Björn Ekelund

Björn Ekelund serves as a Lecturer at Luleå University of Technology within the Department of Civil, Environmental and Natural Resources Engineering, specifically in the Architecture and Water division. His academic work focuses on architectural design with emphasis on sustainability challenges in northern and Arctic environments.

Ekelund's research interests center around participatory design approaches for creating sustainable and resourceful communities. His work explores how community engagement can drive energy transitions and climate adaptation in northern contexts, particularly examining how architectural design can facilitate renewable energy integration while maintaining cultural and aesthetic values. His research addresses the unique challenges of designing for cold climates, including winter urban planning, snow management, and creating resilient infrastructure in sparsely populated regions.

His publication record reveals a consistent focus on participatory approaches to sustainability challenges, with particular attention to energy transitions in northern communities. His work spans from theoretical explorations of resourceful communities to practical applications like energy smart campuses and creative snow management solutions. The research demonstrates an interdisciplinary approach connecting architecture, environmental engineering, and social sciences to address complex sustainability challenges in northern contexts.

Ekelund has secured research funding from significant Swedish agencies including the Swedish Energy Agency (2014, 2018-2020) and the Swedish Research Council Formas (2019-2021), indicating recognition of his research contributions. His collaborative work with colleagues across departments suggests active engagement in interdisciplinary research projects addressing sustainability challenges in northern environments.

His work contributes to planning and design for attractive Arctic cities, focusing on how architecture and urban design can create sustainable communities in challenging northern environments while addressing issues of energy transition, climate adaptation, and maintaining quality of life in sparsely populated regions.