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Call for Doctoral Students in Artificial Intelligence

The Finnish Doctoral Program Network in Artificial Intelligence is looking for 100 new PhD students to work in fundamental AI and machine learning research and in five application areas. Come do a PhD tackling challenging research questions in a network that fosters industry and multidisciplinary collaboration!

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About the program

The Finnish Doctoral Program Network in Artificial Intelligence launched in 2024 to build a world-class PhD program with quality supervision, mobility, and multi-disciplinarity as integral parts. The program is a joint effort of ten Finnish universities and will educate 100 new PhDs in artificial intelligence research. Finland’s Ministry of Education and Culture has granted 25.5 million EUR to support the program.

The PhD students joining the program will benefit from:

 

Research areas

We are looking for prospective PhD students to work in the following research areas:

Fundamental AI

Fundamental AI methods are the core of the FCAI 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

    • Luigi Acerbi, University of Helsinki – Machine Learning, Bayesian Optimization, Computational Neuroscience, Probabilistic Inference, Decision-Making

    • Antti Airola, University of Turku – Machine Learning, Data Analytics, Health Technology

    • Dominik Baumann, Aalto University – Control Theory, Robotics, Machine Learning, Multi-Agent Systems

    • Jukka Corander, University of Helsinki – Evolutionary Epidemiology, Machine Learning, Inference

    • Stéphane Deny, Aalto University – AI & Neuroscience

    • Mohammed Elmusrati, University of Vaasa – Wireless Communication, Machine Learning, Game Theory, Uncertainty Analysis, AI and ML in Bioinformatics

    • Frank Emmert-Streib, Tampere University – Data Science, Artificial Intelligence, Network Science, Computational Biology, Natural Language Processing

    • Pasi Fränti, University of Eastern Finland – Clustering, Location-Based Services, Image Compression, Machine Learning, Data Mining

    • Moncef Gabbouj, Tampere University – Machine Learning, Artificial Intelligence, Signal Processing, Image Processing, Video Communication

    • Vikas Garg, Aalto University – Machine Learning

    • Dorota Glowacka, University of Helsinki – Interactive Information Retrieval, Machine Learning, Exploratory Search, User Modelling

    • Christian Guckelsberger, Aalto University – Computational Creativity, Artificial Intelligence, Human-Computer Interaction, Videogame AI

    • Andreas Hauptmann, University of Oulu – Inverse Problems, Computational Imaging, Photoacoustic Tomography, Electrical Impedance Tomography

    • Ville Hautamäki, University of Eastern Finland – Speaker Recognition, Language Recognition, Machine Learning, Computational Biology

    • Janne Heikkilä, University of Oulu – Computer Vision, Machine Vision, Pattern Recognition

    • Jukka Heikkonen, University of Turku – Machine Learning, Data Analysis, Autonomous Systems, Machine Vision, GIS Applications

    • Keijo Heljanko, University of Helsinki – Parallel and Distributed Systems, Big Data, Data Science, Model Checking

    • Antti Honkela, University of Helsinki – Machine Learning, Differential Privacy, Bayesian Inference, Bioinformatics

    • Pan Hui, University of Helsinki – Ubiquitous Computing, Mobile Computing, Augmented Reality, Data Science

    • Aapo Hyvärinen, University of Helsinki – Machine Learning, Computational Neuroscience

    • Perttu Hämäläinen, Aalto University – Game Design, Human-Computer Interaction, Physically Based Animation & Control, Machine Learning, VR and AR

    • Giulio Jacucci, University of Helsinki – Human-Computer Interaction

    • Tomi Janhunen, Tampere University – Artificial Intelligence, Knowledge Representation, Answer Set Programming, Boolean Optimization

    • Alexander Jung, Aalto University – Machine Learning, Artificial Intelligence, Convex Optimization, Reinforcement Learning

    • Matti Järvisalo, University of Helsinki – Automated Reasoning, Optimization, Knowledge Representation, Graphical Models

    • Juho Kannala, Aalto University – Computer Vision, Machine Learning

    • Juha Karvanen, University of Jyväskylä – Causality, Missing Data, Study Design

    • Kimmo Kaski, Aalto University – Computational Science, Statistical Physics, Complex Systems & Networks, Computational Social Science, Data Science & AI

    • Samuel Kaski, Aalto University – Probabilistic Machine Learning, Human-AI Interaction, Simulation-Based Inference, Computational Medicine

    • Tomi Kinnunen, University of Eastern Finland – Speech, Speaker Recognition, Voice Conversion, Biometrics, Anti-Spoofing

    • Arto Klami, University of Helsinki – Machine Learning, Bayesian Statistics, Artificial Intelligence

    • Timo Knuutila, University of Turku – Machine Learning, Combinatorial Optimization, Formal Languages and Automata

    • Mikko Koivisto, University of Helsinki – Algorithms, Artificial Intelligence, Computational Statistics, Machine Learning

    • Juha Kontinen, University of Helsinki – Mathematical Logic, Logic in Computer Science, Finite Model Theory

    • Tomasz Kucner, Aalto University – Mapping, Dynamic Mapping, Chronorobotics, Localisation

    • Janne Kujala, University of Turku – Statistics

    • Sangita Kulathinal, University of Helsinki – Survival and Event History Analysis, Study Designs, Statistical Inference.

    • Ville Kyrki, Aalto University – Robotics, Machine Learning, Computer Vision

    • Salme Kärkkäinen, University of Jyväskylä – Classification Methods, Environmental Statistics, Spatial Statistics, Mixed Models

    • Jorma Laaksonen, Aalto University – Pattern Recognition, Machine Learning, Neural Networks, Computer Vision, Media Analysis

    • Leo Lahti, University of Turku – Data Science and Complex Systems

    • Jaakko Lehtinen, Aalto University – Computer Graphics, Computer Vision, Machine Learning

    • Lasse Leskelä, Aalto University – High-Dimensional Statistics, Clustering, Network Science

    • Xiaobai Li, University of Oulu – Computer Vision, Affective Computing, Biometrics

    • Janne Lindqvist, Aalto University – Human-Computer Interaction, Security Engineering, Usable Privacy and Security

    • Li Liu, University of Oulu – Computer Vision, Machine Learning, Artificial Intelligence, Trustworthy AI, Synthetic Aperture Radar

    • Harri Lähdesmäki, Aalto University – Computational Biology, Machine Learning, Deep Generative Models, Bioinformatics, Artificial Intelligence, Probabilistic Modeling

    • Pekka Marttinen, Aalto University – Statistical Machine Learning, Computational Biology

    • Michael Mathioudakis, University of Helsinki – Algorithms for Big Data, ML Model Management

    • Kaisa Miettinen, University of Jyväskylä – Multiobjective Optimization and Decision Support

    • Pauli Miettinen, University of Eastern Finland – Computer Science, Data Mining

    • Tommi Mikkonen, University of Jyväskylä – Software Engineering, Software Architecture, Web Programming

    • Petri Myllymäki, University of Helsinki – Artificial Intelligence, Machine Learning, Probabilistic Graphical Models

    • Marko Mäkelä, University of Turku – Optimization, Convex and Nonconvex Analysis, Nonsmooth Optimization, Multiobjective Optimization, Bundle Methods

    • Klaus Nordhausen, University of Jyväskylä – Multivariate Statistics, Robust and Nonparametric Methods, Blind Source Separation

    • Petteri Nurmi, University of Helsinki – Ubiquitous Computing, Mobile Sensing, Distributed Computing, Internet of Things

    • Jukka K. Nurminen, University of Helsinki – Practice of AI, Quantum Software, Mobile Systems, Energy-Efficiency

    • Henri Nyberg, University of Turku – Econometrics, Statistics, Time Series Analysis, Empirical Macroeconomics, Empirical Finance

    • Antti Oulasvirta, Aalto University – Human-Computer Interaction, Computational Modeling of Behavior

    • Tapio Pahikkala, University of Turku – Machine Learning, Pattern Recognition, Computational Intelligence, Data analysis

    • Joni Pajarinen, Aalto University – Reinforcement Learning, Robotics, Machine Learning

    • Samuli Pekkola, University of Jyväskylä – Information Systems

    • Jaakko Peltonen, Tampere University - Statistical Machine Learning, Exploratory Data Analytics, Dimensionality Reduction, Visualization, Natural Language Processing, Information Retrieval, Game Culture Research, Ethical Artificial Intelligence

    • Ion Petre, University of Turku – Computational Systems Biology, Network Science, Machine Learning, Theory of Computing

    • Simon Puglisi, University of Helsinki – Algorithms, Data Structures, Pattern Matching, Data Compression

    • Kai Puolamäki, University of Helsinki – Data Mining, Machine Learning, Artificial Intelligence, Atmospheric Sciences

    • Ilkka Pölönen, University of Jyväskylä – Hyperspectral Imaging, Machine Learning, Mathematical Modelling, Applied Mathematics, Computer Science

    • Esa Rahtu, Tampere University – Computer Vision, Image Understanding, Machine Learning

    • Jenni Raitoharju, University of Jyväskylä – Machine Learning, Computer Vision, Environmental Monitoring

    • Teemu Roos, University of Helsinki – Machine Learning

    • Juho Rousu, Aalto University – Machine Learning, Computational Metabolomics, Computational Biomedicine, Computational Systems Biology

    • Laura Ruotsalainen, University of Helsinki – Navigation, Computer Vision

    • Ahti Salo, Aalto University – Operations Research, Decision Analysis, Risk Analysis, Foresight, Multiple Criteria Decision Making

    • Mikko Salo, University of Jyväskylä – Mathematical Analysis, Geometry and Applications

    • Mikko Sillanpää, University of Oulu – Statistical/Quantitave Genetics, Bayesian Statistics, Variable Selection, MCMC, Network Estimation

    • Arno Solin, Aalto University – Machine Learning, Gaussian Processes, Sensor Fusion, Generative Modelling

    • Simo Särkkä, Aalto University – Multi-Sensor Data Fusion, Bayesian Filtering and Smoothing, Machine Learning, Medical Technology, AI for Health

    • Sara Taskinen, University of Jyväskylä – Statistics

    • Nikolaj Tatti, University of Helsinki – Data Mining, Statistics

    • Santtu Tikka, University of Jyväskylä – Causal Inference

    • Hannu Toivonen, University of Helsinki – Computer Science, Data Science, Computational Creativity, Artificial Intelligence

    • Jarno Vanhatalo, University of Helsinki – Gaussian Process, Bayesian Modeling, Environmental Sciences, Ecology, Spatial Statistics

    • Aki Vehtari, Aalto University – Bayesian Analysis, Bayesian Statistics, Bayesian Workflow, Gaussian processes

    • Matti Vihola, University of Jyväskylä – Computational Statistics and Applied Probability

    • Joni Virta, University of Turku – Dimension Reduction

    • Jouko Väänänen, University of Helsinki – Mathematical logic

    • Robin Welsch, Aalto University – Engineering Psychology, AR/VR, Social interaction, Human-Computer Interaction, Human-AI interaction

    • Martha Zaidan, University of Helsinki – Artificial Intelligence, Data Sciences, Condition Health Monitoring, Sensing Technologies

    • Bo Zhao, Aalto University – Machine Learning, Data-Centric AI, Data-Efficient Learning

    • Guoying Zhao, University of Oulu – Affective Computing, Artificial Intelligence, Computer Vision, Pattern Recognition

    • Indre Zliobaite, University of Helsinki – Data Science, Concept Drift, Palaeobiology, Macroecology

AI in Communications and Signal Processing

The area covers a wide range of advanced methods in communications and distributed intelligence technologies, statistical methods in signal processing, and analysis of images, video, speech, audio and array signals. 

The methodologies can be applied in various layers of communications systems from applications to the radio connectivity with distributed intelligence that is an integral part of next generation communication and computing systems targeting to solve issues related to ultra densification of infrastructure, devices and people, and to guarantee secure, low latency and reliable use of ICT resources using advanced AI methods.

This research area also includes acquiring, processing, analyzing and understanding digital images, video sequences, views from multiple cameras, multi-dimensional data from a 3D scanner, 3D point clouds from LiDaR sensors, or medical scanning devices, and extraction of high-dimensional data from the real world in order to produce numerical or symbolic information, e.g. in the forms of decisions, using models constructed with the aid of geometry, physics, statistics, and learning theory.

Keywords: Array signal processing, Computer vision, Edge intelligence, Perception, Sensors, Wireless communications

    • Sergey Andreev, Tampere University – Intelligent IoT, Mobile Communications, Heterogeneous Networking

    • Mehdi Bennis, University of Oulu – B5G/6G, Machine Learning, Semantic Communication, Protocol Learning

    • Miguel Bordallo Lopez, University of Oulu – AI, Computer Vision, Mobile, Face Analysis, Real-Time Image Processing

    • Karen Eguiazarian, Tampere University – Image Processing, Image Restoration, Computational Imaging, Sparse Representations

    • Filip Elvander, Aalto University – Statistical Signal Processing, Spectral Estimation, Optimal Transport, Sparse Modeling

    • Alessandro Foi, Tampere University – Imaging, Signal Processing, Noise, Denoising, Applied Statistics

    • Atanas Gotchev, Tampere University – Immersive Imaging, 3D Imaging, Light Field Imaging, Quality Assessment, Computational Optics

    • Erkki Harjula, University of Oulu – Edge Computing, IoT, Medical ICT, AI, ML

    • Markku Juntti, University of Oulu – Wireless Communications, Signal Processing

    • Joni Kämäräinen, Tampere University – Computer Vision, Robot Vision, Robot Learning, Robotics

    • Visa Koivunen, Aalto University – Signal Processing, Wireless Communication, Radar, Statistics, Machine Learning

    • Antti Laaksonen, University of Helsinki – Programming, Algorithms

    • Matti Latva-aho, University of Oulu – 6G, Wireless Communications

    • Kjell Lemström, University of Helsinki – Music Information Retrieval, Algorithms, Learning Analytics

    • Simona Lohan, Tampere University – Wireless Localization, Tracking and Navigation, Signal Processing for Wireless Communications, Wearable Computing

    • Annamaria Mesaros, Tampere University – Machine Listening, Detection and Classification of Acoustic Scenes and Events

    • Petri Mähönen, Aalto University – Networked Systems

    • Mika Mäntylä, University of Helsinki – Software Testing, Software Maintenance, Software Operations, AIOps, Log Analysis

    • Nhan Nguyen, University of Oulu – Wireless Communication, Signal Processing, Machine Learning

    • Esa Ollila, Aalto University – High-Dimensional Statistics, Data Science, Statistical Signal Processing

    • Otso Ovaskainen, University of Jyväskylä – Statistical Ecology

    • Susanna Pirttikangas, University of Oulu – Situation Awareness, Edge Intelligence, Artificial Intelligence, Activity Recognition, Ubiquitous Computing

    • Archontis Politis, Tampere University – Virtual Acoustics, Acoustical Signal Processing, Spatial Sound, 3D-audio, Acoustic Scene Analysis

    • Nandana Rajatheva, University of Oulu – 6G, AI/ML for PHY & RAN, Sensing & Automation, Channel Coding

    • Sumudu Samarakoon, University of Oulu – Game Theory, Machine Learning, Small Cells, V2X

    • Stephan Sigg, Aalto University – Remote Healthcare, Human-AI Teaming, Gesture and Activity Recognition, Usable Security, RF Sensing and mmWave Radar Sensing, Ambient Intelligence, Mobile and Ubiquitous Computing

    • Bo Tan, Tampere University – Wireless Communications, Radar, Intelligent Machines, Healthcare

    • Sasu Tarkoma, University of Helsinki – Internet Technology, Mobile Computing, Data Science, Middleware

    • Vishnu Unnikrishnan, Tampere University – Microelectronic Circuits and Systems, Energy-Efficient Digital/Mixed-Signal Hardware Accelerators for Integrated AI

    • Mikko Valkama, Tampere University – Wireless Communications, Radio Systems, Signal Processing

    • Tuomas Virtanen, Tampere University – Machine Listening, Audio Signal Processing, Audio

    • Sergiy Vorobyov, Aalto University – Statistical Signal Processing, Convex Optimization, Tensor Decomposition, Radar, Communications

    • Yu Xiao, Aalto University – Augmented/Virtual Reality, Wearable Sensing, Video analytic, Edge/Fog Computing, Smart Manufacturing

    • Mika Ylianttila, University of Oulu – Internet Software-Defined Networking, Network Security, Edge Computing

AI in Health

The health and wellbeing field holds high potential to profit from advances in AI. Applications range from personalized care and precision medicine to preventive care and to process optimization. Increasing availability of large amounts of multi-source data combined with novel AI paradigms give huge opportunities. Challenges are how to extract valid actionable knowledge from all that data, how to develop AI-based solutions that are trustworthy, fit into healthcare processes, and that have an actual impact.

Keywords: Biomedical Image and Signal analysis; Multi-modal Health Data Analysis; Predictive, Preventive, Personalized, Participatory Healthcare, Trustworthy AI, Healthcare Processes

    • Tero Aittokallio, University of Helsinki – Systems Medicine

    • Oscar Brück, University of Helsinki – Computer Vision, Medical Data Analysis, Data Harmonization, Hematology

    • Ping Chen, University of Helsinki – Medical System Biology, Methodology, RNA Biology, Immunometabolism

    • Ben Cowley, University of Helsinki – High Performance Cognition, Cognitive Science, Psychophysiology, Neuroscience Flow

    • Vittorio Fortino, University of Eastern Finland – Bioinformatics, Omics Data Analytics, Machine Learning and Artificial intelligence

    • Andrea Ganna, University of Helsinki – Health Data Science, Human Genetics

    • Dario Greco, Tampere University – NanoSafety, Toxicogenomics, Predictive Toxicology, Computational Toxicology, Bioinformatics

    • Sampsa Hautaniemi, Universty of Helsinki – Bioinformatics, Cancer Research, Drug Resistance

    • Jari Hyttinen, Tampere University – Biomedical Engineering, In-Silico Modeling, Biophysics, Bioelectronics, 3D Bioimaging

    • Guillaume Jacquemet, Åbo Akademi University – Cell Migration, Microscopy, Image Analysis

    • Mohieddin Jafari, University of Helsinki – Proteomics, Systems Biology, Mass Spectrometry, Bioinformatics, Biological Data Mining

    • Anne Juppo, University of Helsinki – Industrial Pharmacy

    • Iiro Jääskeläinen, Aalto University – Cognitive Neuroscience, Neuroimaging, Psychology, Social Neuroscience

    • Matti Kaisti, University of Turku – Health Technology, Sensors, Data Analysis

    • Nina Kaminen-Ahola, University of Helsinki – Environmental Epigenetics, Prenatal Alcohol Exposure, Infertility, ART, IVF

    • Marja Laasonen, University of Eastern Finland – Logopedics, Neuropsychology

    • Xin Lai, Tampere University – Systems Biology, Systems Medicine, Non-coding RNA

    • Marja-Leena Linne, Tampere University – Biomedicine

    • Qing Liu, University of Oulu – Computer Vision, Medical Image Processing

    • Helike Lõhelaid, University of Helsinki – Biochemistry, Molecular Biology, Neuroscience

    • Inkeri Lokki, University of Helsinki – Molecular Biology, Immunology, Placentology, Genetics

    • Tuomas Mirtti, University of Helsinki – Biomedicine

    • Ville Mustonen, University of Helsinki – Bioinformatics, Computational Biology, Evolution

    • Miika Nieminen, University of Oulu – Medical Imaging, Imaging Physics, Magnetic Resonance Imaging, Computed Tomography, Computer-Assisted Detection

    • Matti Nykter, Tampere University – Computational Biology, Cancer Genomics, Bioinformatics

    • Lassi Paavolainen, University of Helsinki – Image-Based Profiling, Deep Learning, Bioimage Informatics, High-Content Analysis

    • Satu Palva, University of Helsinki – MEG, EEG, Systems Neuroscience, Cognitive Neuroscience

    • Lauri Parkkonen, Aalto University – Neuroscience, Neuroimaging, Neurotechnology, Physics, Computer Science

    • Markku Partinen, University of Helsinki – Sleep Research, Traffic Medicine, Narcolepsy, Sleep Apnea, Insomnia

    • Matti Pirinen, University of Helsinki – Statistical Genetics, Statistics

    • Esa Pitkänen, University of Helsinki – Machine Learning, Cancer Genetics, Computational Biology

    • Roope Raisamo, Tampere University – Haptics Tactile, Interaction, Multimodal Interaction, Haptic Interaction, Human-Computer Interaction

    • Antti Rannikko, University of Helsinki – Prostate Cancer

    • Tomi Rantamäki, University of Helsinki – Rapid-Acting Antidepressants, Psychiatry, Synaptic Plasticity, Translational Neuroscience, Pharmacology

    • Hanna Renvall, Aalto University – Translational Neuroimaging

    • Samuli Ripatti, University of Helsinki – Human Genetics, Biostatistics

    • Esa Räsänen, Tampere University – Computational Physics, Quantum Dynamics, Chaos Theory, Time-Series Analysis

    • Simo Saarakkala, University of Oulu – Osteoarthritis, Imaging, Biomedical Engineering, Medical Physics, Machine Learning

    • Marco Savarese, University of Helsinki – Genetics

    • Tapio Seppänen, University of Oulu – Biomedical Signal Processing

    • Jing Tang, University of Helsinki – Network Pharmacology, Systems Medicine, Medical Bioinformatics, Drug Repositioning

    • Ziaurrehman Tanoli, University of Helsinki –Drug Repurposing, Chemoinformatics, Personalized Medicine

    • Sergei Tarasov, University of Helsinki – Evolutionary Biology, Systematics, Comparative Phylogenetics, Coleoptera, Scarabaeinaei

    • Osmo Tervonen, University of Oulu –Radiology

    • Aleksei Tiulpin, University of Oulu – Machine Learning in Medicine, Deep Learning, Bayesian Inference

    • Nelson Totah, University of Helsinki – Neurophysiology, Prefrontal Cortex, Neuromodulator, Attention, Learning

    • Esko Ukkonen, University of Helsinki – Combinatorial pattern matching, Design and analysis of algorithms, Machine learning, Computational biology

    • Mark van Gils, Tampere University – Health Data Analysis, Biomedical Engineering, Machine Learning, Decision Support, Artificial

    • Sampsa Vanhatalo, University of Helsinki – Infant Neurophysiology - Recording and Analysis Methods

    • Simo Vanni, University of Helsinki – Visual Coding, Neurophysiology of Vision, Neurology of Vision, Functional Magnetic Resonance Imaging, Spiking Network Modeling

    • Maria Kristina Vartiainen, University of Helsinki – Biotechnology

    • Tommi Vatanen, University of Helsinki – Human Microbiome, Bioinformatics, Machine Learning, Computational Systems Biology, Bayesian Statistics

    • Ilpo Vattulainen, University of Helsinki – Biological Physics, Biophysics, Soft Matter, Life Science, Computational Science

    • Antti Vehkaoja, Tampere University – Physiological Measurements, Wearable Sensors, Unobtrusive Monitoring, HRV

AI in Engineering

Industries are currently employing AI methods in numerous research and development tasks. Examples include product design, predictive maintenance, and combining physical models with data-based methods. There is a great potential also in replacing laboratory development and experiments with virtual laboratory-type approaches. Research topics include:

  • AI methods in industrial research and development, including:

    • AI for product design and optimization, combining physic-based and data-driven models. 

    • AI for improving industrial operations: cyber security, anomaly detection in industrial time series and predictive maintenance. 

    • Methods supporting AI in industrial deployments, including on-device learning and federated learning on edge devices.

    • Virtual laboratories for experimentation and cost-effective product design and validation.

  • AI methods for autonomous functions in land, sea, air and space vehicles and machines. These range from pilot assistance, collision avoidance and navigation systems to full-mission autopilots. 

Keywords: Autonomous systems, Energy systems, Machine automation, Manufacturing, Materials, Mechanical engineering, Robotics

    • Pekka Abrahamsson, Tampere University – Software Engineering, Information Systems

    • Jaakko Akola, Tampere University – Computational Physics, Materials Modelling

    • Riku Ala-Laurinaho, Aalto University – Digital Twins, Industrial Internet, Interoperability

    • Jerker Björkqvist, Åbo Akademi University

    • Shankar Deka, Aalto University – Nonlinear Systems, Data-Driven Techniques, Stability Theory, Robust Control, Telerobotic Surgery, Agricultural Robotics, Machine Learning, Optimal Control

    • Flyura Djurabekova, University of Helsinki – Materials, Extreme Environments, Dislocations, Radiation Effects, Multiscale Modelling

    • Tapio Elomaa, Tampere University – Machine Learning, Data Mining, Data Structures and Algorithms, Artificial Intelligence, Pattern Recognition

    • Arkke Johannes Eskola, University of Helsinki – Reaction Kinetics, Combustion Chemistry, Atmospheric Chemistry

    • Muhammad Faheem, University of Vaasa – Artificial Intelligence, Blockchain, Bigdata Cybersecurity, Smart Grid Communications

    • Adam Foster, Aalto University – Theoretical Solid State Physics, Surfaces, Interfaces, SPM

    • Benjamin Frandsen, University of Helsinki – Physical Chemistry, Spectroscopy, Infrared Spectroscopy, UV-Vis Spectroscopy, Experimental Spectroscopy, Theoretical Chemistry, Quantum Chemistry, Exploratory Research, Planetary Science, Venus, Atmosphere, Spectroscopy, Quantum Chemistry, Air-Water Interface, Aerosol Science

    • Reza Ghabcheloo, Tampere University – Field Robotics and Machine Automation: Motion Planning and Control, Mobile Manipulation, Coordinated Control, Imitation Learning

    • Merja Heinäniemi, University of Eastern Finland – Computational Biology, Biomedicine, Systems Biology, Molecular Biology

    • Simo Hosio, University of Oulu – HCI, Crowdsourcing, Ubiquitous Computing, Social Computing, Digital Health

    • David Hästbacka, Tampere University – Software Engineering, Industrial Informatics, Software Architecture, Industrial Control, Smart Energy Systems

    • Theo Kurten, University of Helsinki – Chemical Sciences, Physical Sciences, Environmental Sciences

    • Heidi Kuusniemi, University of Vaasa / FGI – Navigation Technologies, GNSS, Sensor Fusion, IoT, Communications Engineering

    • Tommi Kärkkäinen, University of Jyväskylä – Machine Learning, Data Mining, Learning Analytics, Educational Technology

    • Jose Lado, Aalto University – Machine Learning Methods to Engineer Quantum Materials

    • Sebastien Lafond, Åbo Akademi University – Parallel Systems, Energy Efficiency, Dataflow Languages, Scheduling Algorithms

    • Antti Lajunen, University of Helsinki – Farming Robots, Autonomous Machinery, Virtual Simulation, Electric Powertrains

    • Perttu Lantto, University of Oulu – Magnetic Resonance in Molecular Materials, Theoretical and Computational Electronic Structure and Molecular Simulation

    • Jose Lastra, Tampere University – Automation, Robotics, Industrial Informatics, Artificial Intelligence, CPS

    • Lasse Laurson, Tampere University – Statistical Physics, Complex Systems, Materials Physics, Computational Physics

    • Steven LaValle, University of Oulu – Robotics, Virtual Reality, Sensor Fusion, Motion Planning, Control Theory

    • Junhe Lian, Aalto University – Plasticity, Damage, Ductile Fracture, Hydrogen Embrittlement, Additive Manufacturing

    • Johan Lilius , Åbo Akademi University – Energy Efficient Software, Autonomous Navigation Algorithms, Verification and Validation, Embedded Deep Neural Computing

    • Peter Liljeroth, Aalto University – Graphene, Scanning Tunneling Microscopy, Monolayers, Nanoribbon

    • Weiwei Lin, Aalto University – Bridge Engineering, Structural Engineering

    • Andreas Lundell, Åbo Akademi University – Global Optimization, Convex and Nonconvex MINLP, Mathematical Programming, MINLP

    • Nanna Myllys, University of Helsinki – Quantum Chemistry, Atmospheric Chemistry, Aerosol Physics, Spectroscopy

    • Kai Nordlund, University of Helsinki – Physics, Nanoscience

    • Mohamed Noureldin, Aalto University – AI Applications on Structural Engineering, LCA-LCC of Structures, Performance Based Design

    • Jari Nurmi, Tampere University – Heterogeneous Computing, Coarse-Grained Reconfigurable Arrays, Software-Defined Radio, Software-Defined Networking, GNSS Receive

    • Risto Ojala, Aalto University – Computer Vision, Intelligent Transportation

    • Thomas Olsson, Tampere University – Social Technologies, User Experience, CSCW, Social Matching, Critical Design

    • Ella Peltonen, University of Oulu – Ubiquitous Computing, Sensing, Machine Learning, Data Analytics

    • Luigia Petre, Åbo Akademi University – Formal Methods, Network Modelling and Analysis, Non-Functional Properties

    • Ivan Porres, Åbo Akademi University – Trustworthy Software & AI, Computer Science, Software Engineering

    • Nønne Prisle, University of Oulu – Atmospheric Sciences, Aerosol Nano-Particles, Surface Science, Thermodynamics, Air Pollution, Clouds & Climate

    • Matti Rissanen, University of Helsinki – Atmospheric Chemistry, Combustion Chemistry, Aerosol Formation

    • Juha Röning, University of Oulu – Computer Vision, Robotics, Intelligent Signal Analysis, Software Security

    • Mika Salmi, Aalto University – Additive and Digital Manufacturing, 3D Printing, Medical, Sustainability in Manufacturing

    • Kostas Sarakinos, University of Helsinki – Thin Films, In Situ Diagnostics, Surface Science, Growth Simulations, HiPIMS

    • Olli Seppänen, Aalto University – Construction, Management

    • Vivek Sharma, University of Helsinki – Computational Biophysics, Molecular Dynamics, Quantum Chemistry, Biological Energy Conversion

    • Amit Shukla, University of Vaasa – Computational Intelligence, Decision Making Under Uncertainty, Industry 4.0, Anomaly Detection, Transfer Learning

    • Marcelo Godoy Simoes, University of Vaasa – Power Electronics, Renewable Energy, Artificial Intelligence, Smart-Grid

    • Wojciech Solowski, Aalto University – Soil Mechanics, Material Point Method, Geotechnical Engineering

    • Luc St. Pierre, Aalto University – Mechanics of Materials, Cellular and Lattice Materials, Sandwich Panels, Composites

    • Konstantinos Stefanidis, Tampere University – Data Management

    • Jaakko Suutala, University of Oulu – Machine Learning, Signal Processing, Probabilistic Modelling, Artificial intelligence, Data Science

    • Kari Systä, Tampere University – Software Engineering

    • Zachary Taylor, Aalto University – Nanoengineering

    • Vagan Terzian, University of Jyväskylä – Computational intelligence, Machine (Deep) Learning, Intelligent Agents, Semantic Web, Data Science, Cyber-Security, Smart Cyber-Physical Systems, Industry 4.0.

    • Milica Todorovic, University of Turku – First Principles Materials Simulations, Artificial Intelligence

    • Dragos Truscan, Åbo Akademi University – Software Testing, Model-Based Testing

    • Jukka Vanhala, Tampere University – Electronics

    • Hanna Vehkamäki, University of Helsinki – Atmospheric Particle, Formation, Nucleation Molecular Clusters

    • Aku Venhola, University of Oulu – Astronomy

    • Jari Vepsäläinen, Aalto University – Mechatronics, Simulation Models, Energy Efficient Systems, Generative Design, Machine Learning

    • Raine Viitala, Aalto University – Measurement, Rotors, Roundness

    • Valeriy Vyatkin, Aalto University – Automation, Software, Engineering, Artificial Intelligence

    • Petri Välisuo, University of Vaasa – Automation, Optimisation, Energy Technology, Image Processing

    • Marina Waldén, Åbo Akademi University – Formal Methods, Distributed Systems

    • Quan Zhou, Aalto University – Robotic Instruments

AI in Language and Speech Technology

The area covers all aspects of natural language processing (NLP), a field of research dealing with computational analysis and generation of human language. NLP is a broad field which spans from highly technical research on machine learning techniques for written and spoken language data, through the myriad of individual tasks such as machine translation and information retrieval, to digital linguistics. The field is reliant on very large datasets and high performance computing, offering exciting software engineering and algorithmic challenges. Finland has a long tradition of top-notch NLP research, especially in the multilingual setting and, recently, large language model development.

Keywords: Foundation models, Human language technology, Natural Language Processing, NLP, Large language models, Speech recognition, Speech generation, Machine translation, Crosslingual models

    • Paavo Alku, Aalto University – Analysis and Parameterization of Speech Production, Statistical Parametric Speech Synthesis, Spectral Modelling of Speech, Speech-Based Biomarking of Human Health, Cerebral Processing of Speech

    • Tom Bäckström, Aalto University – Privacy and Security in Speech Communication, Speech Enhancement, Acoustic Sensor Networks, Speech and Audio Coding

    • Mathias Creutz, University of Helsinki – Natural Language Processing

    • Filip Ginter, University of Turku – Language Technology, Natural Language Processing

    • Raili Hilden, University of Helsinki

    • Maija Hirvonen, Tampere University – Translation, Interpreting, Multimodality, Accessibility, Audio Description

    • Lauri Juvela, Aalto University – Generative Deep Learning, Speech Synthesis, Machine Learning for Audiospeech, Signal Processing Audio Effects

    • Mikko Kurimo, Aalto University – Speech Recognition, Machine Learning, Language Modeling

    • Veronika Laippala, University of Turku – Computational Linguistics, Text Linguistics, Corpus Linguistics, Digital Discourse Analysis

    • Jyrki Nummenmaa, Tampere University – Text Mining, Text Analysis, Question Answering, Combining Rule-Based and Machine Learning in NLP

    • Mourad Oussalah, University of Oulu – Social Media, Data Mining, Robotics, Data Fusion, Computer Vision

    • Okko Räsänen, Tampere University – Cognitive Science, Language Acquisition, Speech Processing, Machine Learning

    • Tapio Salakoski, University of Turku – Artificial Intelligence, Language Technology, Machine Learning, Bio and Health Informatics, Learning Analytics and Technology, Digital Humanities

    • Nitin Sawhney, Aalto University – Human-Computer Interaction, Human-Centred Design, Participatory Action Research, Interaction Design and Children, Voice and Audio

    • Jörg Tiedemann, University of Helsinki – Computational Linguistics, Machine Translation, Machine Learning, Natural Language Processing, Information Retrieval

    • Martti Vainio, University of Helsinki – Phonetics, Speech Technology, Speech Synthesis, Prosody, Phonology

    • Roman Yangarber, University of Helsinki – NLP, Deep learning

AI in Society and Business

The area examines the societal, ethical, and economic dimensions of AI, including trustworthy and societally acceptable AI as well as the consequences of the uses of AI. It brings together AI research with social sciences and humanities to gain in-depth understanding of AI’s role in organizations, society, business, and the economy. It includes uses of AI in education and education about AI. The area fosters interdisciplinarity to reinforce cross-cutting themes such as sustainability, ethics, equity, trust, and social responsibility.

Keywords: AI in business operations, AI in society, AI and Education, AI Ethics

    • Ilkka Arminen, University of Helsinki – User-Centered Technology Studies

    • Kirsimarja Blomqvist, LUT University – Trust, Knowledge, Collaborative innovation, New Forms of Organizing, Digital Platforms

    • Tero Erkkilä, University of Helsinki – Governance, Public Institutions, Accountability, Global Policy Indicators

    • Daria Gritsenko, University of Helsinki – Policy Studies, Algorithmic Governance, Environmental Policy, Social Data Science

    • Jaana Hallamaa, University of Helsinki – Ethics, Health Behavior, Applied AI

    • Jukka Hallikas, LUT University

    • Juho Hamari, Tampere University – Gamification, Game Studies, Esports, Metaverse, VR

    • Johanna Hautala, University of Vaasa – Knowledge, Creativity, Technology, Space, Mobility

    • Katri Havu, University of Helsinki – EU Law in Member State Courts, Damages Liability Under EU Law, Civil Law Issues Related to Artificial Intelligence / Robotics

    • Markku Heikkilä, Åbo Akademi University – Real Options, Valuation, Fuzzy Logic, Business Analytics, Portfolio Selection

    • Antero Holmila, University of Jyväskylä – Postwar Studies, US and British Foreign Policy, the Holocaust, Wartime, Comparative History

    • Jan Holström, Aalto University – Design Science, Digital Construction, Direct Digital Manufacturing, Intelligent products, Operations Management

    • Risto Hotulainen, University of Helsinki – Educational Assessment

    • Aki Jääskeläinen, Tampere University – Operations Management, Performance Management, Procurement, Service Operations, Supply Chain Management

    • Taina Kalliokoski, University of Helsinki – Ethics of Artificial Intelligence

    • Juho Kanniainen, Tampere University – Data Science, Financial Data Analytics, Time Series Analysis, Networks

    • Kimmo Karhu, Aalto University –Digitalization, Platform Strategy, Technology Innovation Management

    • Siavash Khajavi, Aalto University – Operations Management, Digital Twins, Additive Manufacturing, Blockchain Technology

    • Marko Kohtamäki, University of Vaasa – Servitization, Strategy-as-Practice, Product-Service Systems, Business Model Dynamic Capabilities

    • Ida Koivisto, University of Helsinki – Administrative Law

    • Kathrin Komp-Leukkunen, LUT University – Work and Retirement, Welfare Policies, Social Sustainability, Population Ageing, Research Methods

    • Päivi Korpisaari, University of Helsinki – Information Law

    • Raine Koskimaa, University of Jyväskylä – Digital Culture, Digital Literature, Game Cultures, Game Studies, Narratology

    • Riikka Koulu, University of Helsinki – Law, Media and Communications

    • Ari Kuismin, University of Jyväskylä – Organizational Space, Organization Theory, Communication, Entrepreneurship

    • Sanna Kumpulainen, Tampere University – Task-Based Information Access, Real-World Settings, Information Behavior

    • Krista Lagus, University of Helsinki – Social Data Science, Language Modeling, Cognition, Machine Learning, Text Exploration

    • Raimo Lahti, University of Helsinki – Criminal Law and Other Criminal Sciences, Medical Law and Biolaw

    • Leena Lankoski, Aalto University – Corporate Responsibility, Sustainability in Business, Business Ethics

    • Asko Lehmuskallio, Tampere University – Visual Studies, Media Anthropology, Digital Culture, Media Theory

    • Susanna Lindroos-Hovinheimo, University of Helsinki – Legal Theory, EU-law, Constitutional Law, Political Theory

    • Yong Liu, Aalto University – AI Robot, Business Analytics, Information Systems Research, Business Intelligence and Tourism Management

    • Jukka Luoma, Aalto University – Competitive Dynamics, Analytics, Behavioral Strategy

    • Pasi Luukka, LUT University – Data Analysis, Feature Selection, Classification, Fuzzy Systems, Multicriteria Decision Making

    • Linda Mannila, University of Helsinki – Digital Competence, Computational Thinking, AI-literacy, K-12 education, Teacher Training

    • Frank Martela, Aalto University – Prosocial Motivation, Meaning in Life, Self-Determination Theory, Self-Managing Organizations, Pragmatist Philosophy

    • Markku Maula, Aalto University – Venture Capital and Private Equity, Corporate Venturing, Corporate Venture Capital, Cross-Border Venture Capital, M&A

    • József Mezei, Åbo Akademi University

    • Jukka Mähönen, University of Helsinki – Cooperative Law, Corporate Law, Law and Economics, Accounting Law, Sustainability Law

    • Matti Mäntymäki, University of Turku – Responsible AI, AI Governance, Blockchain, Social Media

    • Matti Nelimarkka, University of Helsinki – Political Science, Human-Computer Interaction, Social Computing, Technology and Society

    • Pasi Nevalainen, University of Jyväskylä – Business History, State-Owned Companies, Institutional Change

    • Kaarina Nikunen, Tampere University – Datafication, Solidarity, Affectivity, Social Media, Migration

    • Arto Ojala, University of Vaasa – International Business, Entrepreneurship, Digitalization, Digital Platfroms, Space Business

    • Esko Penttinen, Aalto University – Automation, Artificial Intelligence, Governance, eXtensible Business Reporting Language (XBRL)

    • Taina Pihlajarinne, University of Helsinki – Intellectual Property Law, Digitalisation, Sustainability

    • Henri Pirkkalainen, Tampere University – Technostress, Information Systems, Knowledge Management, Virtual Reality

    • Paavo Pylkkänen, University of Helsinki – Philosophy of Science, Metaphysics, Philosophy of Mind, Philosophy of Physics, Consciousness, Philosophy of Cognitive Science, De-Broglie Bohm Theory, Information Studies

    • Risto Rajala, Aalto University – Service Engineering and Management, Information Systems, Innovation Management, Organizational and Strategic Change, Technology Entrepreneurship

    • Mikko Ranta, University of Vaasa – Accounting, Machine Learning, Data Analytics, ESG

    • Samuli Reijula, University of Helsinki – Philosophy of Science, Cognitive Science

    • Paavo Ritala, LUT University – Innovation Ecosystems, Coopetition, Business Models, Digital Strategy, Sustainable Business

    • Rebekah Rousi, University of Vaasa – User Experience, Cognitive Science, Usability, Communication, Philosophy

    • Minna Ruckenstein, University of Helsinki – Anthropology of Technology, Consumer Culture, Digital Culture, Digital Humanities, Social Media, Digital Methods

    • Lauri Saarinen, Aalto University – Operations Management, Operations Strategy, Supply Chain Management, Time-Based Competition, Manufacturing Innovation

    • Joni Salminen, University of Vaasa – Personas, Digital Marketing, Startups, Platforms

    • Jens Schmidt, Aalto University – Cognitive Micro-Foundations of Strategy, Strategic Factor Markets, Entrepreneurial Strategy, Demand-Side Strategy, Corporate Strategy in Platform Ecosystems, Ecosystem Emergence, Ecosystem Leadership

    • Marko Seppänen, Tampere University – Industrial Management, Business Ecosystems, Platforms, Business Models, Innovation Management

    • Marko Siitonen, University of Jyväskylä – Intercultural Communication, Game Studies, Technology-Mediated Communication, Distributed Teams, Leadership Communication

    • Anu Sivunen, University of Jyväskylä – Virtual Teams, Communication Technology, Organizational Space, Social Identity, Organizational Communication

    • Karoliina Snell, University of Helsinki – Science and Technology Studies, Sociology, Biomedicine, Health Data, Innovation Policy

    • Veikko Surakka, Tampere University – Human-Computer Interaction, Interaction, Psychophysiology, Human Machine Interaction, User Experience, Neuropsychology, Neuroscience, Social Media, Psychotherapy, Prototyping

    • Karoliina Talvitie-Lamberg, University of Jyväskylä – Datafication, Digital Disconnection, Journalism, Social Bots, Vulnerability

    • Matti Tedre, University of Eastern Finland – Philosophy of Computer Science, Computer Science Education Research, AI Education

    • Mikko Tolonen, University of Helsinki – Digital Humanities, Intellectual History, History of Ideas, History of Philosophy, Book History, Computational History, Computational Humanities, Data Science

    • Aaro Tupasela, University of Helsinki – Sociology, Medical biotechnology

    • Markku Turunen, Tampere University – Human-Computer Interaction, Multimodal Interaction, Pervasive Computing, Mobile Application, Spoken Interaction

    • Turo Uskali, University of Jyväskylä – Journalism, Social Media, Media business

    • Minna van Gerven, University of Helsinki – Comparative Welfare States and Systems, Social Security, Reconciliation of Work and Family, Digitalization and Automation, Adoption, Use and Acceptance of Technologies, Policy Process, Collaborative Governance

    • Ward van Zoonen, University of Jyväskylä – Emergent Work, Datafication, Technology Use, Employee Wellbeing

    • Lauri Viitasaari, Aalto University – Stochastic Partial Differential Equations, Mathematical Statistics, Finance

    • Mikko Villi, University of Jyväskylä – Media, Digital Culture, Online Journalism

    • Mika Viljanen, University of Turku – Law, Private Law, Private Law Theory, Torts, Contracts, Contracting, Financial Regulation, Banking Regulation

    • Kaisa Väänänen, Tampere University – Human-Centered AI, AI Design and Evaluation Methods, User Experience with AI, Interactive and Ubiquitous AI Applications, AI Systems for Social and Environmental Sustainability

    • Anna-Mari Wallenberg, University of Helsinki – Cognitive Science

    • Nannan Xi, Tampere University – Gamification, AR/VR, Metaverse, Information Systems, Consumer Decision Making

    • Petri Ylikoski, University of Helsinki – Science and Technology Studies, Social Theory, Sociological Theory, Analytical Sociology, Philosophy of Science, Philosophy of Biology, Philosophy of the Social Science, Theory of Explanation, Theory of Evidence

 

What we offer

Research environment

The doctoral program is hosted by the Finnish Center for Artificial Intelligence FCAI, an international research hub and one of the Research Council of Finland’s Flagships, hubs of top-level research and impact. FCAI’s research spearheads are ranked in the top-3 in Europe and in the top-30 globally and it’s built on a long track record of pioneering machine learning research in Finland. FCAI is also tightly-knit part of ELLIS, the pan-European AI network of excellence, hosting the local ELLIS Unit and coordinating ELISE, a European Network of Artificial Intelligence Excellence Centres.

Recruiting universities

The PhD students accepted in the doctoral program will work in one of its ten partner universities (in alphabetical order): Aalto University, LUT University, Tampere University, University of Eastern Finland, University of Helsinki, University of Jyväskylä, University of Oulu, University of Turku, University of Vaasa, Åbo Akademi University.

The doctoral program has a broad range of possibilities to work with companies and academic partners. Jointly designed PhD topics and joint supervision (e.g., between research areas, universities, and together with industry) will provide PhD students with a large pool of expertise and guidance. Industrial collaboration is possible in all the research areas. Potential topics for industry collaboration include 1) AI for radio systems (e.g., 6G), network optimization, and cloud technologies, 2) AI for pharmaceutical development, imaging, and personalized medicine, 3) AI for smart systems, software development, cybersecurity, sensing, energy management, production processes, manufacturing, and predictive maintenance, 4) generative AI, LLMs, and speech technologies, and 5) trustworthy AI in public services, fintech and business operations. All students are offered entrepreneurship training, a connection to the local startup ecosystem, and access to a company fair to bridge post-PhD career options. Our international academic collaborations provide top-quality mobility possibilities, e.g., 6-month research exchanges and access to summer schools and workshops.

Potential collaborators include

The PhD students will have access to excellent computing facilities through our local and national computational services. CSC – IT Center for Science has partnered with the doctoral program, further facilitating our researchers’ access to high-end computing infrastructure, including Europe’s fastest supercomputer LUMI.

The doctoral program offers a flying start to the PhD studies by integrating the PhD topics into ongoing research and providing peer support and help in getting the first scientific paper out quickly. The program organizes summer schools and research seminars that further support learning from peers and building networks. We also offer help for international students to settle in Finland, e.g., with language courses and support with accessing practical information.

We are strongly committed to offering everyone an inclusive and non-discriminating working environment and warmly welcome qualified candidates from all backgrounds to apply and particularly encourage applications from women and other groups underrepresented in the field. 

The student experience

Doctoral researcher Sophie Wharrie

“I have a master’s degree in applied math from Australia. When I co-founded a startup, I realized there are gaps in making machine learning work in healthcare. This motivated me to switch to the scientific side and pursue a PhD at FCAI, where professors like Samuel Kaski have expertise in this exact area. The experience has been very interdisciplinary, from developing machine learning methods to pursuing collaborations across the medical domain. Throughout I’ve been a core member of Women in AI Finland, organizing events, mentoring and broadening my network.”

Read more about Sophie’s ongoing project, Artificial Intelligence for Personalised Medicine for Real, here.

 

Job details

The positions are based at one of the ten universities that are part of the Finnish Doctoral Program Network in Artificial Intelligence. The recruiting university will be the same as that of the primary supervisor. The matching of the candidates with supervisors will be done during the review process and the candidates will have a chance to prioritise the supervising professor they want to work with (see details in FAQ).

All positions are fully-funded. PhD student contracts will be made for three years. The terms of employment and the salaries are based on the General Collective Agreement for Universities. The contract includes occupational healthcare. 

We are looking for 100 new PhD students in two calls (in spring and fall 2024). The accepted candidates of the spring call are expected to start in August 2024, and the applicants from the fall call in January 2025.

 
 

What we look for

Successful candidates should have previous experience in machine learning, statistics, artificial intelligence, in another relevant field, demonstrated by success in related studies and ideally also by some publication record. For the candidates applying for positions in applied research areas, relevant experience and expertise in the application area are valued in the evaluation. Other merits demonstrating suitability for a researcher position can also be considered. Candidates should hold (or shortly receive) a Master’s degree in computer science, statistics, electrical engineering, mathematics, relevant application area or in another relevant field. The degree should preferably be completed before the start of the employment.

The positions require the ability to work both independently and as part of a team in a highly collaborative and interdisciplinary environment. The primary working language in the joint program activities is English, so good written and oral command of English is required (see details in FAQ).

Formal requirements

Candidates accepted in the doctoral program will need to apply for the study right for doctoral studies at the university where they will be based. Depending on the partner university where the position is based, the candidate will either need to have the study right prior to recruitment, or get the study right within the probation period of the first 6 months. The requirements for the study right can differ slightly between the universities, but the general prerequisites are:

  • Master’s degree in a relevant field (completed by the time of applying for the study right)

  • Proficiency in English, Finnish, or Swedish (typically demonstrated with an official certificate, e.g., IELTS/TOEFL)

Please see FAQ (question 7) for university-specific requirements.

 

How to apply

We are looking for 100 new PhD students to join the Finnish Doctoral Program Network in Artificial Intelligence in two calls: the first one is open March 11–April 2, 2024 and the second will open in fall 2024.

Candidates will apply to all universities and application areas with the same joint application. In the application form, you are able to indicate which specific research areas and supervisors you are interested in. Note: Candidates who apply to supervisors based at the University of Helsinki, will have to submit a parallel application to the university’s own recruitment system. Please note that the application needs to be submitted to both of the recruitment systems to ensure a proper review. See further details.

The application period is now closed.

Required attachments:

  1. Motivation letter (1–2 pages). Please specify the research area(s) and preferably the supervisors with whom you want to work. 

  2. CV 

  3. List of publications (if relevant; please do not attach full copies of publications)

  4. A transcript of master’s/bachelor’s studies and the degree certificate of your latest degree. If you don’t have a Master's degree, a plan of completion must be submitted.

In the application form, you are also asked to provide contact details of two senior academics who can provide references.

All materials should be submitted in English in a PDF format. Note: You can upload max. five files to the recruitment system, each max. 5MB.

Review process

  1. April 2 – Call closes

  2. Beginning of April – Formal check

  3. Mid- to late April – Joint review and shortlist (outcome will be informed in May)

  4. Early to mid-May – Personal review by supervisors and interviews

  5. Late May – Conditional proposals to candidates (non-binding)

  6. Late May – Candidates rank the proposals they received

  7. Early June – Review by the recruitment committee and binding offers

 

Frequently asked questions

  • The doctoral program is a joint effort of ten Finnish universities and recruited candidates will be based in one of these universities. The recruiting university depends on where he primary supervisor works. You can read more about the universities on their websites:

    Aalto University
    LUT University
    Tampere University
    University of Eastern Finland
    University of Helsinki
    University of Jyväskylä
    University of Oulu
    University of Turku
    University of Vaasa
    Åbo Academi University

  • The doctoral program has around 350 senior researchers specialized in different areas who can work as supervisors. The potential supervisors are listed under each research area and you can visit their website to look for more details about their research focus.

    You don’t need to contact the supervisor(s) you are interested in before applying. You can do so if you wish, but please notice that many supervisors receive a great amount of emails daily, so they might not be able to get back to you.

    Matching the candidates with the suitable supervisors will be done during the review process. In the application form, you can indicate which professor(s) you would like to work with and we will take this into account in the review process. Candidates proceeding to the final stages of the call (conditional proposals), will also have a chance to rank the proposals they receive in the order of preference.

    We aim for joint supervision, meaning one candidate will have one primary and one or more co-supervisors providing a larger pool of expertise and guidance (e.g., AI fundamentals + application area, cross-university, and university + industry).

  • Yes! We have many potential partner companies that are interested in collaboration. Interest for collaboration with a company can be taken into account during the review process; detailed discussion with companies and possible agreements will be made after a candidate is accepted into the doctoral program.

  • We are looking to recruit 100 new PhD students in two calls. Positions will be divided between the ten partner universities based on the supervision capacity:

    Aalto University: 30 positions
    LUT University: 5 positions
    Tampere University: 10 positions
    University of Eastern Finland: 5 positions
    University of Helsinki: 20 positions
    University of Jyväskylä: 7 positions
    University of Oulu: 10 positions
    University of Turku: 7 positions
    University of Vaasa: 3 positions
    Åbo Academi University: 3 positions

  • All our positions are fully funded. All universities follow the General Collective Agreement for Universities, and the terms of employment are determined in accordance with the collective agreement. All employees have access to the occupational health care services and are covered by the Finnish national health insurance system.

  • The contract period is three years.

  • All candidates accepted in the program need to fulfil the admission criteria of the university they will be based at (see question 1). The basic requirements include a Master's degree and proficiency in Finnish, Swedish or English. Please check the admission requirements for doctoral studies before you apply for the PhD student position. Be prepared to present additional documents in case you will proceed to the recruitment and apply for doctoral study right.

    More information about the admission criteria:

    Aalto University
    LUT University
    Tampere University
    University of Eastern Finland
    University of Helsinki
    University of Jyväskylä
    University of Oulu
    University of Turku
    University of Vaasa
    Åbo Academi University

  • English is the primary working language in the joint program activities as well as in many of the research groups, so a good written and oral command of English is essential.

    You don’t need a language skill certificate at the point of application. Please note, however, that if you get accepted in the doctoral program, you will need to apply for a PhD study right in the university you will be based at. Universities have different practices in what they require in the study right application and some require an official language certificate. Please see question 7 for more details.

  • You have to primarily apply in the joint call to become accepted in the Finnish Doctoral Program Network in Artificial Intelligence (see how to apply).

    After being accepted in the doctoral program, successful candidates will need to apply separately for a PhD study right in the university they will be based within the probation period of first six months (see question 7 for details).

  • First: Apply to this call following the instructions here.

    Second: Submit a parallel application to the recruitment system of the University of Helsinki. See instructions here.

    Please submit both of these applications within the call deadline. Your application will be processed following the joint review process of this call.

    Interest in working with a supervisor affiliated with the University of Helsinki does not rule out the possibility to work with supervisors of other universities.

  • If you have received your doctoral study right no earlier than November 1, 2023, you can be considered in this call. The applications are submitted through a separate system by the supervisor; please contact your supervisor and ask them to include you in the call. Supervisors will be informed about the process after the call closure. The review process is competitive and aligned with the joint review.

    If you have received your PhD study right before November 2023, unfortunately you cannot apply in this call.

  • Please submit a carefully written, max. 2-page motivation letter in which you explain

    1) why you want to do a PhD in this doctoral program,
    2) why you are interested in the research area(s) that you are applying to, and
    3) if you have more specific plans for the future direction of your research.

    In addition, if you can, please mention specific supervisors you are interested in working with and ideally highlight how your past experience and current interests align with their research.

  • Typically, we expect at least one of the referees to be at the level of independent investigator, principal scientist, group leader, lecturer or professor. Postdoctoral referees can be considered as well. Classmates or PhD students are not accepted as referees.

    We will contact only the referees of shortlisted candidates, starting around the beginning of May.

  • All the applicants benefit of the possibility to simultaneously apply to all ten partner universities. Thus, all the partner universities of the doctoral program will be organized an access to the application documents each applicant submits. The access is admitted to the personnel involved in the recruitment process, especially HR personnel and academic experts participating the evaluation of the candidates´ merits as well as members of relevant decision making bodies of each partner university.

    We may collect and process the following categories of personal data about you:

    • Contact information (name, address, email, phone number)

    • Personal details (date of birth, nationality, gender)

    • Transcripts of studies, degree information and degree certificates

    • Professional skills, employment history and qualifications (CV, resume, motivation letters, references, educational and professional accomplishments)

    • Documents concerning recruitment process and decisions (interview notes, statements and assessment results)

    • Research area(s) that the applicants are interested in working in

    • Principal investigator(s)/supervisors that the applicants are interested in working with

    • Names of the senior researchers giving recommendations

    • Recommendations of the senior academics named by the applicants and other statements by the academic experts – person submitting recommendation does not have access to the application materials

    • Any other personal data that you provide to us during the recruitment process Aalto University will, on behalf of all involved universities, receive and collect the application documents as well as the identification data needed for the recruitment process. Aalto University stores the data during the process and provides a safe access to the recruitment system for the representatives of other partner universities.

    We collect and process your personal data for the following purposes:

    • Assessing your suitability for employment within our respective organizations

    • Evaluating your professional skills and qualifications

    • Contacting you for interview purposes

    • Communicating with you about the recruitment process

    • Complying with legal obligations [and reporting requirements]

    In the first phase, the partner universities will jointly handle the applications to ensure the optimal matching of interests expressed by the applicants and the available positions. Documents for each partner university own decision making and archiving purposes will be provided for partner universities as necessary. After the application round, Aalto University will store all the application data. Aalto University data retention rules (Data Management Plan TOS) will be followed, and no information is kept longer than necessary. Even though the necessary information is gathered jointly by partner universities, the recruitment and study application processes will be conducted onwards according to each university’s own processes and practices. Please find the privacy notices of each partner universities to get more information on the legal basis for processing the personal data as well as practices of processing of the personal data in partner universities’ standard recruitment processes:

    All applicants need to have or apply also a study right. Information concerning processing of personal data in student application process and as a doctoral student is provided by each partner university

    The partner universities are joint controllers of your personal data. Should you have any questions concerning the processing of personal data in the recruitment process, please don’t hesitate to contact coordinating organization, Aalto University ai-doc [at] aalto.fi. Read more on your rights as data subject in here.

  • Please read this page first carefully to see if your question is already answered here. If not, please contact us at ai-doc [at] aalto.fi.

    Due to the large number of applications received in the call, there can be some delay with the answering times.