Wednesday, September 20, 2023
12 PhD Scholarships at Chalmers University of Technology Sweden in 2023
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
Qualification
How to Apply
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
Qualification
How to Apply
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
Qualification
How to Apply
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
- 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.
Qualification
- 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.
How to Apply
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
Qualification
How to Apply
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.