Interuniversity Microelectronics Centre is an international research & development organization, active in the fields of nanoelectronics and digital technologies.
Roles 151–200 of 344, newest first. Search and filter them
2D labels flatten a 3D world. This internship explores structured geometric annotation as a richer signal for 3D object detection, leveraging primitives, parts, and spatial relationships to train models that truly understand shape and pose.
Demos and showcases are where robots win hearts and contracts — but getting them there is half the battle. This internship challenges you to design a mobile platform that transports a robot safely, smoothly, and stylishly across trade floor
Background: Neural radiance field methods, including approaches such as 3D Gaussian Splatting, have significantly advanced the state of the art in novel view synthesis and 3D scene representation. They enable highly realistic rendering from
Background: 3D Gaussian Splatting (3DGS) has recently emerged as an efficient representation for real-time novel view synthesis, offering a compelling alternative to traditional neural rendering techniques. By representing scenes as collect
What will you do? As semiconductor devices continue to scale with the adoption of high-NA (Numerical Aperture) Extreme Ultraviolet (EUV) lithography, defect inspection and metrology face unprecedented challenges. Identifying and measuring n
Coera Ista is a stationary multi-sensor enclosure designed for installation on the wall of a robotic workcell. The system integrates multiple sensors into a compact and robust housing that enables continuous monitoring of the workcell envir
Computational holography relies on the characteristics of the light source for next-generation display technologies and microscopy. For high-quality color holography, however, the optical field emitted by the light source will need to be ac
Context Advanced HBM–GPU integration is a key enabler for next-generation AI systems, yet thermal constraints remain a primary limiter. imec has recently demonstrated system-technology co-optimization approaches to mitigate thermal bottlene
Magnetic skyrmions are nanoscale, topologically protected spin structures that are expected to be stable even in the presence of defects and thermal noise. Their tiny size and ability to move with extremely low electric currents make them p
Advances in light‑directed DNA synthesis have renewed interest in photoacid‑generator (PAG)–based chemistries as a path toward scalable, high‑density oligonucleotide fabrication. By leveraging spatially patterned proton release to drive aci
Vascularization is important for tissue morphogenesis, but blood vessel cells in different tissues show distinct gene expression patterns that influence their tissue-specific specialization. For instance, the blood-brain barrier (BBB), whic
Project Overview Human induced pluripotent stem cell-derived cardiomyocytes (hiPSC-CMs) are transforming cardiac research by providing patient-specific models for disease studies and drug safety testing. However, their full potential depend
The rapid growth of AI-driven applications today is pushing conventional charge-based memory technologies to their limits due to the concerns in reliability, scalability, and volatility. This pushes a pressing need for alternative memory so
This internship project focuses on the experimental characterization and quantification of the electrical polarizability of biomolecules such as DNA and proteins. The student will perform dielectrophoresis (DEP) capture experiments using mi
Quantum computing has the potential to revolutionize information processing by performing computations beyond the reach of classical computers. This will require the operation of quantum processors containing millions of extremely sensitive
Superconducting circuit technologies are at the forefront of quantum research, offering promising pathways for advancements in quantum computing, sensing, and communication. These devices typically operate at extremely low power levels, oft
1. Background and Motivation Nonlinear optical processes and laser–plasma interactions offer opportunities for developing advanced microscopy techniques and novel light sources. Numerical simulations and computational image processing can h
Introduction & context Diverse biosensing techniques have been actively developed over the last decades, utilizing nanofabrication for electronic and photonic sensors. At imec, we are developing such state-of-the-art biosensors including so
This project aims to establish a novel platform for high-throughput and high-precision single- bio molecule analysis by integrating two-dimensional (2D) fluidic surfaces with advanced biosensor arrays. While single-molecule sensing technolo
Electrochemical CO 2 reduction is an attractive option in the field of sustainable energy system, as it turns waste into useful chemical fuels, thus closing the carbon cycle and moving towards a carbon-neutral economy. Electrolyzers are a k
Movable-Antenna-Enhanced Cell-Free Massive MIMO Systems: Modelling and Performance Analysis You will be architecting the High-Speed, Ultra-Reliable and Low-Latency wireless networks of tomorrow! Movable antennas are antennas that can be phy
As CMOS scaling progresses, increasing structural aspect ratio (AR) and decreasing critical dimensions (CD) pose great challenges for mechanical stability and defectivity control. High‑AR structures are particularly susceptible to collapse
The mission We are aiming to reduce the "Time to Market" in our semiconductor R&D by revolutionizing how we analyze test data. Currently, our engineers manually parse complex JSON files containing parametric extraction and electrical curves
This internship project addresses a key issue of nanopore technology: the integration of the biopore with electronic devices. By designing new proteins that better interface solid-state nanopore technologies, we aim to enable the assembly o
Introduction: The future of superconducting qubits depends on the ability to interconnect quantum processors efficiently and robustly. A promising route towards this goal lies in converting microwave photons from superconducting quantum pro
Microelectrode arrays (MEAs) are widely used for in vitro and in vivo monitoring of neural and cellular activity. Conventional MEAs rely on electrical sensing to record extracellular potentials, offering high temporal resolution but limited
Introduction: The future of superconducting qubits depends on the ability to interconnect quantum processors efficiently and robustly. A promising route towards this goal lies in converting microwave photons from superconducting quantum pro
Introduction: The future of superconducting qubits depends on the ability to interconnect quantum processors efficiently and robustly. A promising route towards this goal lies in converting microwave photons from superconducting quantum pro
Ferroelectric materials exhibit a spontaneous polarization that can be reversed by applying an external electric field and that remains stable even in the absence of such a field. Fluorite‑type oxides, such as HfO₂ and Hf₀.₅Zr₀.₅O₂ (HZO), f
Liposomes are currently the gold standard in drug delivery systems, widely used to transport chemotherapeutics and mRNA vaccines [1]. However, a critical bottleneck in their manufacturing is heterogeneity: synthesized batches often contain
Over recent decades, the convergence of microchip technology and biotechnology has fuelled remarkable progress in biosensing and biosynthesis. Notably, the parallelisation of DNA synthesis has substantially reduced the cost of oligonucleoti
Lensless structured illumination microscopy offers a promising route to overcome the space-bandwidth limitations of conventional objective-based systems, enabling large fields of view and enhanced resolution in a compact architecture. By co
Understanding this behavior m odern AI training and inference workloads is crucial for designing optimized memory hierarchies and minimizing data‑movement bottlenecks. In this internship, the student will develop a fine‑grained workload‑to‑
The imec ICT department is searching for an intern focussed on digital innovation for R&D. Imec has a lot of R&D units, each working on their own specific research. What they all have in common, is that they can use digital innovation to ma
Topological materials, such as topological insulators (TI) or Weyls semimetals, are a novel class of materials featuring intriguing new quantum states of matters and properties. The appearance of topologically protected states at the edges
Aligned carbon nanotube (ACNT) field‑effect transistors (FETs) are investigated at imec as a potential single-molecule sensing platform due to their exceptional electrical properties, pristine surface, and back end of line processing compat
With the increasing diversity of domains using AI/ML-based applications, there is a growing diversity of workload requirements from electronic systems. While heterogeneous computing systems (CPU, GPU, and NPU accelerators) provide some leve
The data quality in scanning probe microscopy (SPM) is directly linked to the quality of the SPM tip being used. The use of blunt, irregularly shaped, or multiple-contact points tips introduces convolution artifacts that compromise the meas
ASIC Technical Solutions Lead Imec.IC-link is a complete ASIC (application-specific integrated circuit) solutions provider that can manage the full product lifecycle – serving start-ups, SMEs and established OEMs as well as universities. Ou
ASIC Project Manager – Packaging, testing & Qualification What you will do At IC-Link by imec, we support customers in bringing their ASIC and SoC solutions from design towards manufacturing and production. For our team, we are looking fo
Project Lead Workplace Experience & Services Bij imec maak je impact op de dagelijkse ervaring van duizenden medewerkers, onderzoekers, bezoekers en partners. Als Project Lead Workplace Experience & Services zorg je voor hoogwaardige campu
Student project: Electrochemical Biosensor Functionalization and Characterization *Important for non-EU students: You'll need to be registered at a Dutch university to meet immigration requirements. The goal of the student project is to dev
Physical ASIC Design Implementation Engineer What you will do For more than 25 years, imec has provided ASIC prototyping and production services to companies and universities worldwide. Imec supports its customers in designing integrated
3D and BEOL Integration Expert What you will do Work in the Platform Integration Group, contributing to a diverse range of projects – such as imec Core Program projects, or imec internal projects. Focus on the platformisation or stabilisa
Equipment Integration Functional Analyst What you will do IMEC performs world-leading research in nano-electronics, operating a diverse equipment set of most advanced semiconductor wafer processing models. To improve and further roll out o
Equipment Integration Test Engineer What you will do IMEC performs world-leading research in nano-electronics, operating a diverse equipment set of most advanced semiconductor wafer processing models. To improve and further roll out our CI
Lab Hardware Engineer The team The LABHW team is part of imec’s Lab Operations & Coordination Department and plays a key role in maintaining and supporting the hardware infrastructure used in our advanced research labs. The team delivers te
Micro-transfer printing engineer What you will do You will join the team at imec-Ghent focused on maturing micro-transfer printing technology for heterogeneous integration. You will operate high-precision micro-transfer printing equipment
Autonomous Edge Business Development Manager (Germany) You enjoy building relationships, identifying new opportunities and translating complex technological solutions into business value for customers and partners. To be successful in this
Technical Account Manager What you will do As a Technical Account Manager (TAM), you will operate at the intersection of advanced semiconductor research, program execution, and strategic customer engagement. As part of technical team, you
