Top Tech Jobs & Startup Jobs

Postdoctoral researcher to study how large language models and AI affect political language. Responsibilities include designing and executing computational social science studies, data collection and analysis of natural and AI-generated text, publishing, public dissemination, collaborating within an interdisciplinary team, contributing to grant efforts, presenting at conferences, and possibly teaching. Must code in R or Python and work on-site in Odense.

Conduct and lead research in energy-efficient analog and mixed-signal CMOS and hardware accelerators for edge AI; teach and supervise Bachelor and Master students; develop open-source chip-design methodologies and prototype ASIC/FPGA systems; attract external funding and participate in curriculum development and international courses.

Academic faculty position to conduct interdisciplinary research in Human-AI Interaction, data science, and interactive technologies; publish, secure external funding, lead projects, teach and develop BSc/MSc courses, supervise students, engage industry partners, and contribute to lab leadership and administration.

Three-year PhD to design, develop and demonstrate optimized power electronic converters (SiC/GaN) using advanced simulation (Ansys, MATLAB), optimization methods, and experimental validation. Collaborate with industry partners and undertake an international research exchange.

Tenure-track assistant professor to develop independent research in multiphysics simulation, optimisation, and experimentation; secure external funding; teach and supervise engineering students; contribute to MSOE group projects, grant applications, and interdisciplinary collaboration; complete faculty lecturer training and participate in academic community activities.

Conduct high-quality research in multiscale modelling of mechanical and electromechanical devices (using FEM/multiphysics), publish and present results, collaborate with industry and universities, secure external funding, teach and supervise bachelor and master courses (Computational Multiphysics, Mechanics of Materials), and lead experimental validation and lab-based prototyping.

Lead research and teaching in power electronics and wireless power transfer, focusing on high-frequency magnetic design, WBG switching (SiC/GaN), advanced converters, EMI/EMC, digital twin modeling; secure external funding, supervise MSc/PhD students, and engage with industry partners to translate research into applications.

Work on ergonomics and safety in teleoperation by personalizing musculoskeletal arm models and human motor controllers, integrating human models into physical human-robot interaction for offshore wind turbine maintenance. Conduct research, collaborate across disciplines, and contribute to publications and teaching activities.

Postdoc to develop and implement SNNs and SSMs for real-time brain-signal processing and to design and realize a CMOS-based digital neuromorphic processor. Responsibilities include extracting specifications with partners, full design cycle participation (architecture to implementation), prototype test setup design, documentation of specifications and measurements, and collaboration with analog front-end and project partners for edge/wearable neurotechnology applications.

Design and implement low-noise, low-power analog and mixed-signal CMOS readout electronics for magnetic sensors. Responsibilities include circuit architecture, transistor-level design, full-custom IC flow (simulation, layout, DRC/LVS, post-layout verification), tape-out, PCB test setup and lab characterization, calibration, documentation, and dissemination of research results in collaboration with sensor and system partners.