Structural engineer with a focus on timber, computational design, and the intersection of engineering and architecture. Graduating DTU, summer 2026.
I believe the best structures emerge from close collaboration between architects and engineers — where form, material, and structure are developed together from the very beginning of a project.
My work sits at this interface. I have practical experience from Holst Engineering in Copenhagen and an international perspective from an exchange semester at the University of Bath. I'm particularly drawn to timber as a low-carbon material and parametric workflows that make early-stage collaboration faster and more creative.
I am actively looking for a position as a structural engineer after graduating this summer.
Structural modelling, load analysis, and drawing production across multiple real construction projects. Coordinating between engineering and architectural disciplines, gaining direct experience in multidisciplinary workflows.
Supported course delivery covering loads, load combinations, and structural design principles in accordance with Eurocode. Guided students through structural analysis and element design.
International academic exchange with a focus on engineering studies, broadening perspective across different educational approaches and building culture.
Thesis: A Computational Approach to Designing Timber Trusses — a parametric Grasshopper tool implementing Eurocodes for optimal timber truss form-finding and geometry optimisation.
Looking for a position as a structural engineer from summer 2026. Open to conversations about engineering, timber, or computational design.