19 Fully Funded PhD Programs at Lund University, Sweden

Are you holding Master’s degree and looking for PhD positions – Fully Funded PhD Programs in Europe? Lund University, Sweden inviting application for funded PhD Programs or fully funded PhD Scholarship. Lund University is one of the largest university in the world with thousands of employees, students, and research scientists are involved in the innovation of science and technology daily.

Lund University has huge a campus in Sweden and widely known as for its contribution in top notch education and research. The contribution of Lund University is not only limited to natural sciences and engineering but it also offers high quality research as well as higher education in bio-medical sciences, social sciences, humanities, psychology, education, architecture etc.

1. Doctoral student in Electrical Engineering with a focus on quantum technology

Summary of Doctoral Project:

The doctoral student will work with development, characterization and modelling of hybrid superconductive-semiconductive structures, with an aim of building highly efficient low noise amplifiers working at cryogenic temperatures. This involves integration of superconductive electrodes to III-V semiconductors in device geometries suitable for high frequencies. Optimization of junction quality and device geometries will be performed. Device characterization at cryogenic temperatures, using dilution fridges will be used together with device modelling. Further, realization of super inductances for quantum bit application will be considered.

Last Application Date: 30.May.2022

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2. Doctoral student in Electrical Engineering – Distributed processing for wireless communications

Summary of Doctoral Project:

Wireless communication is evolving rapidly and with 5G being deployed the race for 6G is in full motion. While the goal posts for 6G requirements are still moving, we already know that more efficient, reliable, and secure wireless connections are needed. With this background we are exploring the limits of using the spatial dimension for improving wireless communication. Research is performed in a large team, where a group of doctoral students covering a broad range of topics form an important part. The research area of the doctoral students deals with various aspects of Large Intelligent Surfaces (LIS), a recent concept that can be seen as a substantial scaling of the current massive MIMO technology integrated in the fifth-generation (5G) mobile communication systems.

Last Application Date: 30.May.2022

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3. Doctoral student in Electrical Engineering – Algorithms and Hardware for wireless communications

Summary of Doctoral Project:

Wireless communication is evolving rapidly and with 5G being deployed the race for 6G is in full motion. While the goal posts for 6G requirements are still moving, we already know that more efficient, reliable, and secure wireless connections are needed. With this background we are exploring the limits of using the spatial dimension for improving wireless communication. Research is performed in a large team, where a group of doctoral students covering a broad range of topics form an important part. The research area of the doctoral students deals with various aspects of Large Intelligent Surfaces (LIS), a recent concept that can be seen as a substantial scaling of the current massive MIMO technology integrated in the fifth-generation (5G) mobile communication systems.

Last Application Date: 30.May.2022

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4. Doctoral student in Electrical Engineering specialising in mobile VR/AR systems

Summary of Doctoral Project:

Virtual- and Augmented reality are quickly becoming a strong trend in the industry. The largest and most prominent global IT companies are investing heavily in these technologies as the next big evolution of the Internet. This doctoral project will research technologies to facilitate mobile VR/AR systems where processing and data management migrates from user devices to the edge clouds in mobile networks, to offload the devices and to facilitate the emergence of new services. The research will be carried out in close collaboration between researchers from the department of Electrical- and Information technology and the department of Interaction Design, to tie together processing in mobile systems such as 5G and 6G with the specific requirements of VR/AR applications.

Last Application Date: 30.May.2022

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5. Doctoral student in Inorganic Chemistry with focus on synthesis of novel earth-abundant semiconductors

Summary of Doctoral Project:

Semiconductor nanostructures have a wide range of potential uses in energy applications such as solar energy (photovoltaics) and solar hydrogen production (photocatalysis). To meet the rising challenges in sustainable production of materials for these applications, novel earth-abundant materials must be explored. For this reason, we aim to develop synthesis of semiconductors based on earth-abundant elements with potential for circular and low-cost production. The research in this PhD project will involve controlled crystal growth using vapor deposition (CVD), and structural characterization methods such as transmission electron microscopy (TEM).

Last Application Date: 31.May.2022

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6. Doctoral student in Mechanical Engineering Sciences with focus on the profile area Material and Production Technology

Summary of Doctoral Project:

The work duties are multidisciplinary and primarily include the machining of stainless steels with focus on understanding the tool deterioration during machining. Among other duties, the work includes investigation and modelling of the stress conditions on the boundary surface between cutting tool and workpiece material in combination with other relevant conditions. It also includes in-depth research studies in order to gain an understanding of the effect of different phases on the tool degradation mechanisms, e.g. adhesive wear, localized wear (notch wear), and chemical reactions. The work tasks also include development of tests that simulate the previously indicated contact relation in-situ. These studies may include different types of microscopy, modelling, and simulation of the particular machining process with focus on creating a descriptive and predictive models.

Last Application Date: 01.Jun.2022

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7. Doctoral student in biology

Summary of Doctoral Project:

The goal of the PhD project is to address the role of gene expression in hybridization derived novelty. It has long been known that hybrids can have phenotypes that are transgressive, more extreme than those of both parental species, in spite of having intermediate genomes. In this project we will investigate if hybridization can give rise to novel gene expression profiles. The project will investigate to which extent novel, transgressive patterns of gene expression that are more extreme compared to both parent species, are found in old hybrid lineages of the Italian sparrow. The Italian sparrows were formed by a hybridization ca. 5000 years ago. It will also investigate if the genes that will have novel patterns of gene expression in the hybrid species can be predicted based on their regulatory basis, the network they belong to and their function.

Last Application Date: 01.Jun.2022

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8. Doctoral student in Physical Chemistry with focus on magnetic resonance imaging

Summary of Doctoral Project:

he proposed project “Studying neurodegeneration in humans using multidimensional diffusion-relaxation MRI” is a joint effort between Lund University (LU) and the National Institutes of Health (NIH), USA. The main goal is to elucidate the relationships between microstructure, chemical composition, and function in neuronal tissue, with a focus on neurodegeneration and neuroinflammation. The candidate will develop and implement novel imaging markers based on advanced yet clinically usable MRI methods and biophysical modeling, as well as their validation and translation into clinical applications.

Last Application Date: 15.Jun.2022

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9. Doctoral student in Solid Mechanics with focus on modeling of microstructure mechanics in metal foams

Summary of Doctoral Project:

The position as doctoral student is part of a new research project which is funded by a Röntgen-Ångström Cluster grant through the Swedish Science Council (VR). The project involves collaboration with partners at Ulm university in Germany and at Malmö university in Sweden. The partners in Ulm and Malmö will focus on experimental analysis of metal foams and the PhD student in Lund will focus on numerical modeling of microstructure mechanics in metal foams. The simulation part of the project work will be founded on numerical modeling and simulation based on finite element, finite difference or spectral methods, for example by crystal plasticity and phase field crystal modeling.

Last Application Date: 17.Jun.2022

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10. Doctoral student in Solid Mechanics with focus on computational paper mechanics

Summary of Doctoral Project:

The employment is part of a project that aims to establish numerical tools that can predict the mechanical response of packaging materials. The material model that will be developed will be based on experimental observations and shall be able to capture, for instance, visco-plasticity, visco-elasticity and damage. One part of the project involves development of tools to identify material parameters. Since the models should be industrial useful, they will be implemented in commercial finite element codes and applied to non-academic applications.

Last Application Date: 16.May.2022

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11. PhD student in neurology

Summary of Doctoral Project:

In Alzheimer’s disease (AD), the underlying brain amyloid-β (Aβ) and tau pathologies and ensuing neurodegeneration can be reliably detected and monitored using cerebrospinal fluid (CSF) and imaging biomarkers. The CSF and imaging biomarkers have been successfully used in research settings and in specialized clinics in some countries. However, more accessible and inexpensive methods, like blood tests, are needed for widespread applicability in clinical trials as well as for future implementation in routine clinical care. We have recently published several papers suggesting that phosphorylated tau measured in blood may be a useful diagnostic and prognostic biomarker of AD (Palmqvist et al. JAMA, 2020; Janelidze et al. Nature Medicine, 2020; Cullen et al. Nature Aging, 2021).

Last Application Date: 17.May.2022

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12. Doctoral student in Biochemistry

Summary of Doctoral Project:

The main duties of doctoral students are to devote themselves to their research studies which includes participating in research projects and third cycle courses. The work duties will also include teaching and other departmental duties (no more than 20%). The activities of proteins in our cells are orchestrated to a large extent by chemical modifications catalyzed by specific signaling enzymes. A modification called ADP-ribosylation is catalyzed by 17 human PARP enzymes; pathogenic bacteria express toxins that catalyze the same modification of human proteins to shortwire crucial processes in their host cells. Both PARP enzymes and toxins are interesting from a pharmacological point of view. Despite rapid progress during the past decade, it is yet unclear how the ADP-ribosylating enzymes and toxins are regulated.

Last Application Date: 18.May.2022

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13. Doctoral student in Electrical Engineering with focus on mmWave Massive MIMO

Summary of Doctoral Project:

The research area of the doctoral student deals with millimetre-wave Massive multiple-input multiple-output (MIMO) systems, a key technique for beyond 5G communication. More specifically, the subject is digital baseband processing and its efficient implementation for mmWave Massive MIMO, including methodologies for development of baseband processing algorithms, integrated electronic circuits, and demonstration system using FPGA. The PhD student will cooperate in an EU ECSEL Joint Undertaking project BEYOND5. BEYOND5 has 37 partners from academia and industry, covers all levels of the value chain including foundries, system and architecture, Building the fully European supply chain on RFSOI, enabling New RF Domains for Sensing, Communication, 5G and beyond circuit IP design, package, antennas, system integration, demo, and end users. BEYOND5 involves 3 pilot lines and will build 6 demonstrators.

Last Application Date: 19.May.2022

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14. Doctoral student in Physical geography and Ecosystem Science

Summary of Doctoral Project:

A PhD studentship in Physical Geography and Ecosystem science is hereby announced at the Department of Physical Geography and Ecosystem sciences, Lund University (LU), Sweden. The four-year position is funded externally via the project “Impact of land use on land-atmosphere exchange of greenhouse gases in savannahs of Sahel”. The main aim with this project is to improve our understanding of the exchange of greenhouse gases between the atmosphere and the ecosystems of African savannahs. The Sahel is a semi-arid biogeographic transition zone between the dry Sahara Desert in the North and the humid Soudanian savannah in the south, and it is one of the world’s largest semi-arid regions. Today we know little about the interactions between climate, ecosystems and land use of the Sahel, and the main aim with this project is to increase our understanding of these interactions.

Last Application Date: 20.May.2022

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15. Doctoral student in water and carbon cycles at the catchment scale

Summary of Doctoral Project:

Dissolved Organic Carbon (DOC) is an important water quality parameter that affects the fate and dynamics of other pollutants in the aquatic environment. The DOC concentrations in many surface waters across the northern hemisphere, particularly in Sweden, have increased during last decades. Increasing DOC concentrations have important consequences for the ecology and biogeochemistry of freshwaters. Therefore, there is an urgent need for improving our understanding of spatial-temporal variabilities (dynamics) of DOC concentrations in surface waters and the processes that drive DOC dynamics; such understanding is essential for improving our ability to predict impacts of future climate and environmental change (e.g. land use change, forest and agricultural management practices) on DOC in order to support decision-making for sustainable catchment management and planning.

Last Application Date: 21.May.2022

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16. Doctoral student in Mechanical Engineering Sciences with focus on the profile area Material and Production Technology

Summary of Doctoral Project:

The Mechanical Engineering Sciences subject is interdisciplinary in character with a large emphasis on industrial applicability. The current profile area within Mechanical Engineering Sciences includes studies on production processes, machines, methods, and their use in industrial production systems. The research area includes among other studies of models which describes different kinds of manufacturing processes such as metal cutting, forming, casting etc., and monitoring, optimizing, simulating, and controlling these processes.

Last Application Date: 24.May.2022

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17. Doctoral students in Automatic Control

Summary of Doctoral Project:

We are now recruiting PhD students. Among other projects there is one which specifically is recruiting: Dynamic Manipulation and Grasping Control for Contact Tasks, where the doctoral student will work in the intersection of the areas of machine learning, robotics and automatic control emphasizing in combined solutions for robotic manipulation and grasping for contact-rich tasks, and adaptive and learning-based approaches for control. Another project lies in the intersection of optimization and machine learning with a theoretical focus. It will in particular focus on algorithms for deep learning their generalization properties.

Last Application Date: 25.May.2022

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18. Doctoral student in Analytical chemistry

Summary of Doctoral Project:

Analytical chemistry, which is one of the basic chemistry subjects, is about the characterisation of samples, i.e., to determine how samples are composed, what chemical compounds they contain and how much of each compound they contain. Research in analytical chemistry aims to develop new analytical techniques and methods. Important application areas are in food, environmental science, biotechnology, bioenergy, medical and pharmaceutical science. The research project “Antibiotic resistance: The role of chemical pollutants in urban wastewater” aims to describe how resistance transmission is affected by pollutants in water sources. We will collect a large number of water samples from highly polluted wastewater and relatively clean environmental water in three different countries: Bangladesh, South Africa and Sweden (in collaboration with our partners in Dhaka and Johannesburg).

Last Application Date: 25.May.2022

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19. Doctoral student in theoretical physics with focus on computational biology

Summary of Doctoral Project:

Modeling and computations provide an indispensable tool in the exploration of biomolecular systems. The models may be atomistically detailed or simplified, while the computations often are based on methods such as Monte Carlo, molecular dynamics and machine learning. Biologically inspired problem can also serve as interesting test cases for novel computational approaches. An example of such a problem is structure determination for simple but challenging model proteins. The research of the doctoral student will focus on two main areas. One is the development of models and algorithms for simulations of biomolecular phase separation, with the aim of elucidating the forces driving the formation of membraneless organelles. The other area is development and testing of algorithms for quantum-based computations of the structure of simple model proteins.

Last Application Date: 27.May.2022

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This Post Has One Comment

  1. Mugisha Keiruky Longino

    This is great to have all these doctoral programmes for a better wirld tomorrow. Am a public Health Specialist.

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