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Research profile, publications, and projects.
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Explore ResearchAssistant Professor in Energy Informatics
Research on digital twins, cyber-physical systems, and model-based engineering for energy-aware connected systems.
My work focuses on methods and toolchains for understanding and engineering complex technical systems, especially where software, infrastructure, physical processes, and energy flows interact across buildings, energy systems, connected products, and IoT environments.
Research Overview
Research at the intersection of energy informatics, digital twins, cyber-physical systems, and model-based engineering.
I develop methods, models, and toolchains for complex technical systems in which software, physical processes, infrastructure, and energy flows interact.
Current work focuses on buildings, energy systems, connected products, and IoT-based environments where resilience, intelligibility, and practical usefulness matter.
Choose Your Path
Three routes through the site for collaborators, students, and curious readers.
For Students
Theses, projects, seminars, and supervision.
Go to teaching if you want to understand topic areas, supervision opportunities, and how to get in touch about student work.
See Student OpportunitiesFor Curious Readers
Background, profile, and research context.
Follow the about page if you want a general introduction to my work, academic background, and current position at SDU.
Read About MeResearch Themes
Main areas of the current research profile.
Energy Informatics
Using data, computation, and systems thinking to improve energy-aware infrastructures and connected technical environments.
Digital Twins
Developing model-linked digital representations for design, monitoring, analysis, adaptation, and digital thread workflows.
Energy Systems
Studying smart grids, buildings, and energy-aware infrastructures as applied domains for systems modeling and analysis.
SysMLv2 and Model-Based Engineering
Creating methods, constraints, and toolchains that make complex systems more analyzable and engineerable.
Security and Cyber-Physical Systems
Exploring how digital twins, runtime analysis, and systems methods support resilience and system security in practice.
AI-Enabled Engineering
Investigating how AI techniques can connect system design, circuit design, semantics, and engineering workflows.
Selected Publications
A few representative publications from the broader research record.
Modeling and Simulation of Internet of Things Infrastructures for Cyber-Physical Energy Systems
Dissertation work that connects IoT infrastructures, modeling, and cyber-physical energy systems.
Generating Digital Twins from SysMLv2 Models
A representative paper for the model-based digital twin direction at the center of the newer research profile.
Modeling and Analysis of System Models with Constraints in SysMLv2
Highlights the stronger methodological strand around formal analysis and next-generation systems modeling.
Projects
Applied work across connected systems, infrastructures, and engineering methods.
The projects page gives a better sense of how research questions, methods, and collaborations connect in practice.
View ProjectsTeaching
Teaching, supervision, and student opportunities.
Students can find thesis topics, project and seminar directions, and guidance on how to reach out for supervision or research-related work.
Student Opportunities