Doctoral education pilot

Excellence and innovation: Doctoral education pilot at the Ģ��ֱ��

The doctoral education pilot at JYU will help us create more effective and efficient doctoral training to meet society’s growing demand for trained researchers in the workforce. The Ģ��ֱ�� is offering 85 doctoral researcher positions in ten field-specific pilot projects. The doctoral education pilot 2024–2027 is an extension of the doctoral training funded by the Ministry of Education and Culture.

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Improving the quality of doctoral training

The national pilot programme for doctoral education aims to reform and expand doctoral education sustainably so that it better meets the needs of society and the labour market. This reform will strengthen Finland’s competitiveness and secure the necessary skills and knowledge for the future, while also fostering research-based innovation.

The Ģ��ֱ�� has been awarded 85 doctoral researcher positions in ten field-specific pilot projects in doctoral education. These projects will be carried out in consortia with several universities and may also include other research organisations. The first doctoral researchers will start their work in August 2024.

Doctorate in three years

A further aim of the doctoral education pilot programme is to increase the number of doctoral graduates in Finland. The programme will develop new practices in doctoral education that will enable doctoral researchers to complete their dissertation in three years and support their employment in a wide range of sectors of Finnish society.

Holders of doctoral degrees have a wide range of career options. The results of a national career monitoring survey from 2022 show that, after universities, the largest number of doctoral graduates are employed in the private sector as well as in local and state government. They tend to work as specialists, but also, for example, in managerial positions or as entrepreneurs.

Field-specific doctoral education pilot projects at JYU

Flagship: FinnCeres

Research field: Synthetic modification of biobased materials

Coordinator: Aalto University

Partners: Åbo Akademi University, University of Helsinki, LUT University, University of Oulu, Tampere University, Hanken School of Economics, Ģ��ֱ��, University of Turku, VTT Technical Research Centre of Finland Ltd, Natural Resources Institute Finland

Positions at JYU: 1

Thesis topic(s): Development of synthetic methods for catalytic modification of lignocellulosic and related biobased materials. The topics will involve development of cutting edge catalytic cross-dehydrogenative or oxidative coupling methods that have wide utility and significance, and they are connected to previous and current research in the group of Prof. Pihko.

Expected skills: M.Sc. or equivalent degree in synthetic organic chemistry and an excellent command of theory and practical methods in synthetic organic chemistry.

CIMANET Pilot is a multidiciplinary pilot focusing on biobased materials that offers a unique window into material science, industrial bioeconomy, sustainability assessment, and many other cross-cutting themes.

Group of Prof. Pihko

Flagship: FAME

Research field: Mathematics in inverse problems, imaging, and modelling

Coordinator: University of Eastern Finland

Partners: Aalto University, University of Helsinki, Ģ��ֱ��, LUT University, Tampere University, University of Oulu, Finnish Meteorological Institute, VTT Technical Research Centre of Finland Ltd, Natural Resources Institute Finland, Geological Survey of Finland

Positions at JYU: 8

The Doctoral Education Pilot for Mathematics of Sensing, Imaging and Modelling (DREAM) will educate experts in a diverse and multidisciplinary setting encompassing mathematical and applied sciences. The pilot is connected to the Flagship of Advanced Mathematics for Sensing, Imaging, and Modelling (FAME), an internationally leading competence centre of universities, industrial and public sector partners. The vision of FAME is to provide cutting-edge solutions and research-based methodologies for various imaging and sensing problems arising in industry and society.

We are looking for highly competent and motivated doctoral candidates, who have background in and are willing to specialize in one or more of the the following topics:

mathematics, in particular inverse problems, geometry or partial differential equations
computational methods for statistical inverse problems
computational science, in particular mathematically oriented studies in topical modelling challenges applying inversion or boundary value problems

The candidates will supervised by distinguished scientists in research groups at the Department of Mathematics and Statistics (professors Joonas Ilmavirta, Mikko Parviainen, Mikko Salo and Matti Vihola) or at the Computational Science division of the Faculty of Information Technology (professors Lauri Kettunen, Ilkka Pölönen and Tuomo Rossi).

Through our training activities, we will equip doctoral candidates with advanced skills and knowledge in mathematics and computational science that are applicable in a wide array of sensing, imaging, and modelling challenges. In addition to academic skills, the program will involve active connections with actors in industry and public sector to enable diverse career paths after dissertation. Expertise acquired in this program can be applied across various scientific disciplines, industries and society as a whole, particularly in sectors focused on technological innovation and problem-solving.

Research field: Software engineering

Coordinator: Åbo Akademi University

Partners: Aalto University, University of Helsinki, Ģ��ֱ��, LUT University, University of Oulu, Tampere University, University of Turku, University of Eastern Finland

Positions at JYU: 5

The Software Pilot initiative aims to improve doctoral education in software engineering, aligning it with real-world industry and societal needs and promoting higher-level academic-industry collaboration.

Reliable and resilient software systems are the foundation for today's digital society and business. Traditional high-tech manufacturing companies, such as those producing elevators and forestry machinery, often define themselves as software companies. For example, 80% of new innovations in cars are implemented through software. Additionally, software plays a key role in nearly all public services, such as healthcare, social services, education, defense, and administration.

Advances in software engineering are crucial for addressing the growing technological demands of our digital society and its dependence on adaptable, scalable, secure, and reliable systems. Software is recognized as the driving force behind digital transformation and is central to evolving fields such as AI, telecom, IoT, and quantum computing—and software depends on software engineering. However, the rapidly evolving nature of software technology and the increasing complexity of digital systems highlight a specific need beyond the capabilities of undergraduate and master's education: advanced research and leadership in software engineering that can only be nurtured through doctoral studies.

To build and maintain such systems, we depend on software engineering. This discipline spans from the requirements specification and design of software systems to their development, testing, verification, deployment, and maintenance. Software engineering research focuses on principles, designs, methodologies, programming languages, tools, and architectures that ensure robust, safe, and efficient software products and services that meet their intended requirements and users' needs. All these fields are possible topics for a doctoral thesis in the scope of this pilot.

A potential candidate should have strong background in software engineering, possibly involving industrial experience, in addition to academic qualifications at Master’s level. Fluent skills in English – both written and read – are necessaty to pursuit for a doctoral degree. In addition, programming skills are necessary to create and demonstrate new kinds of technical constructs.

To a doctoral candidate, we offer a unique environment, where research stems from industry needs, thus embracing practical relevance, but relies on established scientific methods to ensure rigor throughout the thesis process. This combination will give participating students the best of both worlds – on one hand, overlook to industry problems and expectations, and on the other hand, tools to address these in terms of scientific experimentation.

Pilot still has no web site. It is under construction at the coordinator university.

Flagship: EDUCA

Research field: Education, learning and future learning environments

Coordinator: Ģ��ֱ��

Partners: University of Helsinki, Aalto University, University of Turku, Tampere University, The Labour Institute for Economic Research LABORE, Niilo Mäki Institute, Itsenäisyyden juhlavuoden lastensäätiö sr, Åbo Akademi University, University of Eastern Finland, University of Oulu, Headai, Finnish National Agency for Education, University of Lapland, City of Helsinki, Childhood and education, ETLA Economic Research, Eduten, Finnish Institute of Occupational Health, LingSoft Group, Kela, Hyvinvointialueyhtiö Hyvil Oy, The Finnish Education Evaluation Centre (FINEEC), City of Kuopio, VATT Institute for Economic Research, 3DBear, Qridi, Kuntien Tiera, Finnish Aviation Academy, Valamis Group, Finnish Institute for Health and Welfare, City of Tampere

Positions at JYU: 22

EDUCA-Doc Doctoral Education Pilot is an important element of the EDUCA Flagship which generates new knowledge and understanding of recent changes in Finnish education and society, such as mechanisms contributing to decline in learning outcomes, increase in school absence and educational dropout rates, and ways in which technology transforms our teaching and learning in the future. EDUCA investigates the effects and implementation of policy reforms and interventions in the education sector by bringing together actors from educational sciences, psychology, learning analytics, sociology, and economics and by forming an ecosystem platform for the education sector together with stakeholders. The research to be implemented will increase our understanding of the variation in individual and social learning processes, as well as policy and other factors explaining differences between schools and regions. In addition, the goal is to create digital solutions for everyday teaching and learning to utilise timely technology in learning contexts where it has been proven pertinent.

The dissertations of the EDUCA-Doc doctoral researchers should focus on research related to at least one of the following EDUCA Flagship themes, or on their policy enactments at local, regional or national level:

Assessment of the impacts and enactment of education policy reforms and interventions.
Analysis of ways of addressing learning variability in effective learning interactions and adaptive support in various learning contexts.
Investigation of digital solutions for learning and teaching.
Promotion and analysis of professional competences of teachers and principals needed for effective future learning.

We are looking for motivated candidates who have already demonstrated their ability in previous studies and who are committed to completing their doctoral studies within the three-year target period. The applicant needs to show involvement in a research project during the doctoral studies, the ability and enthusiasm to work as part of a multidisciplinary EDUCA research and expert network, motivation for collaboration with a work-life partner during the doctoral studies and preparing for a career plan outlining possibilities in private, public, or nonprofit sectors.

EDUCA-Doc will offer you the opportunity to develop your skills in a dynamic, interdisciplinary and international environment connected to the field of education. EDUCA-Doc will serve as a knowledge, technology and data-sharing platform for research conducted within the EDUCA Flagship program and beyond, and it offers a unique opportunity to utilize a wide range of methods, data, outputs, and implications within cross-sectoral collaboration. EDUCA-Doc will offer a specific training program for doctoral researchers planned out and implemented together with participating universities and work-life partners. During your doctoral studies, you will become a part of the wide network of EDUCA-Doc doctoral researchers, senior researchers, and supervisory teams as well as non-university partners.

Materials for applicants

For more information on EDUCA Flagship and EDUCA-Doc, see EDUCA – Education for the Future Flagship | Ģ��ֱ�� (jyu.fi)

If you have applied for the AI-DOC doctoral researcher position via by 2 April 2024, your application will be considered in the joint recruitment process organised by Aalto University. In the call organised by the Ģ��ֱ��, we will consider all applications submitted to the Ģ��ֱ�� by 30 April 2024, regardless of whether the same applicant has also applied in the joint recruitment process organised by Aalto University.

Flagship: FCAI

Research field: Statistics and Artificial Intelligence

Coordinator: Aalto University

Partners: University of Helsinki, Tampere University, University of Oulu, Ģ��ֱ��, University of Turku, LUT University, University of Eastern Finland, University of Vaasa, Åbo Akademi University, VTT Technical Research Centre of Finland Ltd, Geological Survey of Finland, CSC – IT Center for Science

Positions at JYU: 7

Artificial intelligence (AI), the fastest developing general-purpose technology, is a key area for Finland’s competitiveness: every field and business needs AI expertise. Finnish AI research is among the best in Europe in selected fields of research, and we have a favorable operating environment for the creation, development, and utilization of AI technologies.

The doctoral program rests on two interlinked pillars: 1) strong fundamental research in AI as a necessary condition for applying AI responsibly and competitively, and 2) a set of application areas of high scientific quality and wide impact in industry and society.

1) Fundamental AI:

Fundamental AI methods are the core of the research activities and the cornerstone in all application areas. Fundamental AI encompasses probabilistic AI for verifiable and uncertainty-aware model building, simulation-based inference for efficient and interpretable reasoning capabilities, data-efficient deep learning, privacy-preserving and secure AI, interactive AI for collaborative AI tools, autonomous AI, statistics, and decision-making. Widely applicable goals of the fundamental AI are AI-assisted decision-making, design and modeling.

Keywords: Artificial Intelligence, Causal Inference, Collaborative AI and human modeling, Machine Learning, Statistics

2) Application areas:

AI in Communications, Signal Processing and Engineering

The area covers a wide range of advanced methods in communications technology, statistical methods in signal processing, and analysis of images, video, speech, and audio signals. Industries are currently employing AI methods in numerous research and development tasks, e.g., in product design and predictive maintenance.

Keywords: Array signal processing, Computer vision, Perception, Sensors, Wireless communications, Autonomous systems, Energy systems, Machine automation

AI in Language and Speech Technology

The area covers various aspects of natural language processing. It includes language model-based technologies, and speech recognition and analysis methods. Special focus is given to cross-lingual transfer and technologies for smaller languages, like Finnish and Swedish that are structurally very different from e.g. English and need a separate approach.

Keywords: Foundation models, Human language technology, Large language models, Speech recognition

AI in Society and Business

The area focuses on social and ethical aspects of AI, including the preconditions of trustworthy and socially acceptable. AI and the consequences of use of AI. It brings together AI research and human sciences to better understand how AI works in organizations and society. Another dimension of the area is AI and data-based methods in economics.

Keywords: AI in business operations, AI in technology and society, Education, Trust & ethics

The PhD topics are integrated into ongoing research in supervisors’ groups to provide peer support and help in getting the first scientific paper out quickly. Teaming up in fundamental AI research and application areas, and across them, provides peer support to PhD students. Companies and research institutes are an integral part of the program and they will provide future jobs for the PhDs. The planned activities of AI-DOC include biannual seminars for the whole network, entrepreneurship training, summer schools and research seminars. There will be mobility possibilities for the PhD students.

AI-DOC is associated with

Research field: Particle and nuclear physics

Coordinator: Ģ��ֱ��

Partners: University of Helsinki, LUT University

Positions at JYU: 7

The doctoral training pilot program in particle and nuclear physics includes research in theoretical and experimental particle and nuclear physics and in cosmology, together with teams from the University of Helsinki and LUT university. In the experimental research group the graduate student could work in the JYU accelerator laboratory, one of the major nuclear physics laboratories in Europe hosting hundreds of visiting researchers annually, or at CERN, the European laboratory for particle physics. Theoretical and computational research topics range from the origins of the matter in the early universe to the structure of atomic nuclei. The doctoral training pilot is associated with the Academy of Finland Center of Excellence in Quark Matter. Key connections to industry are provided through researchers of the Finnish Radiation and Nuclear Safety Authority (STUK) participating in the pilot program.

Potential PhD thesis topics could include

Using lasers to cool down trapped ions
Adapting detector elements from the ALICE experiment at CERN for medical applications
Developing radiation detection in response to nuclear security incidents
Using Finland's the largest supercomputers to perform fluid mechanical simulations of the flow quark gluon plasma in a heavy ion collision, or to understand the properties of atomic nuclei from basic interactions of protons and neutrons
Inferring the quark and gluon structure of elementary particles from measurements at the LHC collider at CERN

We expect the applicant to have an MSc degree in physics, including basic courses in particle and nuclear physics and an appropriate knowledge of mathematics and programming. In addition to top-level research in an international environment, the doctoral training pilot will offer training and information exchanges on career skills, software development, project management and industry contacts in common with the whole graduate school.

Research field: Social and public policy, social work

Coordinator: University of Lapland

Partners: University of Vaasa, University of Eastern Finland, University of Helsinki, Tampere University, Ģ��ֱ��, University of Oulu

Positions at JYU: 6

The Interdisciplinary Doctoral School of Social Services DocSoc360° explores the social service system from multiple perspectives. The consortium is led by the University of Lapland and includes the Universities of Helsinki, Eastern Finland, Jyväskylä, Oulu, Tampere and Vaasa. A total of 34 full-time doctoral researchers will start their doctoral studies in the pilot project, 6 of them at the Ģ��ֱ��.

At the Ģ��ֱ��, the doctoral researchers will work in the Department of Social Sciences and Philosophy of the Faculty of Humanities and Social Sciences and will pursue their doctoral studies in the disciplines of Social Work or Social and Public Policy. At the Ģ��ֱ��, the research in the doctoral pilot will focus on social services research, in particular on population ageing, services for older people and disabled people, services for working age people, digital social services, as well as social service management and knowledge generation. At the Ģ��ֱ��, the doctoral pilot programme works in close cooperation with the Centre of Excellence in Research on Ageing and Care funded by the Academy of Finland. Supervisors for dissertations are professors of Social Work and Social and Public Policy and other senior researchers (e.g. professors Teppo Kröger, Heli Valokivi, Sakari Taipale, Kati Närhi, Minna Kivipelto, Johanna Kiili).

PhD researchers should have a Master's degree in social sciences (or complete that during the year 2024), good research skills and a strong interest in social service research. The aim is to complete the doctoral programme within three years.

The Interdisciplinary Doctoral School of Social Services DocSoc360° will provide doctoral researchers with a strong national network of guidance and research focused on social service research, as well as extensive international cooperation and research exchange opportunities.

Research field: Planetary wellbeing and interdisciplinary sustainability transformations

Coordinator: University of Eastern Finland

Partners: LUT University, University of Oulu, University of Vaasa, Tampere University, University of Lapland, Aalto University, Ģ��ֱ��, University of Helsinki, University of Turku, Finnish Environment Institute

Positions at JYU: 6

The interdisciplinary Sustainability Transformations Doctoral School produces knowledge and understanding about global, social, cultural, organizational and individual-level change processes for the aims to create a sustainable and just society that supports planetary well-being. Complex social-ecological challenges such as climate change, biodiversity loss, and global social inequality require in-depth investigations on dynamics and potentialities of sustainability transformations, across all sectors, scales and actors.

Sustainability Transformations Doctoral School equips doctoral researchers with interdisciplinary and transdisciplinary competencies and transferable skills that can be used in many different jobs, career paths and sectors, enabling them to effectively and professionally contribute to and provide leadership in the evolving arenas of sustainability transformations. Interdisciplinarity integrates knowledge and methods from different disciplines to advance solutions which are beyond the scope of any single discipline. A transdisciplinary approach reaches also beyond the academy by considering non-academic stakeholder knowledge in the pursuit of a broadening understanding of sustainability transformation pathways and processes. The selected doctoral researchers are encouraged to link with industries as well as governmental, and non-governmental organizations from the beginning of their projects.

Sustainability Transformations Doctoral School will comprehensively bring together perspectives related to a) education for sustainability, planetary wisdom and future competencies, b) sustainable business and working life, c) leadership and management in societal change, d) cultural transformation and social imagination, e) policies, legal systems and means of regulation, f) planetary health and well-being, and g) civil society and democratic development.

We are looking for highly competent and motivated doctoral researchers, who are prepared to complete their PhD dissertation in three years. They should have background and interest in sustainable transitions from the above-mentioned perspectives and be prepared to participate in multidisciplinary research environment.

The doctoral candidates will be located in different faculties and departments based on their background and topic of the dissertation and will enjoy multidisciplinary supervision within JYU and in collaboration with other universities.

Flagship: PREIN

Research field: Multidisciplinary nanoscience of light and matter interactions

Coordinator: Tampere University

Partners: University of Eastern Finland, Ģ��ֱ��, Åbo Akademi University, University of Oulu, University of Turku, Aalto University, VTT Technical Research Centre of Finland Ltd, Photonics Finland

Positions at JYU: 6

The Flagship for Photonics Research and Innovation () leverages the interactions between light and matter for science and technology. Controlling light with matter has been key to countless innovations, such as lasers, lightning, screens, optogenetics, and biomedical imaging. Research at Laserlab-NSC is at the interface of photonics and advanced materials, both of which are considered Key Enabling Technologies () for Europe’s future prosperity by the European Commission. Research and innovation in these areas have been identified as necessary for advancing both the green and digital transition, but skill shortages in Finland are currently damaging the growth prospects.

In response to this demand, the new doctoral education pilot will provide researchers with skills across the photonics and advanced materials interface, an interface that is, by its very nature, inter-sectoral, requiring collaboration and communication between industry and academia, and interdisciplinary, requiring researchers with skills and project-related knowledge of concepts across photonics, chemistry, material science, photophysics, molecular biology and device engineering.

We will provide a broad scientific and personal training programme for our students, enabling them to confidently meet the challenges of the increasingly interdisciplinary, international, and inter-sectoral job markets. We aim for our researchers to become creative, critical, and autonomous intellectual risk-takers, who push boundaries of fundamental and materials research and drive Finland’s research and innovation of the future. To achieve this aim, we will recruit, train and mentor six doctoral students to work on the following research themes:

Topological spin-photonics in silicon - enabling a novel quantum information processing platform
Ultrafast energy transfer for light harvesting by relaxation pathways of hybrid light-matter states, polaritons, in nanophotonic structures.
Understand, predict and design nanophotonic structures for controlling matter with light.
Biological photosensing – ultrafast photoisomerization and its related structural changes
Understanding the relation between chemical and electronic structure in novel single-benzene fluorophores.
Optical modification of graphene and other 2D materials

Depending on the project, applicants should have a suitable background in chemistry, physics, biology, or engineering. Experience in lasers, spectroscopy, optics, optoelectronics, computer programming, nanofabrication, or quantum chemistry, is considered advantageous.

Flagship: Finnish Quantum Flagship

Research field: Quantum Science and Technology

Coordinator: Aalto University

Partners: University of Oulu, University of Turku, Ģ��ֱ��, University of Helsinki, Tampere University, University of Eastern Finland, VTT Technical Research Centre of Finland Ltd, CSC – IT Center for Science

Positions at JYU: 17

The first quantum revolution almost a century ago enabled modern information processing technologies. We are now living through the second quantum revolution that will allow the manufacture and manipulation of quantum objects and materials for precise quantum engineering. Progress in fundamental and applied research has led to the discovery of devices, algorithms and software predicted to supersede conventional computing, communication, sensing, and simulation techniques that will impact our society. This area has grown significantly in the last decade, and both public and private investments in the field are at record levels. Join us in promoting an efficient yet peaceful second quantum revolution via your unique research input. Our doctoral program has close connections with the Finnish and international quantum technology companies and therefore a successful PhD in the field will open many doors, both inside academia and in the industry.

Inside the Ģ��ֱ��, we have QDOC PhD projects under various subareas. In your application, we ask you to choose 1 to 3 projects in a priority order, based on the project numbers below.

QDOC project descriptions

Common qualifications

A master's degree in the field relevant to the project finished prior to the start of the project (1^st August 2024 or 1^st January 2025)
A high proficiency in spoken and written English.
You are expected to learn to communicate your results by writing manuscripts and giving presentations at international conferences.

More information

The QDOC doctoral pilot is formed around the Finnish Quantum Technology Flagship project and comprises 90 PhD projects in leading Finnish research groups on quantum technology in eight Finnish universities or research institutes. It includes strong collaboration with 14 companies offering thesis topics and internships. The program will support strong networking as all QDOC students will participate in common QDOC events such as an open poster event, and annual summer/winter schools.

The Ģ��ֱ�� Flagship

Applying for a doctoral researcher position

Doctoral researcher positions

The doctoral researcher positions in the pilot programme are full-time and will be filled for a fixed term of three years. The earliest start date is 1 August 2024.

The positions are intended for new doctoral researchers. You can apply for the positions if you do not already have a doctoral degree or doctoral study rights, or if your doctoral study rights have started no earlier than 1 November 2023.

Candidates are required to hold a master’s degree at the start of the contract.

The call for applications for the three-year doctoral researcher positions within the doctoral education pilot has been closed.

The position of doctoral researcher and doctoral studies are applied for separately

See the call for applications and the application form for the position of doctoral researcher on JYU’s Current vacancies webpage. Make sure you have the necessary documents.
Check the application guidelines for doctoral studies to make sure you are eligible to apply for doctoral studies at JYU. Make sure you have the necessary documents.
Send your application
- for doctoral researcher by the deadline given in the call for applications.
- for doctoral studies during the application period for doctoral studies by 30 April 2024 or 30 September 2024, or after you have been notified of your selection as a doctoral researcher.
Watch your email and respond to any questions and requests as soon as possible.

Doctoral studies

Doctoral researchers are required to have the right to pursue doctoral studies in a doctoral programme at JYU. You can apply for doctoral studies in April 2024 or September 2024, or after you have been notified of your selection as a doctoral researcher (this option is not available in the EDUCA-Doc Doctoral Education Pilot).

The study rights granted in spring (April application round) start on 1 August 2024 and the study rights granted in autumn (September application round) on 1 January 2025.

You must obtain the doctoral study rights within the six-month trial period.

If you are applying for a position as a doctoral researcher, you should also familiarise yourself with the eligibility requirements for doctoral training, how to demonstrate your language skills, and the procedures for certifying and submitting educational documents. Find out where you can obtain the supporting documents needed for your application and how much time you will need to acquire them.

Application guidelines for doctoral studies

If you are applying for doctoral studies after you have been notified of your selection as a doctoral researcher, you will receive application instructions from JYU’s Student and Academic Services.

Young physicist is looking 100,000 years ahead

Doctoral Researcher Joni Tanttu hopes his research will help keep nuclear waste tightly secured deep in the bedrock for some hundred thousand years ahead.

Read more about Tanttu's doctorate studies

Ģ��ֱ��

Excellence and innovation: Doctoral education pilot at the Ģ��ֱ��

Improving the quality of doctoral training

Doctorate in three years

Field-specific doctoral education pilot projects at JYU

1) Fundamental AI:

2) Application areas:

AI in Communications, Signal Processing and Engineering

AI in Language and Speech Technology

AI in Society and Business

Common qualifications

More information

Applying for a doctoral researcher position

Doctoral researcher positions

The position of doctoral researcher and doctoral studies are applied for separately

Doctoral studies

Young physicist is looking 100,000 years ahead

More information

Doctoral studies admission services

See also