24 Postdoctoral Positions at
Delft University of Technology (TU Delft), Netherlands
Delft University of Technology
(TU Delft), Netherlands is seeking online applications for various
Postdoctoral Researcher Positions at their different Departments. We have
compiled a list of Postdoctoral opportunities presently available at the Delft
University of Technology (TU Delft), Netherlands.
Candidates that meet the
requirements submit their applications as soon as possible.
About The Delft University of
Technology (TU Delft), Netherlands
Top education and research are at the heart of the oldest and largest technical university in the Netherlands. Our 8 faculties offer 16 bachelor's and more than 30 master's programmes. Our more than 25,000 students and 6,000 employees share a fascination for science, design and technology. Our common mission: impact for a better society. Delft University of Technology is a public legal entity in accordance with the Higher Education and Research Act (WHW). The main tasks include providing scientific education, conducting scientific research, transferring knowledge to society and promoting social responsibility. The university has been designated as a ‘public benefit institution’.
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RESEARCH POSITION: POSTDOC IN
OPTICAL NANOSCOPY
Optical nanoscopy is a
super-resolution microscopy technique to study subcellular structures and
function via specifically targeted fluorescent labels in molecular biology.
Localisation microscopy in particular offers a much better resolution (~10-50
nm) than conventional diffraction limited microscopy (~250 nm). This project
aims at shifting the resolution obtainable in an optical light microscope even
further towards 1 nm. The researcher will work in a team of experimentalists
and theorists who share the common goal to imaging at the nanometer scale.
She/he will work on simulation/theory of image formation and parameter
estimation. The image formation description is based on the so-called 4pi
microscope where the self-interference of the fluorescent emission can be used
to estimate the axial position of a single emitter with nano meter precision. The
candidate must hold a Ph.D. degree in Electrical Engineering or Applied
Physics and must have a strong background in optics, image formation
modeling or simulation. Experience in the fields of light microscopy,
aberration theory or polarization imaging are beneficial but not required.
Deadline: 30 September 2023
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RESEARCH POSITION: POSTDOC IN
OPTICAL NANOSCOPY AT CRYOGENIC TEMPERATURES
Optical nanoscopy is a
super-resolution microscopy technique to study subcellular structures and
function via specifically targeted fluorescent labels in molecular biology.
Localisation microscopy in particular offers a much better resolution (~10-50
nm) than conventional diffraction limited microscopy (~250 nm). This project
aims at shifting the resolution obtainable in an optical light microscope even
further towards 1 nm. The researcher will work in a team of experimentalists
and theorists who share the common goal to imaging at the nanometer scale. She/he
will work as an experimentalist designing and performing experiments with cryo
fluorescent microscopy. In order to achieve very high spatial resolutions from
single molecule emitters in 3D will be use a so-called 4pi setup with two
opposing objectives. In addition the wavefront of the light must not be
disturbed by optical aberrations. The candidate must hold a Ph.D. degree in Physics
and must have a strong track record in experimental physics building
high-end optical equipment such as microscopes. Experience with optical
design software, alignment of optical setups, automation of acquisition devices
(via labview, python or similar) is expected. Experience with single molecule
fluorescence, cryogenic and vacuum equipment is beneficial but not
required.
Deadline: 30 September 2023
RESEARCH POSITION: POSTDOC
FABRICATION AND CHARACTERISATION OF FLEXIBLE GRAPHENE-BASED NEURAL INTERFACES
FOR MULTIMODAL INTERACTION WITH BRAIN TISSUE
You will coordinate research
activities to design, fabricate, characterize, and optimize the performance of
graphene-based neural interfaces for multimodal interaction with brain
tissue. You will fabricate and optimise the implants in the Class 100 cleanroom
facility on the TU Delft campus. This part of the project will allow you to
apply your expertise and further specialise in silicon-based microfabrication
and polymer processing. Moreover, you will design and develop relevant
characterisation set-ups and evaluate the electrochemical and stable
performance of the implants in multimodal scenarios. Performance optimization
and validation will present unique challenges at both system and device levels
and require developing innovative designs alongside novel fabrication
techniques and processes. We are looking for a highly motivated and
goal-oriented postdoctoral researcher with a Ph.D. degree in microelectronics,
material science, electrophysiology, electrochemistry, bioelectronics and
similar fields.
Deadline: 18 July 2023
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RESEARCH POSITION: POSTDOC IN
ANALOG AND MIXED-SIGNAL IC DESIGN
Focused ultrasound (FUS) brain
stimulation and EEG recording are stimulation and recording modalities to
interface with the brain. Both FUS and EEG are seeing great developments in
terms of miniaturization and spatial density. Merging these two technologies
has the potential to provide a minimally-invasive yet highly powerful tool for
closed-loop brain interfaces. You will be embedded in the research group of Dr.
Tiago Costa and Dr. Dante Muratore, and will have close collaboration with
colleagues in both groups. You will also work closely with collaborators in the
fields of microfabrication, microsystem integration and neurobiology.
The outcome of your work will be tested in vivo towards unraveling the
promising effect of FUS in the complex neural circuits involved in
treatment-resistant depression. You should have a strong background in Analog
and Mixed-Signal IC design. A background in neural interfaces is
desirable.
Deadline: 02 July 2023
RESEARCH POSITION: TWO POSTDOC POSITIONS ON
ELECTROLYTES FOR NEXT GENERATION LI-ION BATTERIES
The first postdoc will
primarily work on the development and characterization of liquid and
(semi)solid electrolyte formulations in combination with Li-metal anodes for use
in all solid-state Li-ion batteries. This position is part of the academic
industrial NXTGEN HIGHTEC project. The postdoc will characterize the materials
prepared using both electrochemical and analytical techniques including NMR
spectroscopy, neutron depth profiling (NDP) and X-ray/neutron diffraction as
required. Previous experience working with Li-ion batteries as well as on one
or more of these techniques is desirable but not a prerequisite.
The second postdoc will
primarily work on the development of polymer based electrolytes for Li and Na
ion batteries. This position is part of a project funded by the Dutch Polymer
Institute. The postoc will synthesize the polymer based electrolytes and
characterize them using electrochemical and spectroscopic methods including
Raman and solid-state NMR spectroscopy. Previous experience on working with
polymer based electrolytes is a prerequisite for this position.
We are looking for highly
motivated and enthusiastic researchers with a background (1) physics or chemistry
for postdoc 1 and (2) polymer chemistry for postdoc 2. Prior experience
with and Li-ion batteries and the characterization of battery
materials is desirable.
Deadline: 01 July 2023
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RESEARCH POSITION: POSTDOC
POSITION ON SI ANODES FOR NEXT GENERATION (SOLID-STATE) LI-ION BATTERY SYSTEMS
We are looking for a talented
and motivated postdoctoral researcher to work on a cutting edge industrial
academic collaborative project between HyET Lithium and TU Delft focused on the
practical application of Si anodes in next-generation Li-ion (solid state)
batteries. The task of the postdoc will be to characterize the Si anodes in
full cells initially using liquid electrolytes (including recently developed
electrolyte concepts) and at a later stage with next generation solid
electrolytes. This will be done using a host of electrochemical and analytical
techniques available in-house including SEM, XPS and (operando) NMR
spectroscopy among others, with a focus on the study of the initial formation
cycles as well as the SEI stability, which are critical parameters to achieve
long term cycling of these Si-anodes. The researcher should have experimental
experience working with Li-ion based battery systems during their doctoral
studies.
Deadline: 15 June 2023
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RESEARCH POSITION: POSTDOC CFD
MEMBRANELESS WATER ELECTROLYSIS
Hydrogen generated from green
electricity in water electrolysers is destined to play a large role in the
transition away from fossil fuels. A main source of inefficiency is the membrane
that usually separates the hydrogen from the generated oxygen. Membraneless
designs can achieve higher efficiencies by removing the membrane, while
ensuring effective gas separation using liquid flow. By flowing through porous
electrodes in opposite directions, the hydrogen gas can be separated from the
oxygen, without a membrane. You have a PhD degree and experience with CFD
and experience with COMSOL, Fluent, multiphase flow, water electrolysis, or
electrochemistry will be a plus
Deadline: 12 June 2023
RESEARCH POSITION: POSTDOC AUTOMATED MULTIMODAL
POD-BASED MOBILITY SYSTEMS FOR PASSENGERS AND FREIGHT
The advent of market-ready
digital solutions and automation provides a promising foundation for
revolutionary mobility concepts. A Post-doc position is open at the Freight
Transport & Logistics lab within a new European Project, PoDs4Rail,
concerning rail-based flexible guided transportation systems. The technology
revolves around small automated rail cars (Pods) used for both passengers and
freight, which can move independently as well as coupled into trains. The size
of the pods and their mixed use allow for the necessary flexibility to provide
high service levels at acceptable costs. In this project you will focus on
creation of a modular software framework representing the behaviour of the
physical system, with connections to technical-operational models developed in
the project. You have a PhD degree in Computer science, Control,
Transportation Engineering or a related field (with a strong background in optimization
and mathematical modelling). You have strong software development
skills in relevant programming languages such as Python, and you have knowledge
in data management and software integration methods.
Deadline: 11 June 2023
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RESEARCH POSITION: POSTDOC
HOLI-DOCTOR: HOLISTIC FRAMEWORK FOR DIAGNOSTICS AND MONITORING OF WIND TURBINE BLADES
This PostDoc position offers a
unique opportunity to work within a recently awarded NWO project, Holi-DOCTOR:
Holistic framework for DiagnOstiCs and moniTORing of wind turbine blades. The
aim of this project is to use drive train vibration monitoring, noise
measurement, infrared and vibration monitoring in a holistic framework to
improve blade maintenance by reducing costs and increase confidence in
detecting blade faults. Within the Holi-DOCTOR project, a unique opportunity is
available for a passionate and highly motivated researcher to investigate the
detection of anomalous rotor and blade behaviour using numerical models of a
wind turbine drive train. You should have a PhD in an appropriate discipline,
i.e. Engineering, Computer Science or Applied Mathematics and demonstrable
knowledge and interest in wind turbine modelling and signal processing.
Deadline: 06 June 2023
POSTDOCTORAL POSITION: POSTDOC
CANDIDATE FOR LOW-POWER DC-DC CONVERTERS WITH NOVEL MPPT FOR IOT SYSTEM
IoT sensor nodes should have
minimum form factor, low cost, accurate, and requires minimum maintenance,
therefore, ideally environment powered. Getting sufficient energy from the
environment then requires energy harvesters such as PV cells and highly
efficient power converters. Such power converters must provide accurate MPPT,
high conversion efficiency with a large power dynamic range, and a wide
conversion ratio with minimum power consumption. The candidate should have
obtained a PhD degree, or will obtain a PhD degree in a short forseeable
future. The candidate should have very good analog integrated circuit design
background, very good background in designing DC-DC converters.
Deadline: 01 June 2023
RESEARCH POSITION: POSTDOC ON
4D ULTRASOUND IMAGING OF CELLULAR FUNCTION
The candidate will
combine genetically encoded
ultrasound contrast agents with 4D ultrasound imaging to reveal cellular
activity at the organ scale. Advances in ultrasound now enable fast,
volumetric and high-resolution imaging of living organs in intact and opaque
organisms. However, ultrasound plays a relatively small role in the field of
molecular imaging. To go further, one needs to interface ultrasound waves with
biological processes occurring within cells. This project aims at using
genetically encoded acoustic biomolecules to label specific cells in
combination with 4D ultrasound imaging to reveal cellular activity at the organ
scale. The candidate must hold a Ph.D. degree in Applied Physics or adjacent
disciplines and must have a strong background in ultrasound, ultrasound
image reconstruction or ultrasound imaging simulation.
Deadline: 01 June 2023
RESEARCH POSITION: POSTDOC
POSITION ON MULTI-FREQUENCY VOLUMETRIC ULTRASOUND PROBES (SOUND-CHECK PROJECT)
This position is part of a
collaborative project between the Delft University of Technology, University of
Twente, and the University Medical Center Utrecht. The strategy of this
SOUND-CHECK project is to make use of the potential of microbubbles to deposit
drugs on the microscale level to treat head and neck cancer, including
metastases. We will build new hardware (novel transducer technology, your
work), and combine it with new biofabrication methods (3D printed phantoms) and
new software algorithms (deep learning predictors) by the other partners to
detect the unique nonlinear signatures of the microbubbles, to quantify the
location and amount of drugs delivered, and to control and monitor the therapy.
You have a PhD degree in applied physics, applied mathematics, electrical
engineering, or biomedical engineering.
Deadline: 01 June 2023
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RESEARCH POSITION: POSTDOC
POSITION ON QUANTITATIVE MR IMAGING BIOMARKERS
The Magnetic Resonance Systems
lab (Mars lab) at TU Delft works relentlessly on the
advancement of quantitative Magnetic Resonance Imaging. Funded by a prestigious
ERC Starting Grant, we are recruiting a post-doctoral fellow with an initial
appointment of two years. The successful candidate will join a young and
dynamic group in a prolific, creative and fun environment. The earliest start
date is April 15th, 2023. The post-doc will lead a challenging and exciting
project on novel sequence developments to uncover unexplored quantitative
biomarkers in the heart. Furthermore, the successful candidate will be involved
in other ongoing research projects at the lab and will have the opportunity to
take mentoring responsibility for students at the bachelor’s and master’s
level. Please get in touch to find out about the specific projects of interest.
You have a PhD in physics, math, computer science or a related field.
Deadline: 01 June 2023
RESEARCH POSITION: POSTDOC
WATER ELECTROLYSIS WITH PULSED POTENTIALS AND MAGNETIC FIELDS
Green hydrogen from water
electrolysis is widely acknowledged to be a very important ingredient in the
energy transition. Alkaline electrolysis is the most established and most
economical way of producing green hydrogen. Ion Exchange Membranes are
typically used to separate the generated hydrogen and oxygen, but until
recently these were not successfully developed for alkaline conditions.
However, strong improvements have recently been made and the resulting Anion
Exchange Membranes (AEM) have the potential to dramatically improve the
performance of electrolyzers in the near future. For the somewhat longer term
it remains to be seen what intensification techniques will bring the next step
in performance. If you are an engineer or practically oriented scientist with
affinity with fluid mechanics, electrochemistry, and renewable energy, your
help is needed to realize this next step in innovation. You have a PhD degree
in an engineering discipline or a PhD in an applied science with additional
engineering experience and experience with alkaline water
electrolysis, fluid mechanics, or electrochemical measurement techniques
will be a plus.
Deadline: 01 June 2023
RESEARCH POSITION: POSTDOC
ADVANCED ALGORITHMS FOR DATA-CENTRIC ENERGY SYSTEM OPERATION AND PLANNING
The greatest challenge in the
energy transition as a whole is the stability and reliability of the energy
grid. To create a stable grid we need holistic insights, for which the data
from energy markets, the control domain, and power and energy systems must be
integrated. This is why Delft AI Energy Lab and the Vienna-based Austrian
Institute of Technology have launched the joint ‘AI research in energy system
planning and operations’ programme. As a postdoc, you will get the unique
opportunity to develop your own vision and research line within the scope of
the programme, in collaboration with our academic staff. You have a PhD in Power
Systems, Energy Markets, Energy Systems, or Applied Machine Learning in any
of these domains and demonstrable competence in AI, computer/data science,
machine learning, energy system modelling, dynamic systems, power systems,
or another relevant field.
Deadline: 31 May 2023
RESEARCH POSITION: POSTDOC FOR
THE PROJECT FORBES
The Intelligent Electrical
Power Grids (IEPG) research section has a very ambitious and diversified
research programme covering major technological challenges concerning the
operation and planning of future electrical sustainable electrical power grids.
The research team Resilient Sustainable Energy Systems of IEPG, led by Dr. Jose
Rueda, seeks a postdoctoral fellow, each one to research and develop modular
and scalable digital twins for electromagnetic transient and real-time based
assessment and enhancement of stability phenomena, focusing on poorly damped
electrical oscillations with time-varying properties that can result in
unstable multi-converter dynamic interplay. You have a degree in Electrical
Engineering or Power Systems or a closely related field. Demonstrated
competences in one or more of the following complementary categories: Power
Electronic Converters, Control Systems Design and Testing, Power System
Stability Modelling and Simulation (e.g. real-time digital simulation,
hardware-in-the-loop testing), Software programming (e.g. Python), and
robust control design.
Deadline: 31 May 2023
RESEARCH POSITION: POSTDOC IN
ADAPTIVE CONTROL FOR SAFEGUARDING THE DYNAMIC STABILITY IN MODULAR DEVELOPMENT
OF HVDC-HVAC MULTI-ENERGY SYSTEMS
The Intelligent Electrical
Power Grids (IEPG) research section has a very ambitious and diversified
research programme covering major technological challenges concerning the
operation and planning of future electrical sustainable electrical power grids.
The research team Resilient Sustainable Energy Systems of IEPG, led by Dr. Jose
Rueda, seeks a postdoctoral fellow to perform ground breaking research on
adaptive management and coordination of primary and secondary supplementary
control of power electronic converters to safeguard resiliency (dynamic
stability and reliability) in highly variable operating conditions and random
disturbances. The research activities will be based on off-line digital
steady-state and dynamic modelling and simulations, real-time digital
simulation for laboratory scale experiments (e.g. control-in-the-loop testing),
power electronic converter design, signal processing methods, probabilistic
methods, and advanced multi-variable control methods. You have a degree in Electrical
Engineering or Power Systems or a closely related field. Demonstrated
competences in one or more of the following complementary categories: Power
Electronic Converters, Control Systems Design and Testing, Power System
Stability Modelling and Simulation (e.g. real-time digital simulation,
hardware-in-the-loop testing), Software programming (e.g. Python), and
robust control design.
Deadline: 31 May 2023
RESEARCH POSITION: POSTDOC
R&D IN ENSURING DATA SECURITY IN BLOCKCHAIN
The Cybersecurity (CYS) group
at the Faculty of Electrical Engineering, Mathematics and Computer Science
(EEMCS) invites applications for full-time doctoral candidates in the area of
Data-driven Cybersecurity. Successful candidates will follow a data-driven
approach by collecting and analyzing massive network and web data to improve
security and privacy in the Internet. Examples include fighting cyber threats
(e.g., ransomware, phishing, denial of service attacks, scanning for system
vulnerabilities), identifying and mitigating network and Web vulnerabilities
(e.g., unauthorized access, user tracking), and assessing the adoption of user
data protection regulations (e.g., GDPR) in the wild. Successful candidates
will have the opportunity to work closely with world-class researchers at TU
Delft and our research collaborators in Europe and the US. This position aims
to design and implement blockchain overlay, including prototype tools, APIs and
components for providing fully transparent and accountable secure data sharing
(through the use of smart contracts, oracles, trusted hardware and crypto
components). You may need to explore the followings: design data filtering via
oracles to organize and purify the input data from the outside world to the
blockchain, trusted hardware and software supported smart contract and oracles,
secure blockchain based data storage onchain/offchain and data security and
privacy guarantee. Applicant must have a PhD degree in computer science,
engineering, math or related and strong knowledge background in blockchain
& smart contract.
Deadline: 31 May 2023
RESEARCH POSITION: POSTDOC
R&D IN NETWORK SECURITY (MLSYSOPS)
The Cybersecurity (CYS) group
at the Faculty of Electrical Engineering, Mathematics and Computer Science
(EEMCS) invites applications for full-time post-doc candidates in the area of
cybersecurity. Our group conducts research in a range of cybersecurity topics,
including, secure data analytics, privacy, cloud security, system security, and
network security. We aim to make the world a safer place as most of our
activity and data move online. We design, develop, and evaluate
interdisciplinary solutions that combine all fields of computer sciences:
artificial intelligence, systems, and theory. We aim to publish our results at
top conferences and journals, transfer our scientific know-how and technologies
to students and our public and private partners in the field of cybersecurity,
and have impact in society and the research community. This position aims to
design and implement secure solutions for anomaly detection in security/trust
management, zero trust management based on network packet meta-tagging and the
principles of least privilege, micro segmentation, device access control,
lateral movement prevention, and multi-factor authentication. Applicant must
have a PhD degree in computer science, engineering, math or related and
strong knowledge background in network security and programming/coding.
Deadline: 31 May 2023
RESEARCH POSITION: POSTDOC
HYDROLOGICAL DATA ASSIMILATION
In this project, we will
assimilate satellite data of snow cover and glacier extent to improve estimates
of meltwater river runoff in hydrological models of the Rhone. We will make use
of the “eWatercycle platform for FAIR and Open Science” to couple hydrological
models with glacier models and assimilate the satellite data. You will work
with a multi-disciplinary team to develop a data-assimilation module that
combines satellite imagery with a snow model in the hydrological modelling
framework of eWatercycle. Through data-assimilation experiments, you will
investigate the role of snow cover and glacier melt on river runoff, which is
important to understand the mechanisms for the occurrence of droughts. Ultimately,
this should improve short-term forecasts of river runoff and deliver a tool for
scenario planning. The position will be hosted in the department of Geoscience
and Engineering, but since the research will be truly multidisciplinary, you
will be collaborating very closely with experts in the departments of Water
Management as well as Remote Sensing and Geosciences. You have
completed a PhD in the field of one or multiple disciplines of geophysics
in the broadest sense, e.g., hydrology, oceanography, and solid earth.
It is an advantage if you have experience in probabilistic inversion,
numerical modelling, or (preferably) data assimilation.
Deadline: 30 May 2023
RESEARCH POSITION: POSTDOC
H2SCREEN: SCREENING TOOLS FOR RANKING DEPLETED GAS RESERVOIRS FOR UNDERGROUND
HYDROGEN STORAGE
REPowerEU, the joint European
Action for more affordable and sustainable energy, recommends a hydrogen
accelerator that provides 10Mt of hydrogen production, and 10Mt of hydrogen
import, in the EU by 2030. Underground storage of hydrogen (UHS) can provide
the capacity for such a strategic hydrogen reserve. The behaviour of cyclic and
seasonal storage of hydrogen in depleted gas reservoirs has recently been
investigated by means of numerical modelling. The overarching aim of this
project is to address these issues through a comprehensive simulation study,
complemented by laboratory experiments carried out in a collaborative project,
to characterise the key characteristics of depleted gas reservoirs that are
suitable candidates for UHS. To achieve this aim, the successful candidate will
be designing multi-scale reservoir modelling and simulation studies and utilise
the results to develop dimensionless numbers that allow us to quantify the
amount of back-produced hydrogen from depleted gas reservoirs while accounting
for geological heterogeneity, mixing of cushion gas and hydrogen, geochemical
reactions, and well designs. You have a PhD degree in geology and
experience in reservoir modelling reservoir simulation and programming in
Python. Experience in reservoir engineering, transport and mixing
processes and Knowledge in geochemistry/microbiology are desirable.
Deadline: 28 May 2023
RESEARCH POSITION: POSTDOC 1
XCARCITY MULTI-USER MULTI-OBJECTIVE TRAFFIC MANAGEMENT ALGORITHM DEVELOPMENT
In the XCARCITY Project we will
develop realistic digital replicas of car-low areas in Amsterdam, Almere Pampus
and the Metropolitan Region Rotterdam-The Hague. We will use these ‘digital
twins’ to study how people use different smart mobility services. This will
help cities, area developers and mobility providers to make informed decisions
about smart mobility, ensuring that the car-low urban regions of the
future remain accessible. This is a unique opportunity to work on a high impact
national project, aimed at supporting the development of smart mobility
solutions and services. The project features a large, application-oriented
consortium, representing a great occasion for forming strong connections with
universities and industry partners in the national context. You have a PhD in a
relevant field such as Transportation Science, Civil Engineering, Control
Engineering or a related field and excellent knowledge of traffic
theory, traffic modelling, traffic control & simulation, and intelligent
transportation systems.
Deadline: 21 May 2023
RESEARCH POSITION: POSTDOC IN
CLOSED LOOP BRAIN NETWORKS
To understand how the brain
works, we must understand how each part, from neurons to neuronal ensembles to
brain areas, interacts with the rest of the brain and with the world outside.
Understanding these interactions is essential if we want to build novel
brain-computer interfaces, prosthetics and therapeutic approaches to nervous
system ailments. Within DBI2 we will develop principles, devices, and practices
to take these interactions into account in order to better understand brain
disorders, aspects of moods, emotions, and compulsions. Your base will be the
department of Biomechanical Engineering within the 3mE faculty of the TU Delft,
in which you will work with experts in closed-loop system identification. You
have a PhD degree (or within 6 months of completion) in biomedical
engineering, electrical engineering, neuroscience or related field.
Deadline: 21 May 2023
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