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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 research in robotics for laboratory automation, developing flexible robotic systems that manipulate tubes, glass vials, and liquids. Apply visual feedback, robot control, simulation, computer vision, and failure recovery in dynamic environments. Deploy solutions across SDU and DTU laboratories, publish research, support funding activities, contribute to CAPeX deliverables, and collaborate with interdisciplinary researchers. Limited teaching may also be required.

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 PhD research on computational design, robotic fabrication, and AI-driven computational engineering for upcycling reclaimed timber. Develop material allocation, lamination, bonding, structural optimization, machine learning, and robotic fabrication methods. Perform laboratory fabrication, material and structural testing, and full-scale architectural demonstrations. Maintain computational workflows, publish research, support teaching and student supervision, collaborate with academic and industry partners, and contribute to laboratory infrastructure and funding applications.

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.

Conduct applied research in operations and supply chain digitalisation, focusing on simulation, artificial intelligence, machine learning, data science, and process automation. Build collaborative industry partnerships, publish in engineering journals, attract research funding, teach and supervise bachelor’s and master’s students, and develop junior researchers. The role requires experimental, quantitative research addressing production systems and supply chain optimization.

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.