27 Fully Funded PhD Programs at Eindhoven University of Technology, Netherlands

Are you holding Master’s degree and looking for PhD positions? Eindhoven University of Technology, Netherlands inviting online application for funded PhD Programs / fully funded PhD positions. 

Interested and eligible applicants may submit their online application for PhD programs via the University’s Online Application Portal.

1. PhD Position in Audits for Explainability & transparency for AI Software

Summary of PhD Program:

Are you an enthusiastic and ambitious researcher with a completed master’s degree in a field related to machine learning (Computer science, AI, Data Science) or in Electrical Engineering with an affinity for AI and deep learning? Does the idea of working on real-world problems and with industry partners excite you? Are you passionate about using trustworthy AI methods for the next generation of auditing processes, which are increasingly AI-enabled and data-driven? And are you interested in delivering new tools to ascertain the fairness of the next generation of AI software?

Last Application Date: 20/10/2022

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2. 15 PhD Position in Auditing responsibility & accountability of AI Software Systems

Summary of PhD Program:

JADS is seeking enthusiastic colleagues for the position of PhD students. We operationalize the huge ambition around AI by explicitly aligning our research agenda on Robust AI with the United Nation’s sustainable development goals. The project is funded in a public-private partnership by NWO/NLAIC and the private partners. This position is part of the Deloitte project. Jheronimus Academy of Data Science (JADS) Den Bosch, is proud to start with three large Robust AI labs together with: Deloitte (Auditing for Responsible AI Software Systems) – 5 PhD’s DPG Media (Responsible Media Lab) – 5 PhD’s together with University of Amsterdam (UvA) ILUSTRE (Innovation Lab for Utilities on Sustainable Technology and Renewable Energy) – 5 PhD’s.

Last Application Date: 20/10/2022

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3. PhD Position in Experimental micro-mechanics applied to cultural heritage

Summary of PhD Program:

The goal of this PhD project is to unravel the origin of the changes in the chemo-mechanical response of oil paintings through time, by means of advanced experimental methodologies framed in the context of experimental micro-mechanics. You will work in the chair of Applied Mechanics, Department of the Built Environment, under the supervision of dr. Emanuela Bosco, dr. Johan Hoefnagels and prof. Akke Suiker. The chair of Applied Mechanics is responsible for education and research in the field mechanics, working on multi-scale, multi-physics and optimization problems related to the built environment. The chair is a member of the Graduate School on Engineering Mechanics, Netherlands. This graduate school offers the PhD students an advanced training program in the field of Engineering Mechanics, of which the core is formed by a joint series of advanced graduate courses that are closely connected to state-of-the-art research themes.

Last Application Date: 16/10/2022

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4. PhD Position in nanophotonic lab-on-fiber sensing

Summary of PhD Program:

Optical fibers carry optical signals over large distances and are widely used for communications. They are also increasingly used for sensing, as they allow gathering information from environments which are far or hard to reach (from arteries to dikes). Fiber sensors are compact, minimally-invasive and potentially inexpensive. However, the applications have so far mostly be limited to temperature and pressure/strain sensing. By building a sensor on the tip of the fiber and properly functionalizing it, it is in principle possible to sense all physical, chemical and biological properties of the environment, turning the fiber into a powerful sensing instrument. This “lab-on-fiber” technology has so far been hampered by the difficulty of realizing the sensors on the tiny fiber tips.

Last Application Date: 15/10/2022

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5. PhD Position in Smart and analyzable scheduling solutions for real-time systems

Summary of PhD Program:

The project focuses on designing analyzable machine-learning (ML) based scheduling solutions for real-time systems (i.e., systems that require both functional and temporal correctness). What makes this project distinct from the existing learning-based scheduling solutions is that it focuses on the analyzability of the solution so that the result can be used in safety-critical real-time systems, where the end-to-end worst-case response time (WCRT) of each system functionality must be smaller than its deadline to ensure the system’s safety.

Last Application Date: 25/10/2022

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6. PhD Position in Digital Twinning for control of web and belt handling in printing systems

Summary of PhD Program:

The growing complexity in designing high-tech motion systems urges for a design approach that complements model-based design with state-of-the-art data-based learning techniques. Therefore, the overarching objective of the ‘Learning in Motion’ project is to develop a holistic approach towards using data-driven learning techniques for high-performance motion systems, in the sense that data-driven techniques will be used to improve and/or realise uniform performance of all components relevant in a motion system design.

Last Application Date: 30/10/2022

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7. PhD Position in AC-loss phenomena in superconductive coils for motion systems

Summary of PhD Program:

As a PhD student you will be one of two main researchers in the project. The research will be jointly conducted in collaboration with Twente University. The research will be conducted within the Electromechanics & Power Electronics group of the department of Electrical Engineering. The research tasks include the characterization, modelling and localization of undesired parasitic phenomena that occur within high-temperature superconducting tapes (HTS) in stator-coils specifically intended for high-dynamic, translating actuators. The main focus is to map the AC loss distribution for different grades of tapes – both striated, nonstriated, insulated and/or non-insulated – as function of the HTS coil geometrical shape (e.g. bending radii) in conjunction the AC magnetic field originating from the translator to which the HTS coils will be exposed.

Last Application Date: 23/10/2022

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8. PhD Position in Structurally colored waterborne and biobased coatings

Summary of PhD Program:

This project aims to investigate how to incorporate structural colours on waterborne (WB) biobased coatings. Some of the activities involved will be synthesis of polymers and/or liquid crystals and cholesteric networks, polymerization in aqueous media, chemical/physical characterization of polymers and coatings, and interfacial studies of colloids and soft matter. This research is expected to lead to more sustainable, economic and safe coloured coatings, and also create opportunities to fundamentally understand and control several processes occurring during application and drying of WB and biobased coloured paints, such as self-stratification and phase-separation.

Last Application Date: 23/10/2022

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9. PhD Position in Fieldlab for Quantum Cryptography Evaluation in Industrial Use-cases

Summary of PhD Program:

We are seeking for candidates for a PhD research position at the Eindhoven University of Technology (TU/e). The candidate is expected to contribute to the develop further the regional testbed, create the Eindhoven fieldlab, establish new optical attack vector techniques for characterizing the security of QKD optical components in their interface to other QKD component systems, hardware and development of interfaces to upcoming use-cases and establishing security profile/ certification evaluation techniques. Moreover, the activities in the FIQC project are aligned with the use-case developments in the CAT-2 project of the National Growth Fund QuantumDelta project. Therefore, PhD candidate will work in close collaboration with the CAT-2 working group on use cases development and test-bed deployment.

Last Application Date: 25/09/2022

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10. PhD Position in Electro-osmotic drying of diluted biomass streams

Summary of PhD Program:

This project is part of a large Dutch academic-industrial research program entitled ELECTRIFIED. Its aims is to develop key enabling technologies and consists of multiple PhD and PD research projects. The main objective of this ELECTRIFIED research program is to develop and explore electrically driven dewatering technologies for the food and biobased industry. Drying alone represents almost 25% of all energy used in the processing industry. Sustainable food and biobased processing can only be realized by replacing our current evaporative dewatering processes by processes using more effective driving forces such as electricity. ELECTRIFIED uses such electric driving forces to extract water from biomaterials. This is done by making use of a combination of molecularly designed electroresponsive hydrogels, well-controlled electro-osmosis and electrohydrodynamic drying in diluted, semi solid and solid regimes.

Last Application Date: 16/10/2022

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11. PhD Position in Stochastic Clustering for Faster Reinforcement Learning

Summary of PhD Program:

We have established a strategic research collaboration between TU/e, KPN, and EAISI called Valuable Al. The Valuable Al team consists of mathematicians adept at machine learning and optimization under uncertainty, industry experts on complex telecommunication systems and advanced analytics, and enthusiastic students. We collaborate to develop and implement advanced Al learning methods. We essentially work at enabling tomorrow’s digital society and see massive potential in creating next­generation Al techniques that are evolutions of classical data-only approaches and instead take an integrated data-human-machine approach.

Last Application Date: 20/10/2022

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12. PhD Position in Building an Open Source Community for Room Acoustics

Summary of PhD Program:

This PhD position is part of a larger project “A new era of room acoustics simulation software: from academic advances to a sustainable opensource project and community”. One of the main problems with the state of art in room acoustics modelling is the gap between developments at academia and the methods that engineers use. Together with the colleagues from the Acoustics group of the Built Environment faculty and several companies, in this project we will (1) further develop and validate room acoustics modelling methods, (2) develop a software prototype of these methods and (3) create a sustainable open-source (OS) community capable of continuing development and usage of the prototype beyond the timeframe of this project.

Last Application Date: 02/10/2022

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13. PhD Position in High-Voltage Actuators and Electric Field Predictions

Summary of PhD Program:

The research project will focus on the deployment of high operating voltage technologies, advanced insulation materials and cooling techniques (oil-free) in the field of advanced linear actuation systems for semicon applications, with the focus on the investigation and understanding of electrical failure phenomena such as partial discharge.

Last Application Date: 03/10/2022

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14. PhD Position in Thermal budget, Lifetime, & Multi-Physical Stress in High-Voltage Actuators

Summary of PhD Program:

The research project will focus on the deployment of high operating voltage technologies, advanced insulation materials and cooling techniques (oil-free) in the field of advanced linear actuation systems for semicon applications. The focus will be the improvement of the thermal performance and reliability of high-voltage linear electromagnetic actuators for the high-precision industry. The activity in this project will be performed in collaboration with another PhD student vacancy number V36.5906 PhD Design of High-Voltage Actuators and Electric Field Predictions.

Last Application Date: 03/10/2022

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15. Two PhD Position in Neuromorphic Computing with Oscillatory Neural Networks

Summary of PhD Program:

In recent years, we have witnessed an explosion of artificial intelligence (AI) applications which will continue to grow over the next decade. An intelligent and digitized society will be ubiquitous, enabled by increased advances in nanoelectronics. Key drivers will be sensors interfacing with the physical world and taking appropriate action in a timely manner while operating with energy efficiency and flexibility to adapt. The vast majority of sensors receive analog inputs from the real world and generate analog signals to be processed. However, digitizing these signals not only creates enormous amount of raw data but also require a lot of memory and high-power consumption. As the number of sensor-based IoTs grows, bandwidth limitations make it difficult to send everything back to a cloud rapidly enough for real-time processing and decision-making, especially for delay-sensitive applications such as driverless vehicles, robotics, or industrial manufacturing.

Last Application Date: 15/10/2022

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16. PhD Position in human-centric AI collaboration at work

Summary of PhD Program:

Workplace innovation advocates the joint optimization of the social and the technical system to yield optimal organizational outcomes. The EU-funded HORIZON Europe project Smarthandle aims at developing an employee-centric design framework for AI production systems. This PhD-project will focus on investigating: (1) how these new workplaces impact the prevailing job demands and resources, (2) how system characteristics impact the employee, and (3) how the fit between employees and the system can be improved.

Last Application Date: 15/10/2022

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17. 6 PhD’s in the field of modelling of three-phase flows with catalytic particles

Summary of PhD Program:

We are looking for 6 PhD candidates for projects concerning the modeling of transport-phenomena in slurry-bubble columns. This chemical reactor type is encountered in a variety of large scale manufacturing processes such as the production of fuels, chemical building blocks, and many other products. In this research we focus on three-phase gas-solid-liquid multi-component systems with catalytic particles, which are frequently encountered in industrial applications, but have not been tackled fundamentally before due to their complexity. All PhD projects are part of an overarching project entitled ‘Modelling of three-phase flows with catalytic particles’, which was recently awarded a prestigious ERC Advanced grant. An overview of the projects is depicted in the figure below. Three levels of complexity will be considered and a multiscale approach is adopted.

Last Application Date: 16/10/2022

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18. PhD Position in Deep Reinforcement Learning for planning of lifespan-extension measures

Summary of PhD Program:

We are seeking a PhD candidate for the research project ‘Sustainable Circular Life Extension Strategies for Inner-City Bridges and Quay Walls’ (STABILITY). This exciting research is part of the Urbiquay Program of the Dutch National Research Agenda (NWA). It is funded by the Dutch Research Council (NWO) and in collaboration with University of Twente, Delft University of Technology, Saxion University of Applied Sciences, the Municipalities of Amsterdam, Den Hague, and Zwolle, and several contractors and engineering firms. Deep Reinforcement Learning algorithms have demonstrated to be game-changers for complex and evolving problem settings having unstructured, diverse input data and uncertain system states.

Last Application Date: 16/10/2022

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19. PhD Position in nanoplasmonic sensing of single-molecule protein interactions

Summary of PhD Program:

The candidate will use plasmon-enhanced fluorescence microscopy to study PPIs at high micromolar concentrations. The project will focus on 14-3-3 protein and its interactions with multivalent binding partners. The candidate will functionalize gold particles with protein and use single-molecule microscopy to quantify the timescales and heterogeneity of multivalent PPIs. In addition the candidate will push the limits of plasmon-enhanced single-molecule sensing in terms of protein concentration and temporal resolution.

Last Application Date: 16/10/2022

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20. PhD Position in Quantum Simulation Experiments with Trapped ions and ultracold atoms

Summary of PhD Program:

In this PhD project, you will work in an AMO laboratory and build a new experimental setup that combines trapped ions with ultracold atoms. The goal is to study the interactions between a trapped ion impurity and an ultracold gas of atoms. The work will involve designing the ultra-high vacuum setup, setting up optics, lasers and electronics as well as, programming, scientific reporting and data measuring and analysis. You will work in an international team with one other PhD Students and the principal investigator.

Last Application Date: 01/11/2022

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21. PhD Position in Integrated HPA-antenna co-design at Ka-band

Summary of PhD Program:

This vacancy concerns the PhD position on Integrated HPA-antenna co-design at Ka-band. This project aims at the design of a high efficiency and compact front-end radiating module for Ka-band flat panel antennas. The thickness, the mass and the cost of the front-end radiating modules shall be significantly reduced while keeping a high level of performance. This shall be achieved through the co-design between the radiating elements and the amplifiers. Circular polarisation will be addressed.

Last Application Date: 30/09/2022

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22. PhD Position in Physics of fluids jetting

Summary of PhD Program:

In piezo-acoustic ink-jet print heads, a voltage pulse, applied to the piezoelectric element, induces a deformation of the print head channel creating a pressure wave in the ink, ultimately responsible for the ejection of ink droplets out of the nozzle [1]. Given the extreme accuracy achieved by modern inkjet printers, technological advancement requires a thorough physical understanding of the droplet generation mechanisms and of the subsequent droplet formation process. This project will investigate key physical aspects beyond the formation of inkjet droplets and the influence of physical effects that may interfere with this process [2]. The project will be conducted in close collaboration with Canon Production Printing Netherlands B.V. and in the framework of a larger network of PhD students investigating -with different techniques- several aspects at the basis of ink-jet printing technologies.

Last Application Date: 09/10/2022

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23. 2 PhDs positions in behavioral autonomy for medical robots

Summary of PhD Program:

In this project we want to devise and experimentally validate novel navigation and control approaches for a system of medical robots in order to increase their level of autonomy and accuracy with respect to task execution. The type of tasks targeted by the project is in the domain of image guided therapy interventions. The first PhD student will focus on motion control of a system of robotic manipulators with high accuracy and replicability requirements. The second PhD student will focus on the degree of autonomy of the system, in particular, on obstacle avoidance.

Last Application Date: 13/11/2022

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24. PhD Position in synthesis of battery electrodes

Summary of PhD Program:

In this project, the PhD student will work on developing new porous electrodes by using polymer phase separation. The researcher shall develop a deep understanding of polymer dynamics and phase separation thermodynamics to be able to predict the resulting polymer structures and their relationship to the final battery performance. Our ultimate goal is to build an experimental pipeline, supported by theory, to synthesize porous electrodes with controlled three-dimension structures and composition for metal-air redox flow batteries. This multidisciplinary project will leverage principles of polymer chemistry and physics, electrochemical engineering, and transport phenomena.

Last Application Date: 30/09/2022

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25. PhD Position in Over-the-air Distributed Computing

Summary of PhD Program:

Isolated edge networks, like orbiting satellite swarms or sensing swarms in earth cavities, are large scale ultra dense wireless sensor deployments which open new fields for distributed AI. Novel AI mechanisms need to simultaneously execute processing and communication at the wireless edge meshes. They are expected to reduce the large data volumes to be either stored or transmitted to more centralized points. TU/e is leading a Dutch consortium, Autonomous Distribution Architecture on Progressing Topologies and Optimization of Resources (ADAPTOR), which investigates novel ways to use non-linearities in wireless medium, tranceivers and transmissions to simultaneously enable communication and computation. The project was funded by the Dutch Organisation for Scientific Research (NWO) and Thermo Fisher Scientific in cooperation with ASTRON.

Last Application Date: 30/09/2022

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26. PhD Position in Real-time data-driven Reliability of DC Systems in Ships

Summary of PhD Program:

Are you interested in research that advances the electrification of the Marine industry and propels forward the use of Power Electronics and DC technology in Ships? Are you eager to dive into the study of Reliability of such systems and study their failure modes? Are you curious to develop control algorithms that help extend the equipment’s lifetime and provide fault tolerance in specific catastrophic scenarios? If yes, then look no further – this position will challenge you in every aspect. In the Power Electronics Lab (PEL/e) of the Electromechanics and Power Electronics (EPE) Group, we are looking for an outstanding PhD candidate to work on the Real-time data-driven Reliability of DC Systems in Ships.

Last Application Date: 30/09/2022

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27. PhD Position in Modelling and Simulation of nanotube-based profiling

Summary of PhD Program:

This PhD position aims to understand the nonlinear dynamics that drive the probe motion in the neighbourhood of high-aspect ratio sample structures. In particular, van der Waals-type attractive forces, electrostatic forces and squeeze-film damping forces will bring a strongly nonlinear force-position dependency, which, in contrast to conventional approaches, cannot be understood by a spherical tip & flat surface approximation. Hence, a 3D force model of the probe tip in the vicinity of the sample will be developed.

Last Application Date: 30/10/2022

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