Forskningsposition ved Aalborg Universitets Elektroniske Systemer-afdeling. Projekt ReBatMan fokuserer på bæredygtig batterilevetidsforudsigelse gennem akustisk sensing og maskinlæring. Kræver stærke tekniske kompetencer inden for elektronik, signalbehandling og machine learning. Toårig ansættelse med mulighed for internationalt forskningssamarbejde.

Forskningsstilling med fokus på avancerede kontrolsystemer og datadrrevne metoder. Kræver Ph.D. eller tilsvarende kvalifikationer. Omfatter både forskningsudvikling (algoritmer, teoretisk analyse) og undervisningsaktiviteter på bachelor-, kandidat- og Ph.D.-niveau. 2-årig kontrakt med mulighed for internationalt forskningssamarbejde.

Treårig PhD-stilling ved topforskningsenhed fokuseret på avanceret maskinlæring inden for satellitobservation. Kræver stærk teknisk baggrund i dybdelæring, Python og remote sensing. Internationalt forskningsmiljø med problembaseret læringsstrategi og tæt industrisamarbejde.

Exciting PhD opportunity at Aalborg University's CLASSIQUE Center, focusing on advanced research in quantum communication systems. The position involves investigating communication models, data compression, and quantum information processing, with emphasis on interdisciplinary research bridging classical and quantum communication technologies.

Two-year postdoctoral position at Aalborg University's Energy Faculty, focusing on pulsed power supply design for carbon dioxide electrolysis. Part of the CAPeX Pioneer Center, the role involves research in power electronics, collaborating with DTU Energy and international partners. Candidates must have a PhD, expertise in power electronics, and strong publication records.

Two-year postdoc position at Aalborg University's AAU Energy department focused on advanced power electronics research. The role involves modeling and design optimization of power converters, with emphasis on digital twin technology, efficiency, reliability, and EMI/EMC modeling. Candidates must have a PhD, strong research background in power electronics, and hands-on experimental experience.

Exciting research position at the Department of Electronic Systems, focusing on innovative drone-based electromagnetic measurements and data processing. The role involves developing post-processing methods for EM signature characterization, working on the 'DRONES: Drone-Obtained Electromagnetic Signatures' project. Suitable for candidates with strong mathematical skills and expertise in signal processing, radio channel sounding, or antenna measurements.