KU Leuven invites applications for an Interdisciplinary PhD position in User-Centric Wireless Networks and Urban Co-Creation, jointly hosted by the Department of Electrical Engineering (DRAMCO) and the Department of Architecture. This unique PhD integrates wireless communication engineering, spatial and architectural design, and citizen-centred co-creation to explore how adaptive, human-aware wireless infrastructures can emerge from real spatial contexts.
The research builds on the ambition to move beyond traditional, static mobile network deployments. Instead, this project examines how lightweight, low-height and spatially adaptable access points can be meaningfully integrated into public space, enabling wireless networks that respond to people, places and usage patterns. The work spans both technical experimentation and spatial analysis, connecting user behaviour, built environments, and wireless system performance.
Working primarily with DRAMCO, you will leverage expertise in low-power wireless communication, distributed sensing and experimental validation using infrastructures such as the Techtile testbed. In parallel, collaboration with the Faculty of Architecture provides grounding in public space, human–technology interaction and methodological approaches to spatial design.
The research consists of two core pillars:
- Spatial & Human-Space Analysis — understanding how movement, materials, enclosure and spatial form influence network behaviour through sensing, spatial mapping, prototyping and fieldwork.
- Design of Co-Created Wireless Infrastructures — developing measurement-informed spatial tools and participatory design methods that allow citizens to shape and adjust network elements; prototyping lightweight “contact service points” using making-based methodologies inspired by the Creative Makers (CM³) program.
Across these themes, the PhD combines measurement campaigns, finite experimentation, prototyping, data-driven spatial analysis and participatory design. The aim is to establish a methodological and scientific foundation for adaptive, energy-conscious wireless infrastructures that are meaningfully embedded in urban space.
Candidates may come from Architecture or Engineering (Electrical/ICT), but must be motivated to engage deeply with both domains. Hands-on prototyping, fieldwork, iterative design and interdisciplinary collaboration are central to the role. Excellent written and spoken English and the ability to work independently in a research team are required.