Jobs at 9 Fællesadministration

Conduct research in cheminformatics and machine learning for sustainable chemical assessment. Responsibilities include curating chemical and hazard data, evaluating model applicability, developing and benchmarking predictive and generative AI models, integrating experimental and computational workflows, collaborating internationally, and contributing to publications, presentations, reports, and research proposals.

Develop software and interactive technologies for research laboratories, including cyber-physical systems, intelligent systems, and AI applications. Prototype with microcontrollers, sensors, and actuators; maintain software infrastructure; support research and teaching; manage lab facilities, equipment, safety, and training; perform digital and physical fabrication; and collaborate with industry and municipalities on business development.

Manages Horizon Europe and EU Mission research projects across university, public authority, and international partners. Responsibilities include operational coordination, stakeholder engagement, public consultations, event facilitation, data collection, policy analysis, impact evaluation, reporting, compliance, and timely funder submissions, particularly for marine, ocean, and water projects.

Conduct research in mobile robotics for automated agriculture and open-terrain applications. Develop computer vision, multi-object tracking, AI-based autonomous operation, and integrated robotic systems. Deploy and evaluate solutions with SDU and industry partners, publish scientific results, support funding efforts, and participate in research projects. Teaching and supervision may also be required.

Conducts research in electromagnetic energy harvesting, power conversion, power management, EMI mitigation, and EMC for drones, robots, and IoT systems in high-voltage environments. The role includes building an internationally recognized research program, securing funding, publishing, collaborating with academic and industry partners, teaching electronics and electrical engineering courses, supervising students, and contributing to academic service.

Develops and optimizes cleanroom microfabrication processes for microscale and nanoscale devices, including chemical sensor functionalization, scale-up, quality assurance, process control, and technical documentation. Supports SEM and TEM facilities, advises researchers and external partners, coordinates fabrication activities, and contributes to technology transfer, laboratory operations, procurement, and continuous improvement of NanoSYD’s micro- and nanotechnology capabilities.

Develops Denmark’s semiconductor ecosystem by identifying national and European funding opportunities, building project pipelines and consortia, connecting companies with researchers, and coordinating collaborative funding proposals. The role engages startups, SMEs, universities, industry organizations, and European chip networks while promoting DkCCC and facilitating ecosystem events and partnerships. Regular travel within Denmark and occasional European travel are required.

Develop machine learning and computational workflows for large-scale tandem mass spectrometry and proteomics datasets. Build and evaluate models of peptide fragmentation, curate experimental MS/MS data, integrate peptide and chemical variables, and investigate interpretable fragmentation patterns. The researcher will collaborate with experimental scientists, create reproducible pipelines, and disseminate findings through publications, conferences, and open scientific resources.

Conduct empirical research on responsible generative AI use in software engineering education. Design studies, classroom interventions, learning activities, and assessments; collaborate with instructors and program leaders; evaluate outcomes; contribute to constructive alignment work; and publish and present computing education research internationally.

Conduct doctoral research on reversible programming languages for energy-efficient cyber-physical systems. Responsibilities include implementing and extending reversible-language algorithms, integrating software into simulated drones and IoT systems, analyzing energy consumption at hardware and system levels, evaluating energy savings relative to I/O characteristics, and publishing research. The candidate will participate in international training, secondments, network events, outreach, and related student supervision.

Conduct research in defense-related unmanned aerial systems, aerial robotics, autonomous navigation, swarming, communications, airspace management, safety, security, and counter-drone technologies. Develop real-world drone systems for complex outdoor environments, secure research funding, lead collaborations with academic, industrial, public-sector, and defense stakeholders, expand the Center’s research portfolio, and teach and supervise students in drones and autonomous systems.