Are you holding Master’s degree and looking for PhD Degree – Fully Funded PhD Programs in Delft University of Technology, Netherlands?
Delft University of Technology, Netherlands inviting application for funded PhD Programs or fully funded PhD Scholarship. Delft University of Technology is one of the largest university in the world with thousands of employees, students, and research scientists are involved in the innovation of science and technology daily.
Delft University of Technology has huge a campus in Netherlands and widely known as for its contribution in top notch education and research. The contribution of Delft University of Technology is not only limited to natural sciences and engineering but it also offers high quality research as well as higher education in bio-medical sciences, social sciences, humanities, psychology, education, architecture etc.
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(1) PhD Degree Programs - Fully Funded
Summary of PhD Program: You will use our imaging toolbox and other nanotechnology available in the department to tackle this challenge. You will also apply machine learning and correlation analysis to fully exploit our recently developed 3D quantitative phase imaging for disease monitoring. As an integral part of our team, you will have the opportunity to e.g., design new optics or to establish new synthetic cell model systems for neurodegenerative disease.
PhD Program Deadline: 1st September 2021
(2) PhD Degree Programs - Fully Funded
Summary of PhD Program: You will evaluate organic dyes and fluorescent proteins and also explore new classes of fluorophores. This includes different flavors of so-called self-blinking dyes. You will also use these spontaneously fluctuating dyes (no need for chemicals or high-power lasers) to push multicolor live-cell SOFI to higher resolution and to 3D time-lapse imaging.
PhD Program Deadline: 1st September 2021
(3) PhD Degree Programs - Fully Funded
Summary of PhD Program: We are seeking two PhD Students to join the Spoofax team to (1) extend the theory and application of scope graphs to the specification of programmable software restructurings, (2) develop analogs to scope graphs for capturing and transforming control flow, (3) develop a software restructuring framework for the C++ programming language based on this framework, and (4) validate the restructuring infrastructure through restructuring production C++ code at Philips Healthcare.
PhD Program Deadline: 1 September 2021
(4) PhD Degree Programs - Fully Funded
Summary of PhD Program: The aim of this research project is to develop a robust integrated multiscale and multiphysics modelling framework to predict and optimize long-term material performance using fundamental-based chemo-mechanical properties and advanced material modelling coupled with environmental degradation kinetics (moisture, oxygen, temperature). The model will be verified by experimental tests at the relevant material scale.
PhD Program Deadline: August 20, 2021
(5) PhD Degree Programs - Fully Funded
Summary of PhD Program: The PhD will be assessing the chemo-mechanical properties of the binders using the state of the art characterization techniques. Oxidation kinetics and potential for rejuvenation of bituminous binder with varying qualities will be investigated. Recycling potential and long term performance of these binders will be studied at the fundamental level. Furthermore, the knowledge available at the binder scale will be linked to the relevant functional properties of asphalt concrete.
PhD Program Deadline: August 1st 2021
(6) PhD Degree Programs - Fully Funded
Summary of PhD Program: The PhD candidate will work on computer vision and machine learning techniques specifically for the human eye gaze estimation to improve its usability and combine the existing methods for other input signals as additional aids for attention estimation. The final presentation of this PhD project is proofing the developed attention estimation method that can be used in intelligent interactive systems. There is room to adjust the project according to your research interests.
PhD Program Deadline: 01-08-2021
(7) PhD Degree Programs - Fully Funded
Summary of PhD Program: The aim of this research project is to develop a robust experimental methodology based on physicochemical and mechanical characterization methods to characterize bituminous materials under complex environmental conditions. Furthermore, multivariate analysis and AI techniques will be used to develop models for predicting material properties in relation to material composition, durability and other relevant physical parameters.
PhD Program Deadline: August 1st 2021
(8) PhD Degree Programs - Fully Funded
Summary of PhD Program: In this PhD. research, you will be developing methodologies for a seamless yet consistent transition of data visualization between different transportation network scales with minimum loss of information. There are various open challenges within the field of visualization and transportation for building such multiscale visualization. One challenge is to formulate hypergraphs that encompass the relationship between the infrastructure of different modes and the relationship between the different transportation scales – network-level, corridor-level, and street-level.
PhD Program Deadline: July 15, 2021
(9) PhD Degree Programs - Fully Funded
Summary of PhD Program: We are also looking beyond the manufacturing process to create a wealth of product life-cycle data that could be monitored and used to continuously improve the materials and structures developed for a given mission. We are researching methods to incorporate sensor grids into manufactured composites, which would allow benefits such as predictive maintenance, continuous monitoring, and rich amounts of on-mission data to better enable the design modelling and manufacturing processes, thus developing a continuously improving feedback loop.
PhD Program Deadline: July 12, 2021
(10) PhD Degree Programs - Fully Funded
Summary of PhD Program: This project aims to disentangle GIA from tectonic signals, by developing a numerical model of solid earth deformation that bridges spatial and temporal scales, in order to interpret both space-geodetic and (paleo) sea level observations. It will represent a major step forward in understanding the earth’s glacial history, and in unravelling the effect of climate change and tectonics on sea level.
PhD Program Deadline: 2 July 2021
(11) PhD Degree Programs - Fully Funded
Summary of PhD Program: In this project, you as a PhD student will explore the use of optimization techniques to tackle problems in extremal geometry such as the sphere-packing problem, the kissing number problem, and other related questions. Applications in combinatorics may also be considered.
PhD Program Deadline: 01-07-2021
(12) PhD Degree Programs - Fully Funded
Summary of PhD Program: In this PhD project you will work on developing state-of-the-art experimental and analytical tools in order to establish links between turbulent features and floating particle behaviour. Results from this study will provide a benchmark supporting further research on this topic (effects of particle inertia and buoyancy, surface contamination, wave forcing). Both particle image velocimetry (PIV) and particle tracking velocimetry (PTV) will be employed; while PIV measurements will provide information on the subsurface turbulence features, Lagrangian tools are needed for accurate tracking of material transport, especially with respect to marine pollution.
PhD Program Deadline: 1 July 2021
(13) PhD Degree Programs - Fully Funded
Summary of PhD Program: Modern networked systems are some of the most complex things ever created, composed of vast intertwinings of systems and protocols distributed over wide areas. Unfortunately, the complexity of these systems is increasingly exceeding the ability of humans to effectively reason about and administer them. In this PhD project, we will explore the use of computer-assisted intelligence to build self-managing networked systems.
PhD Program Deadline: June 30, 2021
(14) PhD Degree Programs - Fully Funded
Summary of PhD Program: The goal of this PhD research is to improve our understanding of the relation between boundary-layer ingestion and structural vibrations. While the dominant test-case of this study will be the Flying V, the fundamental aspects of aerodynamics and structural dynamics are key in this research.
PhD Program Deadline: 1-7-2021
(15) PhD Degree Programs - Fully Funded
Summary of PhD Program: Most physical phenomena cannot be easily bluffed, and modern data acquisition systems can be upgraded with contextual Intrusion Detection Systems (IDS). The project is to extend on state-of-the-art to develop highly accurate integrated Cyber-Physical Smart Grid (CPSG) IDS. Both analytical and numerical methods will be used to develop and validate the CPSG IDS. A co-simulation setup, that includes Modbus, IEC 61850 and IEEE C37.118 will help to simulate various types of cyber attacks on CPSG and to validate the implemented detection algorithm.
PhD Program Deadline: 30-06-2021
(16) PhD Degree Programs - Fully Funded
Summary of PhD Program: Within the InnoCyPES network, Delft University of Technology is hiring a doctoral candidate on the subject “Enriching energy system measurements for machine learning applications.” This vacancy is only suitable for early-stage researchers that have not lived in the Netherlands for more than 12 months during the previous 3 years (see requirements). The aim of this project is to develop methods for interpolation, imputation and augmentation of energy system measurements using a combination of machine learning and physical system knowledge.
PhD Program Deadline: 30-06-2021
(17) PhD Degree Programs - Fully Funded
Summary of PhD Program: Your aim will be to develop a framework that integrates applicable tracking and identification technologies with hospital workflow models in a way that brings out the best of both worlds. You will address the challenges of combining data streams from various sensors, accounting for uncertainty due to variations in the instrument parameters, and integrating clinical protocols into perioperative workflow frameworks.
PhD Program Deadline: June 30, 2021
(18) PhD Degree Programs - Fully Funded
Summary of PhD Program: The main aim of the PhD project is to design and validate innovative models for wind turbine prognostics to predict components’ RUL and its corresponding uncertainties. During the project, you will model the highly variable operational regime of wind turbines and integrate multiple data sources. The project will leverage data domain (e.g., Machine Learning), physics domain and hybrid approaches to create automated, reliable and scalable RUL predictors of the most critical wind turbine components.
PhD Program Deadline: 28 June 2021
(19) PhD Degree Programs - Fully Funded
Summary of PhD Program: You will systematically investigate the spatial implications of automation and AI technologies used in agriculture across scales and interfaces between human and machine, from the territory to the buildings and people within. Following a historical study of technologically-driven transformations of the Dutch agricultural landscape, and the analysis of selected automated environments and closed systems—from plantation models to space research experiments—you will develop three case studies of contemporary data-driven agriculture in The Netherlands.
PhD Program Deadline: June 27 2021
(20) PhD Degree Programs - Fully Funded
Summary of PhD Program: To date however, the potential of mechanical metamaterials to design logic computing devices is not fully explored. In this project you will develop a synthesis method for design of mechanism-based flexible mechanical metamaterials that perform mechanical computation and act, for instance, as multi-input logic gates, e.g. AND, OR, NAND, XOR, etc. Furthermore, you are expected to fabricate the developed designs and evaluate them experimentally.
PhD Program Deadline: 25 June 2021
(21) PhD Degree Programs - Fully Funded
Summary of PhD Program: In this project, you will study and develop: (1) ultrasensitive ultrasound sensing technology based on silicon photonics; (2) photonic integrated circuits for signal multiplexing, (3) photoacoustic imaging with your newly developed sensor technology. The research includes both design and modelling (photonic and multiphysics modelling using analytical equations and numerical simulation tools) and also experiments (photonic, ultrasound, and multidisciplinary characterization setups).
PhD Program Deadline: 25 June 2021
(22) PhD Degree Programs - Fully Funded
Summary of PhD Program: The first objective of this project is to develop and implement a numerical environment for studying the behavior of heterogeneous geomaterials in an existing finite element code. Based on the explicit modelling of fine-scale heterogeneities and discrete micromechanical structure, the homogenized, large-scale constitutive behavior is to be derived. This homogenized response of heterogeneous soils has to provide input for the formulation of constitutive relations.
PhD Program Deadline: 21 June 2021
(23) PhD Degree Programs - Fully Funded
Summary of PhD Program: The LIFE project is interdisciplinary and aims to design and implement a district-scale smart energy management platform that enables energy governance by the local stakeholders. This LIFE platform will include a local energy market (LEM) that will facilitate peer-to-peer energy exchanges. Your Ph.D. research will address a crucial social challenge — inclusion and participation of stakeholders, such as local communities and households in local energy governance — at the heart of the project.
PhD Program Deadline: June 20th, 2021
(24) PhD Degree Programs - Fully Funded
Summary of PhD Program: You will carry out your PhD in a collaboration between Schiphol Group at Amsterdam Airport Schiphol and the Faculty of Industrial Design Engineering at the TU Delft. This means you will be expected to split your time between various locations and be embedded into both organisations. The position will fit within our mobility research theme called People in Transit (PiT).
PhD Program Deadline: June 21 2021
(25) PhD Degree Programs - Fully Funded
Summary of PhD Program: The key tasks of this project are: (i) leveraging recent lightweight mechanisms to automatically process the transactions they can be applied on; (ii) defining the abstractions that will allow the modular composition of BFT-SMR or Blockchain systems; (iv) opening the membership of BFT-SMR protocols to securely use them in permissionless Blockchain systems.
PhD Program Deadline: June 20, 2021
(26) PhD Degree Programs - Fully Funded
Summary of PhD Program: The project lies in the intersection of software testing, software quality, fault-tolerance, distributed systems, and blockchains. The prospective PhD student is expected to do highquality research involving both theory and implementation: getting a deep understanding of theoretical abstractions of fault-tolerant systems and developing novel software analysis and testing techniques.
PhD Program Deadline: June 18, 2021
(27) PhD Degree Programs - Fully Funded
Summary of PhD Program: The main goal of the work will be to investigate how to integrate hydrogen storage safely and efficiently into the primary structure of the aircraft. The focus will be on the certification requirements and design methodology of the hydrogen storage tank.
PhD Program Deadline: 15 June 2021
(28) PhD Degree Programs - Fully Funded
Summary of PhD Program: The overall objective of this project is the construction of a framework for autonomous simulations of fluid-structure interaction problems in complex and moving geometries subject to uncertain operation conditions. The research will focus on the development of multi-fidelity techniques that combine the accuracy of high-fidelity simulations with the efficiency of low-fidelity models.
PhD Program Deadline: June 15, 2021
(29) PhD Degree Programs - Fully Funded
Summary of PhD Program: PhD project will leverage tools from state estimation and uncertainty quantification to fuse information from both the data and the known system dynamics and provide robust uncertainty descriptions for reliable decisions and control. The goal is to obtain plausible models about the evolving uncertainty from small data sets based on first-principles assumptions like the classes where the unknown distributions of random initial conditions, parameters, and noise elements belong.
PhD Program Deadline: June 15, 2021
(30) PhD Degree Programs - Fully Funded
Summary of PhD Program: Metabolic engineering enables the development of microbial production strains that efficiently produce bioproducts by re-routing cellular fluxes. The increasing availability of biological data provides unique opportunities to speed-up the engineering process through machine learning approaches. A key challenge is to predict which genetic changes will have the desired metabolic outcome in an industrial setting.
PhD Program Deadline: 15-6-2021
About The University:
Delft University of Technology is built on strong foundations. As creators of the world-famous Dutch waterworks and pioneers in biotech, TU Delft is a top international university combining science, engineering and design. It delivers world class results in education, research and innovation to address challenges in the areas of energy, climate, mobility, health and digital society.
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