372 English-speaking jobs in North Denmark Region

Postdoctoral position focusing on how human-robot interaction can move from experimental setups to sustainable collaboration in real-world healthcare practice. The position involves empirical research in healthcare settings, utilizing ethnographic and participatory approaches. Applicants should have a PhD in a relevant field such as techno-anthropology, science and technology studies, human-computer interaction, human-robot interaction, digital health, anthropology, sociology, or a related discipline.

This Postdoc position focuses on developing and demonstrating the technical properties of biobased materials for building envelopes. Responsibilities include providing scenarios for moisture-related challenges, guidelines for moisture levels, and technical solutions for moisture-robust designs. Expertise in material characterization, hygrothermal properties, durability, and moisture transport analysis is required.

PhD position in Human-Robot Interaction in Clinical Practice. The project focuses on applying knowledge of clinical practice to the design of human-robot interfaces. The successful candidate will conduct empirical studies, design prototypes, and collaborate with researchers across departments.

PhD stipends/integrated stipends available in Foundation Models for Neural Speech Tracking. The project investigates how the brain learns and tracks acoustic patterns over time, focusing on neural encoding of perceptual statistical properties and uncovering mechanisms driving auditory recognition. Applicants should have a M.Sc. degree in a relevant field, solid mathematical and analytical skills, and experience in programming.

PhD stipend in Large-Signal Modelling and Transient Stability Analysis of Wind Turbine Generators under grid fault conditions. Develop large-signal models and transient stability analysis methods for wind turbine generators. The project focuses on multi-machine system interactions and aims to identify key mechanisms affecting transient stability. Collaboration with Ørsted is expected.

PhD stipend available for 3 years to develop wind turbine models with different control technologies. The project focuses on evaluating the grid-forming capability of wind turbine generators in various operating scenarios. Applicants must have a master's degree in a relevant field and strong research skills.

PhD stipend available for 3 years to develop wind turbine models with different control technologies, including grid-following and grid-forming types. The project aims to evaluate the grid-forming capability of wind turbine generators in various operating scenarios.

This postdoctoral position focuses on how human-robot interaction can transition from experimental setups to sustainable collaboration in real-world healthcare. The successful candidate will conduct empirical research in healthcare settings, utilizing ethnographic and participatory approaches to investigate how robotic technologies are integrated and adapted in practice.

Design, develop, and maintain secure healthcare products that integrate with embedded devices, backend systems, and hospital infrastructure. Responsibilities include designing, implementing, and documenting features, developing automated tests, and releasing and maintaining software. Experience with C/C++/C#, embedded platforms, Python, and Jenkins is required. Excellent English written and oral communication skills are also necessary.

PhD position in Human-Robot Interaction in healthcare. The project investigates how robotic technologies can become sustainable parts of everyday work practice in healthcare. The successful candidate will conduct empirical research in healthcare environments, including interviews, observations, and participatory workshops. Applicants should have a Master's degree in a relevant field such as techno-anthropology, science and technology studies, human-computer interaction, digital health, design, anthropology, sociology, or related discipline. Strong communication skills in English are required.

PhD position in Human-Robot Interaction in Healthcare. The project investigates how robotic technologies can move from experimental interaction scenarios to sustainable parts of everyday work practice in healthcare. The successful candidate will conduct empirical research and collect data through fieldwork in healthcare environments.

Service Engineer to join Gear and Thruster team in Frederikshavn, Denmark. Experience with gear systems and/or thrusters, hydraulic systems a plus. Requires independent decision-making, clear service reporting, and flexibility for travel (approx. 100 days/year). Good English and basic IT skills essential.

PhD position in Human-Robot Interaction in Clinical Practice. The project focuses on applying knowledge of real-world clinical practice to the design of human-robot interfaces. The successful candidate will conduct empirical studies, design prototypes, and collaborate with researchers across departments.

Two fully funded PhD positions are available at the AI: PAGE Lab, an interdisciplinary initiative at Aalborg University. The positions focus on Natural Language Processing (NLP), Knowledge Graphs (KGs), and Large Language Models (LLMs) to explore historical text data and cultural heritage collections. One position is hosted by the Department of Computer Science and focuses on developing scalable AI and NLP methods for KG construction. The other position is hosted by the Department of Society and Politics and focuses on applying KGs to historical analysis, particularly prosopography and social history.

The Department of Materials and Production at Aalborg University seeks one or more Assistant Professors in Management Engineering. Successful candidates will conduct research in areas such as digital engineering of production systems, human-centric operations, data-driven decision support, and experimental engineering for sustainability. Responsibilities include publishing research, collaborating with industry partners, teaching undergraduate and graduate courses, and supervising student projects. Applicants must have a PhD in a relevant field and post-doctoral research experience.

This is a full-time, fixed-term assistant professorship for a period of 4 years, starting September 1, 2026. The successful candidate will conduct independent research in marketing, aiming for publication in leading international journals. The position includes teaching responsibilities aligned with the curriculum and the candidate's research profile, including supervision of students. Applicants must hold a PhD or be close to completing one in marketing or a related field.

Associate Professor in Energy Planning and System Analysis will conduct high-quality research, teach bachelor's and master's degree students, and contribute to the development of the department's research and education. Responsibilities include publishing in top international journals, securing external research funding, supervising PhD students, and disseminating research findings. Applicants must have a prominent research profile in Energy Planning and System Analysis, documented research and teaching qualifications, and experience with academic leadership.

PhD position in Human-Robot Interaction in Healthcare. The project focuses on applying knowledge about real-world clinical practice in the design of interfaces between humans and robots. The successful candidate will conduct empirical studies, design prototypes, and contribute to teaching.

PhD position in Human-Robot Interaction in healthcare. The project investigates how robotic technologies can become sustainable parts of everyday work practice in healthcare. The successful candidate will conduct empirical research in healthcare environments, including interviews, observations, and participatory workshops.

This postdoctoral position focuses on how human-robot collaboration in healthcare can move from experimental setups to sustainable practice. The successful candidate will conduct empirical research in healthcare settings, using ethnographic and participatory approaches to investigate how robotic technologies are introduced, used, and adapted.