to 20%.

Qualification

A preferred qualification is a Master's degree in disciplines such as control, electric power engineering, computer science, engineering physics, or related fields. Proficiency in mathematics and a strong inclination toward it are valuable assets. Proficiency in both spoken and written English is essential. Prior experience in battery management systems, machine learning, and power systems is considered advantageous.

Effective communication skills, both verbally and in writing, in English are necessary for this role. If Swedish is not your native language, Chalmers University provides Swedish language courses to support your language proficiency.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 15 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Prof. Torsten Wik, Automatic Control, Department of Electrical Engineering

torsten.wik@chalmers.se, +46 (0)31 772 5146

Ass. Prof Changfu Zou, Automotic Control, Department of Electrical Engineering

changfu@chalmers.se, +46 (0)31 772 339

Dr Xiaolei Bian, Automatic Control, Department of Electrical Engineering

xiaoleib@chalmers.se, +46 (0)70 371 7378

PhD student GaN based electronics for high frequency and power applications

The Microwave Electronics Laboratory (MEL), situated within the Department of Microtechnology and Nanoscience, comprises a team of over 40 individuals engaged in cutting-edge research on high-speed electronic components, circuits, and systems. Our research spans a broad spectrum of communication and sensing applications, encompassing frequencies ranging from 1 GHz to 500 GHz and beyond. Within our facilities, we are proud to possess a remarkably well-equipped laboratory for advanced millimeter-wave measurements, alongside a state-of-the-art cleanroom facility.

A significant portion of our research endeavors is directed towards exploring novel semiconductor materials and devices. These innovations aim to facilitate increased capacity and enhanced energy efficiency across a diverse array of future microwave and millimeter systems. In recent years, we have witnessed remarkable advancements in electronic devices and circuits employing wide bandgap semiconductors like SiC and III-nitrides (GaN). These materials have demonstrated transformative performance capabilities in terms of frequency, power, and efficiency metrics.

Moving forward, our focus centers on investigating advanced device concepts that can unlock the full potential of III-nitride devices and circuits. Our research into GaN HEMT technology is tailored for applications within wireless communication, radar systems, and power electronics, with the goal of pushing the boundaries of performance in these domains.

PhD Project Description

The primary focus of this Ph.D. position revolves around conducting research on III-nitride devices and circuits tailored for high-frequency applications. Our endeavor entails the exploration of innovative concepts in III-nitride semiconductor materials and device processing. The aim is to enhance various crucial properties, including high-frequency operation, output power, linearity, and efficiency, all of which hold significant importance in high-frequency systems. Our overarching objective is to push the boundaries of III-nitride semiconductor devices. We will employ newly devised epitaxial designs cultivated in-house through molecular beam epitaxy or in collaboration with our partners. Specifically, we will work with a particular type of transistors, known as high electron mobility transistors (HEMTs). These HEMTs will undergo processing, characterization, and evaluation to optimize their high-frequency performance, necessitating both aggressive lateral and vertical scaling of critical transistor features.

The research agenda will encompass a diverse array of activities, encompassing epitaxial design, device processing, and comprehensive characterization. Your role will entail conducting extensive experimental and theoretical inquiries to gain insights into the fundamental and practical limits of high-frequency electronics reliant on III-nitride semiconductors. You will have access to our advanced device processing and characterization facilities, facilitating the correlation of theoretical predictions with empirical validation.

As a member of a collaborative team, you will collaborate with fellow Ph.D. students and senior researchers from both industry and academia. Together, you will be engaged in semiconductor technology development, circuit design, and the realization of complete microwave system prototypes. While your primary responsibilities will involve research and supervision, there will also be opportunities for collaborative endeavors with our partners.

Qualification

To be eligible, you should possess a Master of Science (MSc) degree in physics or electrical engineering, or an equivalent qualification, typically obtained within the past two years. Previous involvement in semiconductor processing within cleanroom environments and experience in device characterization would be advantageous. Proficiency in English, both spoken and written, supported by well-documented evidence, is a mandatory requirement.

Key attributes we value include enthusiasm, the ability to independently drive and successfully conclude projects, a proactive approach to initiating tasks and developing original ideas, creativity, and a problem-solving orientation. The project involves collaboration with fellow researchers and industry partners, underscoring the significance of strong interpersonal and teamwork skills.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 11 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Research professor Niklas Rorsman, Microtechnology and nanoscience,

niklas.rorsman@chalmers.se, +46 31 7725053

PhD student position in New Materials Concepts for Stable Organic Solar Cells

An opening for a Ph.D. student position is currently accessible within the research team led by Christian Müller at Chalmers University of Technology's Department of Chemistry and Chemical Engineering. We are in search of a deeply motivated Ph.D. candidate who will be dedicated to pioneering fresh ideas for organic solar cell materials. Your research endeavor will be financially supported by the Swedish Research Council. You will collaborate closely with multiple Ph.D. students and postdoctoral researchers at Chalmers, along with counterparts from various Swedish and international universities. This role will provide you with the chance to travel, attend conferences, and visit laboratories at other academic institutions.

PhD Project Description

The bulk of your work hours will be dedicated to conducting your independent research, in partnership with fellow students and postdoctoral researchers both at Chalmers and in other universities within Sweden and internationally. As a Ph.D. candidate, you are anticipated to cultivate your unique concepts and effectively convey scientific findings through verbal presentations and written documentation. Additionally, approximately 10 percent of your time will be allocated to departmental responsibilities, with a specific focus on contributing to undergraduate-level teaching.

Qualification

The ideal candidate should possess a Master's degree in Chemistry, Physics, Materials Science, or a related field (or be in the final stages of obtaining one). Proficiency in organic electronics is a prerequisite, while familiarity with organic solar cells is advantageous. Given the interdisciplinary character of the role, strong collaborative abilities are expected from the candidate.

Furthermore, a high level of proficiency in English for effective scientific communication, both verbally and in writing, is essential. If Swedish is not your native language, Chalmers provides Swedish language courses to facilitate language proficiency.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 10 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Prof. Christian Muller, Department of Chemistry and Chemical Engineering

Email: christian.muller@chalmers.se

Phone+ +46317722790

PhD Student Position in Generative models for Molecular Simulations

Molecular simulations provide an unprecedented level of detail for studying molecular processes. Molecular dynamics simulations find utility in various fields like drug discovery, materials science, and modeling chemical reactions. They are also applicable for simulating biological systems such as proteins and nucleic acids. However, these simulations are computationally intensive, severely limiting their practical application. In this project, the chosen candidate will utilize generative AI to expedite simulations, enabling a deeper understanding of complex molecular systems, particularly proteins.

Machine learning introduces exciting possibilities in the natural sciences, encompassing disciplines like physics, chemistry, and biology. Its potential applications range from designing new drugs to combat multi-resistant pathogens and deciphering the impact of genetic mutations on protein function to accelerating computer simulations for unraveling fundamental scientific phenomena and crafting efficient algorithms for upcoming quantum computers. The journey toward these applications harnesses the capabilities of deep learning to efficiently represent and process high-dimensional data while encapsulating the laws of nature and inherent symmetries.

To join our team, we are seeking a collaborative and self-motivated candidate with expertise in statistical mechanics, machine learning, or dynamical systems, preferably a combination thereof, acquired through academic coursework or completed projects (e.g., publications or software libraries).

PhD Project Description

As a Ph.D. student, you will join the graduate program offered by the Department of Computer Science and Engineering. Your principal role will revolve around advancing your doctoral studies, involving the following allocation of responsibilities:

• 80% Research and coursework
• 20% Service, which includes educational contributions

The research component encompasses the creation and execution of your scientific concepts, as well as the dissemination of your findings through oral presentations or written publications. Meanwhile, the service aspect entails fulfilling duties as a teaching assistant in undergraduate and master's level courses at Chalmers or participating in other departmental assignments.

Qualification

To be eligible for admission as a Ph.D. student, you need to hold a master's-level degree or a four-year bachelor's degree, equating to a minimum of 240 higher education credits in a pertinent field. This degree should have been conferred no later than the commencement of the position. Proficiency in spoken and written English is a prerequisite for this role. If Swedish is not your native language, you should have the capacity to teach in Swedish within two years, and Chalmers University provides Swedish language courses to support this.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 15 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Ass. Prof. Simon Olsson

simonols@chalmers.se

PhD student position in Airborne multi-static radar systems

An Airborne Multi-Static Radar (AMR) system comprises multiple transmitters and receivers positioned on various distinct airborne platforms. To fully harness the advantages of an AMR system, numerous signal processing hurdles must be addressed. As a doctoral candidate within the Department of Electrical Engineering, you will play a crucial role in tackling these stimulating and dynamic advancements.

PhD Project Description

Your primary obligation is to conduct research aligned with the project's objectives, publish and deliver scientific articles, and engage in academic discussions. Within the scope of your doctoral pursuits, you will undergo additional educational training through courses pertinent to your research, the research project itself, signal processing in a comprehensive context, and your future professional endeavors. Moreover, you will be required to actively contribute to teaching efforts in related subject areas.

Qualification

A solid educational foundation in Engineering Mathematics, Engineering Physics, or Electrical Engineering is essential, with a strong academic record in the fundamental courses of these disciplines. Having expertise in signal processing, radar systems, estimation/detection, and statistical signal processing would be advantageous. The minimum qualification sought is a master's degree, equivalent to a minimum of 250 higher education credits, in fields such as engineering physics, electrical engineering, mathematics, or related areas.

The ideal candidate for this role should demonstrate a strong thirst for acquiring new knowledge, a keen interest in conducting theoretical yet highly relevant research, and a willingness to contribute to a diverse international academic environment. Proficiency in both written and spoken English is mandatory.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 31 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Prof. Tomas McKelvey, division of Signal processing and Biomedical Engineering

tomas.mckelvey@chalmers.se, 031-7728061

PhD position in multifunctional materials for battery and supercapacitor

As a doctoral student, your primary duty centers around advancing your own research within the project's scope. The primary objective of this project is centered on the synthesis of innovative sustainable materials, gaining a deep comprehension of energy storage mechanisms, and the creation of high-performance batteries and supercapacitors. In order to accomplish this overarching goal, you will be required to formulate and conduct experiments across various laboratory settings. Furthermore, you must cultivate practical expertise in the construction of high-performance battery and supercapacitor systems. It is anticipated that you will independently formulate novel scientific concepts and effectively convey your research findings through both oral presentations and written reports.

PhD Project Description

As a PhD student, your primary duty revolves around advancing your doctoral research within the framework of this project. The principal aim of the project is to create novel sustainable materials, gain insights into energy storage mechanisms, and engineer high-performance batteries and supercapacitors. In order to realize this objective, you will be responsible for conceiving and executing experiments across various laboratory settings. Additionally, you will need to acquire practical expertise in the fabrication of high-performance battery and supercapacitor systems. It is expected that you will formulate your own scientific concepts and effectively communicate your research findings through both verbal and written means.

Furthermore, a portion of your time, equivalent to 10 percent, will be allocated to departmental responsibilities, with a particular focus on undergraduate-level teaching.

Qualification

In order to be eligible for admission as a PhD student, you are required to hold a master's degree encompassing a minimum of 240 higher education credits in a pertinent field, such as chemistry or materials science. Having prior experience in areas like energy storage, organic synthesis, or materials characterization would be considered advantageous. Furthermore, achieving success in this role necessitates a high level of motivation, a problem-solving mindset, and a preference for collaborative work within a larger project rather than working independently on isolated tasks. Proficiency in English for effective communication is also essential. If Swedish is not your native language, Chalmers University offers Swedish language courses to support your language development.

How to Apply

The application is only to be submitted online by using the"Apply online" button below. Please be notified that application deadline is 22 October 2023. For further information related to the PhD scholarships, please visit the following Scholarship Link.

For questions, please contact:

Dr. Jinhua Sun,

jinhua@chalmers.se

Prof. Uta Klement (Head of Division)

uta.klement@chalmers.se

07 PhD Scholarships at Aalborg University Denmark in June 2023

Aalborg University is a renowned institution located in Aalborg, Denmark. It is known for its focus on problem-based learning and its strong emphasis on research and innovation. The university offers a wide range of study programs in various fields, including engineering, natural sciences, social sciences, humanities, and health sciences. Aalborg University is recognized for its collaborative approach, engaging students in hands-on projects and interdisciplinary research. It is committed to contributing to the knowledge building of the global society while also fostering the development of prosperity, welfare, and culture within Danish society.

01 PhD in Power Electronic Converter (PEC) for Electrolyzer with High Current and Low Voltage

The position is available for the research program "Power Electronics Packaging Materials and Emerging Applications." The PhD student will be placed in the "Power Electronics System Integration and Materials" section. An Indo-Danish project called ECoGrif, funded by Innovation Fund Denmark, seeks to develop a cost-effective, efficient, and grid-friendly power electronic converter (PEC) for large-scale power electrolysers used in hydrogen production. The project consists of six work packages, facilitating collaboration between industry and university partners in both Denmark and India.

Deadline: 30 June 2023 (View details and apply)

02 PhD in The Consequences of IT Software Updates on Healthcare Network

Electronic health records (EHR) are vital for the healthcare system, serving as key platforms for generating and sharing healthcare data among different professionals and stakeholders. EHR systems undergo regular updates to meet the evolving needs of healthcare providers. However, the impact of these continuous updates on healthcare professionals' work practices remains largely unexplored.

Deadline: 28 June 2023 (View details and apply)

03 PhD in Improved SOEC Durability Using Dynamic Electrochemical Balanced Operation

The position relates to the "Electro-Fuels" research program, and the Postdoc will be placed in the "Thermal Engineering" section. The research falls under CAPeX, a 13-year, 300 MDKK "Pioneer Center for Accelerating P2X Materials Discovery" funded by various foundations and hosted by the Technical University of Denmark (DTU) and co-hosted by Aalborg University (AAU).

Deadline: 27 June 2023 (View details and apply)

04 PhD in Physics Based High Level Digital Twin Concept Modelling for Power2X Systems

The position is related to the "Power Electronic Control Reliability and System Optimization" research program, and the PhD student will be placed in the "Applied Power Electronic Systems" section. This position is part of CAPeX, a 13-year, 300 MDKK "Pioneer Center for Accelerating P2X Materials Discovery" funded by multiple foundations. CAPeX is hosted by the Technical University of Denmark (DTU) and co-hosted by Aalborg University (AAU), bringing together experts from several Danish universities and international partners to form a pioneering center focused on P2X.

Deadline: 27 June 2023 (View details and apply)

05 PhD in Energy Modelling, Spatial Planning, Heat Planning and Model Coupling

European energy system modelling and spatial planning: Combining energy system simulation models with spatial planning tools using European data, such as NUTS2 regions, to identify renewable energy transition across sectors. Emphasis is placed on the heating sector and heat demand mapping, building on previous projects like Heat Roadmap Europe 4 and Hotmaps. Proficiency in tools like EnergyPLAN and ArcGIS is important for this position.

Deadline: 26 June 2023 (View details and apply)

06 PhD in 5G-Connected Assistive Robots

Wireless connectivity and cloud computing are key drivers of 5G systems, enabling innovative applications in digital health. An important use case is cloud-connected assistive robots, such as bionic limbs and exoskeletons, equipped with advanced sensors and cloud connectivity to enhance patients' quality of life. The concept of cloud-connected assistive robots relies on the interaction between connectivity, cloud functionality, and user behavior.

Deadline: 18 June 2023 (View details and apply)

07 PhD Scholarships in Large-Area Nanostructured Substrates for Test of Electrocatalyst

The project aims to fabricate catalysts on 100 mm diameter silicon wafers using industrial equipment. These wafers will be used as the base for synthesizing nanowires with a high surface to volume ratio. Through a dry-etching process, it is possible to engineer the geometric structures and arrangements of the nanowires. The catalytic properties of the silicon nanowires will be customized through surface coatings and decoration with metal nanoparticles, particularly those from the Pt group. XRD will be used to characterize the phase and crystallography, while SEM/FIB/EDX will examine the morphology of the samples.

Deadline: 16 June 2023 (View details and apply)

04 PhD Scholarships at Linkoping University Sweden in 2023

Linköping University is a renowned Swedish university that is recognized for its high-quality education, cutting-edge research, and innovative approach. With a strong emphasis on interdisciplinary studies, the university offers a wide range of programs across various fields, including natural sciences, engineering, social sciences, and humanities. Linköping University is known for its vibrant research environment and close collaboration with industry, promoting practical applications of knowledge. The university provides students with a dynamic and inclusive learning environment, fostering creativity, critical thinking, and global perspectives.

01.  PhD Scholarship in Chemistry

The doctoral candidate will actively engage in a research endeavor centered around wastewater-based epidemiology, investigating the presence of illegal drugs and environmental contaminants through the use of high-resolution mass spectrometry combined with chromatography. The project will involve developing analytical techniques for targeted, suspected, and non-targeted analyses of wastewater samples.

Deadline: 07 August 2023 (view details and apply)

02. PhD Scholarship in Analytical Sociology

Approximately 900 million people, with one-third residing in Africa, experience extreme poverty. Development agencies have implemented various projects aimed at breaking the cycles of deprivation, commonly referred to as "poverty traps." However, due to a lack of comprehensive poverty data, scholars face challenges in understanding the existence of poverty traps and the effectiveness of interventions in overcoming them.

Deadline: 13 June 2023 (view details and apply)

03. PhD Scholarship in Software Engineering WASP Graduate School

Wallenberg AI, Autonomous Systems and Software Program (WASP) is Sweden’s largest individual research program ever, a major national initiative for strategically motivated basic research, education and faculty recruitment. The program addresses research on artificial intelligence and autonomous systems acting in collaboration with humans, adapting to their environment through sensors, information and knowledge, and forming intelligent systems-of-systems.

Deadline: 12 June 2023 (view details and apply)

04. PhD Scholarship in Reinforcement Learning for Control of Partially Observable Dynamical Systems at Linkoping University

Linköping University is conducting research in control-related areas such as sensor fusion, learning methods, and optimization. We are seeking a PhD student to focus on the intersection of reinforcement learning and control theory. Project Summary: Reinforcement Learning (RL) offers a comprehensive framework for controlling dynamic systems, from sensory input to control output. RL has demonstrated remarkable performance, surpassing human champions in strategic games. This project aims to explore, analyze, and develop RL algorithms for controlling partially observable dynamic systems.

Deadline: 11 June 2023 (view details and apply)

PhD at University of Amsterdam: Law and Innovation in Quantum Technologies

Faculty/ Services: Amsterdam Law School

Educational level: Master

Function type: PhD position

Closing date: 24 April 2023

Are you interested in delving into the fundamental legal queries arising in the emerging quantum technology value chains and playing a role in shaping a legal framework that promotes fair development of quantum technologies? This opportunity for a PhD position on Law and Innovation in Quantum Technologies is available as a component of a newly established research group focused on the law and governance of quantum technologies at the University of Amsterdam's Institute for Information Law. The Institute is among the largest information law research centers globally, with over 40 researchers from diverse disciplinary backgrounds. The research group is a component of Action Line 4 on the Ethical, Legal And Societal Aspects of Quantum Technologies of the Quantum Delta NL ecosystem.

PhD Description

Intellectual property plays a crucial role in quantum technologies, leading to questions about equitable access and competition. National policies aim to protect knowledge and personnel, but concentration of private power could result in global inequality. Initiatives emphasize responsible tech development and human rights guarantees.

This PhD will explore the role of law and legal practice, including intellectual property and contract law, in emerging quantum technology ecosystems. It will examine alternative arrangements for intellectual property portfolios that promote equitable development, open innovation, and access to quantum technologies. The research will also investigate how different actors use law and other governance tools like standardization to address tensions between security and other interests. Finally, it will consider how to reconcile open quantum innovation and securitization in the context of Europe's new imperative of strategic autonomy.

The PhD project will be part of the research group on the Law and Governance of Quantum Technologies at the Institute for Information Law (IViR) at the Faculty of Law of the University of Amsterdam. You will conduct original cutting-edge research into the law and governance of quantum technologies with a focus on emerging legal practices relating to quantum technology development. You will develop insights into the way in which law relates to the increasingly constitutive function of digital infrastructure in our societies, by conducting different case studies in the area of quantum computing, communications and sensing. Using relevant theory, information law and fundamental rights law, technology governance studies, and empirical methods, you will contribute to our understanding of law and quantum technology ecosystems in Europe and internationally.

Qualification

• a completed degree in law, or equivalent degree;
• affinity with questions of intellectual property and private law a knowledgeable curiosity for developments in quantum technologies;
• knowledge of current legal developments with respect to technology and innovation;
• excellent academic credentials, as demonstrated by grades and/or curriculum vitae;
• a creative mind and strong critical and analytical skills;
• an interest in working across legal disciplines, using different methods (including empirical, theoretical and interdisciplinary), and collaborations with other relevant non-legal disciplines. Some knowledge or experience with conducting empirical research is a plus;
• strong communication skills and a commitment to contributing to diverse and inclusive team dynamics;
• excellent language skills in English and one or more other languages;

If the this scholarship appeals to you, but you are doubting whether you might be THE person we are looking for, please do apply. We particularly welcome applications from candidates from underrepresented backgrounds.

PhD Benefits

We offer a temporary full-time contract for the period of 4 years (with a go no go review assessment after the first year). The preferred starting date is 1 September 2023.

The salary, depending on relevant experience before the beginning of the employment contract, will be € 2,541 to € 3,247 (scale P) gross per month, based on a fulltime contract (38 hours a week). This is exclusive 8% holiday allowance and 8.3% end-of-year bonus. A favourable tax agreement, the ‘30% ruling’, may apply to non-Dutch applicants. The Collective Labour Agreement of Dutch Universities is applicable.

The UvA offers excellent possibilities for further professional development and education.

PhD Application

Do you recognize yourself in the PhD offer? Then we look forward to receiving your application by 24 April. You may apply online by using the link below.

If you are also interested in applying for one of the other two open PhD positions in the research group, please indicate so in your letter of motivation for the position of your preference. You do not have to submit multiple applications.

Applications in .pdf should include:

• a curriculum vitae and a list of 2-3 references that can be contacted in the process;
• a letter of motivation describing your background and interests relative to the project;
• one or two exemplary writing samples;

We will invite potential candidates for interviews within 2 weeks after the closing date.

For further information related to PhD scholarships, or do you require additional information? Please contact: Prof. Dr. Joris van Hoboken, j.v.j.vanhoboken@uva.nl. For further information related to the PhD, it is strongly advised to visit this Scholarship Link.

PhD Vacancy in Opto-spintronics in 2D Materials

 Job Description

We are seeking a PhD candidate for our research project involving the combination of light, electronics, and spins in two-dimensional materials. Our objective is to develop a device based on van der Waals heterostructures that can transmit magnetic information through light. Experience with van der Waals heterostructures, optics, and/or electronics would be beneficial.

As the PhD candidate, you will employ advanced nanofabrication and characterization techniques to create nanodevices based on van der Waals heterostructures that combine strong light-matter interaction, high spin-orbit coupling, and magnetism. Our goal is to combine a system that can electrically manipulate magnetization through spin-orbit torques with light emission for the transfer of information. As such, you will assess your devices using spin-orbit torque and optoelectronic measurement methods.

Your research will entail conducting measurements at low temperatures and high magnetic fields using cutting-edge experimental setups for optical and electronic measurements that are already in place at the Opto-Spintronics of Nanostructures group. Additionally, you will have the opportunity to collaborate with the diverse community of researchers at the Zernike Institute for Advanced Materials and present your research findings at international conferences.

Qualifications

The ideal candidate has:

• a master’s degree in physics, electrical engineering, material science, or another related field
• previous experience in optics, electronic transport, optoelectronics, nanofabrication, or two-dimensional materials and heterostructures are a plus
• some computer programming (e.g. Python) knowledge is appreciated
• good spoken and written English proficiency is required.

PhD Benefits

The University of Groningen offers:

• a salary of € 2,541 gross per month in the first year to a maximum of € 3,247 gross per month in the final year (salary scale P Dutch Universities), based on a fulltime position (1.0 FTE) excluding a 8% holiday allowance and a 8.3% end of the year bonus
• a position for four years. Each successful candidate will first be offered a temporary position of one year with the option of renewal for another three years. Prolongation of the contract is contingent on sufficient progress in the first year to indicate that a successful completion of the PhD thesis within the contract period is to be expected
• a PhD training programme is part of the agreement and the successful candidate will be enrolled in the Graduate School of the Faculty.

PhD Application

Are you interested in this position?

Your application should contain a short (2 pages) CV and a motivation letter (1 page). In the motivation letter, please give a few reasons why you find this particular position attractive, i.e. what in optospintronics in 2D materials is attractive to you. Also include your relevant past experience.

You can submit your application until 31 March 11:59 p.m. / before 1 April 2023 Dutch Local time (CET) by means of the application form (click on "Apply" below on the advertisement on the university website). Applications sent by email will be disregarded.

For further information related to this PhD Vacancy, you may contact Dr. Marcos H. D. Guimaraes, if you are interested in joining, or have any questions, m.h.guimaraes@rug.nl (Please do not use the e-mail address for applications). For further information related to the vacancy, it is strongly advice to visit this PhD Scholarships.

Two PhD's Project: New Organizational Forms and Block Chain Governance at University of Groningen

 Job Description

We are currently searching for two individuals who are interested in pursuing a PhD project focused on New Organizational Forms and Block chain Governance. Both projects are part of a larger collaboration between analytical sociologists, social and political philosophers, political economists, and science and technology scholars. The aim of this collaboration is to investigate the extent to which Block chain Governance is effective in promoting cooperation within and between new organizational structures.

The first project is centered around Decentralized Autonomous Organizations (DAOs), examining whether sustainable cooperation can be achieved through Reputation Based Governance and Smart Consensus. This project will not only analyze the decisions, actions, and outcomes of select DAOs throughout their lifespan, but will also explore how different intra-organizational governance mechanisms, such as reputation based governance and consensus voting, may impact the success of these DAOs.

The second project concerns Decentralized Science (DeSci) and examines the potential benefits and drawbacks of blockchain-based initiatives for creating sustainable value in the academic sector. It aims to chart the growing field of inter-organizational DeSci initiatives that use blockchain technology, particularly DAOs, and explores the factors that support or impede their ability to enhance cooperation and generate value in academia.

The tasks of the PhD candidates are:

• conduct theoretical and empirical research that results in a dissertation and is in line with the objectives and requirements of the project
• organize and execute the data collection for the different studies
• publish the results of the research in international scientific journals
• present the research findings to fellow scientists and developers in the larger project, and collaborate with them
• contribute to teaching in the Sociology program.

Qualifications

For these positions you are expected to:

• have (almost) finished a (research) master's degree in the domain of Sociology, or a related discipline
• have a strong academic record
• have strong conceptual and analytical skills
• have a solid training in the collection and analysis of quantitative and qualitative data and (the willingness to familiarize themselves with) the methods of digital ethnography
• have good academic English writing skills
• have good social, communication and project management skills as they are required for designing and implementing a data collection
• be able to work in an interdisciplinary research team
• have a background in or affinity with philosophy is a plus
• preferably have some background knowledge about the domain of block chains, distributed ledger technology and Decentralized Autonomous Organizations.

PhD Benefits

We offer, in accordance with the Collective Labour Agreement for Dutch Universities:

• a salary of € 2,541 gross per month in the first year of the appointment, rising to € 3,247 gross per month in the fourth year for a full-time position;
• a holiday allowance of 8% gross annual income an 8.3% end-of-the-year allowance;
• attractive secondary terms of employment;
• the position is classified in accordance with the University Job Classification (UFO) system; the UFO profile is PhD candidate;
• a temporary position of 1.0 FTE for a period of four years. You will first be appointed for a period of 12 months. After a positive evaluation, the contract will be extended for the remaining period.

Intended starting date: September 1st, 2023.

PhD Application

You can apply by submitting a letter of application, a curriculum vitae, the names of two referees, diplomas and grade sheets for your BA and MA, and (parts of) your MA thesis until 6 April 11:59pm / before 7 April 2023 Dutch local time (CET) by means of the application form (click on "Apply" below on the advertisement on the university website).

Only submissions via the application portal will be considered.

The selection interviews will take place:

• Tentative: 1st round (online) Monday May 1 and/or Tuesday May 2
• Tentative: 2nd round (on site) Monday 15 May and/or Tuesday 16 May, 2023

You need to upload the following documents (in pdf):

• CV including 2 references (contact data)
• Letter of motivation (max. 2 pages)
• Copy of your diploma (including grades), or expectation letter (including grades) if you have not finished yet
• Copy of your Master thesis (or draft if you have not finished yet)
• Reference letter(s) – optional.

For further information related to this PhD Vacancy, you may contact Prof. Rafael Wittek, r.p.m.wittek@rug.nl (Please do not use the e-mail address for applications). For further information related to the vacancy, it is strongly advice to visit this PhD Scholarships.

PhD Vacancy for Highly Qualified Graduates

Job Description

The Interuniversity Center for Social Science Theory and Methodology ICS offers fully funded PhD positions for a variety of projects. The PhD candidates will be appointed for a four-year period, with a formal evaluation at the end of the first year. In this period the graduates will work on their individual project, leading to a doctoral dissertation.

The program (fully taught in English) will start 1 September 2023. Information about the different PhD projects can be found on the ICS website from 16 March 2023.

Qualifications

Excellent candidates who graduated or will graduate shortly are invited to apply, with a specialization in Sociology or related disciplines (e.g. Psychology, Educational Sciences, Economics, Mathematics, or Statistics).

PhD Benefits

We offer, in accordance with the Collective Labour Agreement for Dutch Universities, a salary of € 2,541 gross per month in the first year up to € 3,247 gross per month in the fourth year based on a full-time position.

PhD Application

Applications, online only through the ICS graduate school website, can be submitted as of 16 March 2023. You may apply for this position until 11 April 11:59pm / before 12 April 2023 Dutch local time (CET) by means of the application form. Only complete applications submitted by the deadline will be taken into consideration.

Interviews will be conducted on 24 May 2023 and 26 May 2023. Part of the procedure may be that an initial informal interview will be held previous to the interview scheduled on 24 or 26 May. Invitations for interviews will be sent by email after 10 May 2023.

You need to upload the following documents (in pdf):

• CV including 2 references (contact data)
• Letter of motivation (max. 2 pages)
• Copy of your diploma (including grades), or expectation letter (including grades) if you have not finished yet
• Copy of your Master thesis (or draft if you have not finished yet)
• Reference letter(s) – optional.

For further information related to this PhD Vacancy, you may contact ICSapplications.fsw@uu.nl (Please do not use the e-mail address for applications). For further information related to the vacancy, it is strongly advice to visit this PhD Scholarships.