21 results
A three-year assistant professorship develops materials for power electronics and printed electronics. Topics include multi-material additive manufacturing, polymer composites and nanocomposites, surface and interface engineering, dielectrics and capacitors, and sustainable electronics. Responsibilities include research, publications, industrial…
Closes
Contribute to SUSTAIN research on safe, flexible batteries integrated into textiles for wearable healthcare sensing and communication. The project uses lithium-conductive hydrated polymers to combine deformability with energy storage, avoiding conventional toxic organic electrolytes. Work with textile designers, printed-electronics researchers, wireless…
Closes
The project develops acoustic sensors based on nanofiber composite films for structural health monitoring. Research covers fabrication, electromechanical and optical or thermal characterization, electronics and data acquisition, moving from materials to working sensing prototypes. Applications close on 17 November 2026 at 23:59 US Eastern time.
Closes
Study photonic fluids and frequency combs by designing and fabricating semiconductor devices, building optical measurement setups and developing models of nonlinear laser dynamics. The goal is an experimental platform for probing and controlling liquid-light dynamics that connects device physics, precision measurement and theory. Apply through the ETH…
Closes
This full-time, fixed-term research position develops tactile sensing hardware for a tendon-driven robot hand. Work includes multi-axis force sensing, electronics and packaging, sensor integration, closed-loop experiments and reproducible benchmarks. The industry-funded project combines hands-on prototyping with scientific publication and mentoring.
Closes
Develop a faculty research programme in electronic, functional or quantum materials. The appointment links materials science with electrical engineering and computer science.
Closes
Develop fast, scalable quantum error correction for fault-tolerant quantum computers. Research spans error-correction codes, algorithms, parallel processing, dedicated hardware, FPGA implementation and quantum-error simulation.
Advance superconducting accelerator magnets within the Berkeley Center for Magnet Technology and Superconducting Magnet Program. Research includes high- and low-temperature superconductors, multiphysics models of cables and magnets, subscale coils and experimental validation of new geometries. The role combines design, fabrication, testing and performance…
Develop high-power transformer technology for solid-state power-conversion systems. The doctoral project addresses medium-frequency components relevant to future electricity distribution and renewable-energy integration.
Develop and maintain instrumentation and test equipment for CERN cryogenic systems. The appointment supports High-Luminosity LHC work through electrical engineering, controls and experimental development.
Design a radiation-tolerant microcontroller for future detectors and accelerators. The project uses a RISC-V processor architecture within CERN's SOCRATES electronics-development framework.
Investigate bioelectrodes and electronic interfaces that monitor cellular metabolism and support feedback control of cells. Doctoral projects integrate catalyst engineering, simulation, device fabrication and control methods, working with molecular biologists and bioengineers.
Develop bioelectronic interfaces for monitoring metabolism and controlling cellular behaviour. Projects combine catalyst design, computational modelling, bioelectrode fabrication and electrical engineering, with opportunities to build implant concepts and control software.
Develop embedded hardware and software for intelligent sensors and edge AI. Work spans FPGA and HDL design, board layout and commissioning, sensor interfaces, real-time processing and deployment of models on resource-constrained systems.
Build a programmable network of coupled Kerr parametric oscillators and measure its nonlinear dynamics. Experiments will map attractors, switching and probability currents and compare measured trajectories with simulations and analytical models.
Design robotic electronics from requirements and schematics through board commissioning and diagnostics. Work includes embedded firmware, sensor and actuator interfaces, power and timing constraints, and collaboration with mechanical and software engineers.
Commission an electron-source test stand for future accelerators and investigate pulse modulation, photocathode performance and laser shaping. Beam measurements and optimisation will assess improvements in electron-beam brightness for FCC-ee and SwissFEL applications.
Design and characterize qubits for integrated circuits within the Moonshot project on fault-tolerant superconducting quantum computing. Research also covers quantum electronics and hybrid quantum systems. 1.A one-year fixed-term employment contract, renewable based on evaluation, up to March 31, 2031 from the date of hire. 2.RIKEN may adjust the above…
Develop electromagnetic-transient models and simulation algorithms for electricity networks, generators, inverters and large loads. Integrate component models into open-source tools and improve large-scale simulation and automated analysis for reliable power systems. Applications are made on the employer’s recruitment portal; no closing date is stated.…
Two postdoctoral researchers will study semiconductor quantum devices in the Quantum Functional System Research Group, led by Seigo Tarucha at the RIKEN Center for Emergent Matter Science. The work concerns silicon qubit characterization, multi-qubit systems, high-fidelity quantum operations and scalable quantum computing within Moonshot R&D Goal 6.…
Melody is hiring a bioelectronics engineer to integrate protein biosensors, surface chemistry, hydrogels, membranes, and optical or electrochemical readout hardware into continuous molecular-monitoring technology. The role owns wetware integration strategy, diagnostic experimentation, directed-evolution workflows, materials development, instrumentation, and…
End of results.