Find your next role at one of the innovative companies, institutes or startups at Amsterdam Science Park. World-class research and deep tech, right on your doorstep.
52 open positions
Updated: 9 Sep 2026
Deadline 20 Sep
Amsterdam Chemistry Network — Amsterdam
Connect researchers and companies, build consortia, and grow ACN's network in the life sciences and chemistry sector. You will identify collaboration opportunities between academia and industry and help shape public-private partnerships. Based in Amsterdam.
Live
ARCNL — Amsterdam Science Park
Develop a novel machine learning approach that integrates physical simulations with inverse reconstruction to extract metrology parameters from microscopy images. Collaboration with ASML, CWI, and University of Amsterdam. MSc in physics, applied mathematics, computer science or related field required.
Live
UvA Faculty of Science — Amsterdam Science Park
PhD project on ultrafast time-resolved spectroscopy of multichromophoric systems at the UvA Faculty of Science. Experimental physical chemistry research using advanced laser and optical techniques.
Live
UvA Faculty of Science — Amsterdam Science Park
Three PhD positions in homogeneous catalysis and photochemical conversions for sustainable chemistry. Projects at the intersection of organometallic chemistry, photocatalysis and green synthesis. UvA Van 't Hoff Institute for Molecular Sciences. €3,059–€3,881/month.
Live
Nikhef — Amsterdam Science Park
Design challenging analog electronics for physics research experiments: signal amplifiers, filters, power supplies, ADC/DAC circuits. Create schematics for PCB development, simulate designs against experiment requirements, test prototypes and oversee installation at CERN. 2-year contract, permanent possible.
Live
AMOLF — Amsterdam Science Park
Use an AI-assisted materials optimisation robot to rapidly synthesise and characterise perovskite quantum emitters via ~1 million parallel optical experiments. Pioneer synthesis of perovskite emitters on metasurfaces where substrate optical response optimises material performance.
Live
AMOLF — Amsterdam Science Park
Develop nanophotonic structures converting infrared wavelengths to UV/EUV light for semiconductor metrology. Design optical metasurfaces generating structured beams for super-resolution metrology. Collaboration with ARCNL and ASML. 2-year position with housing/visa/relocation support.
Live
AMOLF — Amsterdam Science Park
Study how ribosomes cooperate during translation using single-molecule fluorescence microscopy and biophysical modelling. Investigate the mechanisms that allow multiple ribosomes to move along mRNA simultaneously without collisions.
Live
AMOLF — Amsterdam Science Park
Combine single-molecule fluorescence microscopy with RNA sequencing approaches to reveal the molecular mechanisms of ribosome function. Develop new tools to study translation dynamics in live cells and in vitro.
Live
AMOLF (with ARCNL & ASML) — Amsterdam Science Park
Unravel how atomic-scale structure of metal-semiconductor interfaces governs charge and heat transfer, using correlative single-particle optical spectroscopy and in situ electron microscopy. Collaboration with ARCNL and ASML connects fundamental research to computer chip and photocatalytic device applications.
Live
AMOLF — Amsterdam Science Park
Develop physics-informed algorithms to reconstruct nanoscale scattering geometries from diffraction patterns using lensless Fourier microscopy. Combine experimental measurements with computational reconstruction methods for semiconductor metrology — relevant to next-generation chip inspection.
Live
AMOLF — Amsterdam Science Park
Investigate molecular-scale structure and dynamics of water in biological and supramolecular hydrogels using femtosecond 2D infrared and polarisation-resolved spectroscopy. Clarify how macroscopic gel properties relate to polymer network and water dynamics. PhD through the University of Amsterdam.
Live
AMOLF — Amsterdam Science Park
Investigate molecular structures in aqueous electrolyte solutions near electrode surfaces using ultrafast femtosecond surface sum-frequency generation spectroscopy. Deepen understanding of electrochemical interfaces for applications in sustainable energy storage.
Live
AMOLF — Amsterdam Science Park
Investigate interfacial properties of aqueous surfactant solutions using ultrafast spectroscopic techniques. Develop methods to reduce the surfactant amounts needed in industrial processes while maintaining surface coverage and tension reduction. MSc in Physics or Physical Chemistry required.
AMOLF — Amsterdam Science Park
Study thermodynamic limits and energy flows in biological and synthetic systems that sense light collectively, using stochastic models and theory.
Full-time
AMOLF — Amsterdam Science Park
Explore how nonlinear optical resonators can implement probabilistic computing architectures for physics-inspired computation.
Full-time
AMOLF — Amsterdam Science Park
Investigate quantum and classical state transfer between optical and mechanical modes via radiation pressure in optomechanical cavities.
Full-time
AMOLF — Amsterdam Science Park
Design and fabricate metasurfaces with multiple switchable states for use in optical computing and programmable photonics.
Full-time
AMOLF — Amsterdam Science Park
Study propagation of high-frequency acoustic waves (phonons) in nanoscale waveguide structures for potential use in signal processing and quantum information.
Full-time
AMOLF — Amsterdam Science Park
Investigate optomechanical coupling between spatially separated nanomechanical resonators mediated by optical fields in cavities.
Full-time
AMOLF — Amsterdam Science Park
Use plasmonic nanoparticles to detect and quantify chemical surface reactions at single-particle resolution using optical sensing techniques.
Full-time
AMOLF — Amsterdam Science Park
Study the electronic and photocatalytic properties of interfaces in hybrid gold-titania nanorod systems using advanced optical and electron microscopy techniques.
Full-time
AMOLF — Amsterdam Science Park
Develop core-shell nanoparticle structures to improve colloidal stability and functional performance for sensing and catalysis applications.
Full-time
AMOLF — Amsterdam Science Park
Use nanoscale patterning techniques to control molecular arrangements for biosensing and solar cell applications.
Full-time
AMOLF — Amsterdam Science Park
Develop optical imaging methods to visualise the catalytic activity of plasmonic nanoparticles in electrochemical reactions in real time.
Full-time
AMOLF — Amsterdam Science Park
Investigate how optical nanostructures can improve light harvesting efficiency in solar cells and photodetectors.
Full-time
AMOLF — Amsterdam Science Park
Scale up perovskite thin-film deposition for continuous roll-to-roll processing in next-generation flexible solar cells.
Full-time
AMOLF — Amsterdam Science Park
Use optical fibers as reaction vessels and imaging platforms to study chemical processes at the nanoscale using spectroscopic methods.
Full-time
AMOLF — Amsterdam Science Park
Develop automated platforms combining robotic synthesis with spectroscopic characterization for accelerated materials discovery of functional thin films.
Full-time
AMOLF — Amsterdam Science Park
Apply machine learning and experimental design strategies to accelerate the discovery and optimisation of functional nanomaterials.
Full-time
AMOLF — Amsterdam Science Park
Design perovskite nanostructures with memory and nonlinear optical responses for neuromorphic photonic computing applications.
Full-time
AMOLF — Amsterdam Science Park
Develop perovskite-based photodetectors capable of processing information locally at the sensor level without requiring external power.
Full-time
AMOLF — Amsterdam Science Park
Study how mechanical pressure modulates the electronic bandgap in mixed tin-lead perovskite materials for optoelectronic device applications.
Full-time
AMOLF — Amsterdam Science Park
Develop 3D cathodoluminescence imaging in a scanning electron microscope to map nanoscale optical properties and light emission in materials.
Full-time
AMOLF — Amsterdam Science Park
Investigate light-based annealing techniques compatible with continuous roll-to-roll manufacturing of perovskite thin films for solar energy applications.
Full-time
AMOLF — Amsterdam Science Park
Apply interfacial passivation strategies (IMPLS) to improve the long-term stability and power conversion efficiency of perovskite solar cells.
Full-time
Live
AMOLF — Amsterdam Science Park
Lead software development for scientific instrumentation and data analysis systems. Architect software solutions, manage legacy codebases, and mentor junior developers in a collaborative research environment.
Full-time
Live
AMOLF — Amsterdam Science Park
Explore phase transitions in materials for neuromorphic computing and optical signal processing applications. Design and fabricate functional devices leveraging phase-change phenomena at the nanoscale.
Live
AMOLF — Amsterdam Science Park
Study ultrafast electron transfer processes at interfaces using time-resolved spectroscopy. Develop novel electrochemical techniques with femtosecond resolution for energy conversion and catalysis research.
Full-time · 4 years
Live
AMOLF — Amsterdam Science Park
Investigate ultrafast dynamics of molecular surfactants at air-water interfaces using advanced spectroscopy. Develop sustainable formulations for applications in cleaning and industrial processes.
Full-time · 4 years
Live
Nikhef — Amsterdam Science Park
Develop theoretical models and simulations for particle physics phenomena. Contribute to phenomenology research supporting experimental programmes at LHC and future collider facilities.
Full-time · 4 years
Live
Nikhef — Amsterdam Science Park
Design innovative sensor systems for scientific research and industrial applications. Develop miniaturized detector technology with precision electronics for enhanced measurement capabilities.
Full-time · 4 years
Live
CWI — Amsterdam Science Park
Research ethical recommender systems and normative diversity in news algorithms. Develop frameworks for fair information dissemination in the Human-Centered Data Analytics group at CWI.
Full-time
Live
CWI — Amsterdam Science Park
Work on computational imaging with ultrasound and electromagnetic waves. Develop algorithms for inverse problems in the Computational Imaging research group.
Full-time · 4 years
Live
ARCNL — Amsterdam Science Park
Combine machine learning with physics models for advanced semiconductor measurement. Develop AI-driven metrology solutions for next-generation chip manufacturing.
Full-time · 4 years
Live
ARCNL — Amsterdam Science Park
Research EUV generation through high-harmonic and plasma-based light conversion. Develop advanced laser-plasma techniques for metrology and lithography applications.
Full-time
Live
SURF — Amsterdam Science Park
Drive product strategy for network security services serving research and education institutions. Collaborate with customers and technical teams to develop next-generation firewall and threat detection solutions.
Full-time
Live
SURF — Amsterdam Science Park
Advise research institutions on strategic technology priorities and infrastructure roadmaps. Support SURF's mission to advance research excellence through insightful consultation and policy development.
Full-time
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Apply by 20 Sep 2026
€2,968/month