Sophie Isaksson Hallstedt
Sophie I. Hallstedt is a Full Professor at Chalmers University of Technology, at the Department of Mechanical Engineering in the Division of Product Development. Her research goal is to support companies in developing sustainable, value-creating lifecycle solutions that consider ecological, social, and economic aspects. Her work has resulted in the development of innovative methods, models, and decision support tools that enable product development teams to: assess the maturity level of sustainability implementation, assess and evaluate the sustainability impact of various solutions, and visualize progress in sustainability implementation. ACADEMIC EXPERIENCE • Professor of Sustainable Product Development at Chalmers University of Technology and responsible for research in Sustainable Product Development at the Division of Product Development. (Since 2023) • Established and developed the Sustainable Product Development research area at Blekinge Institute of Technology (BTH). (2012-2023) • Recognized on the Royal Swedish Academy of Engineering Sciences (IVA) 100 List 2023 for the Digital Sustainability Implementation Package (DSIP), highlighting research with high innovation and societal impact potential. LEADERSHIP, PROJECT EXPERIENCE WITH INDUSTRIAL COLLABORATION • Principal Investigator and Project Leader in multiple research and innovation projects in Sustainable Product Development, including a Vinnova-funded FFI project, UDI projects, KK Foundation-funded Profile Project, and KK Foundation HÖG projects • Extensive experience in collaborative research with industry • Long-term collaboration with companies in aerospace, manufacturing, and product development sectors INTERNATIONAL RECOGNITION • Elected Board Member of the Design Society and Chair of the Diversity, Equity and Inclusion (DEI) Committee. Chair of the Design Society Special Interest Group on Sustainable Design. TEACHING AND SUPERVISION • Lecturer and supervisor in Mechanical Engineering programme • Examiner and Course Leader for the national PhD course in Sustainable Product Development. • Supervisor of nine PhD students until now. RESEARCH HIGHLIGHTS • Total number of peer-reviewed original articles: 95 • Total number of citations for peer-reviewed articles: 5059 (Google Scholar) • h-index: 34, i10-index: 63
Showing 34 publications
Who drives sustainability in product design? A case study in aerospace
Capability needs for sustainable product development in aerospace: A systematic literature review
Roadmap to enable sustainable and circular designs in collaborative automotive ecosystems
Developing products for a sustainability transition
Key elements to navigate sustainable product development in aerospace
Design Aspects of Importance in a Sustainability Transition
Sustainability Implications of Using Additive Manufacturing for Production Tool Design
Circular products: the balance between sustainability and excessive margins in design
A vision for sustainable additive manufacturing
Sustainability criteria for introducing new technologies in low-income contexts
An Introductory Study of the Sustainability Transition for the Aerospace Manufacturing Industry
What Is Excellent Education and How Can We Achieve It in a Transition
Forming Digital Sustainable Product Development Support
Perspectives on innovation: The role of engineering design
Material criticality assessment in early phases of sustainable product development
MATERIAL CRITICALITY METHOD-PRODUCT VULNERABILITY FROM A SUSTAINABLE BUSINESS PERSPECTIVE
AN INTRODUCTORY APPROACH TO CONCRETIZE SOCIAL SUSTAINABILITY FOR SUSTAINABLE MANUFACTURING
A model-based approach for sustainability and value assessment in the aerospace value chain
Model Based Decision Support for Value and Sustainability in Product Development
Assessing sustainability and value of manufacturing processes: A case in the aerospace industry
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Showing 11 research projects
DRIVE PR – Data-Driven Product Realisation-Phase 1
Circular Velocity – Creating the digital high-speed circular industry (CVEx)
DRIVE PR - Data Driven Product Realisation
Spillover in aero-industrial value-chains
Sustainable Materials Data Ecosystem
Business model innovation in aerospace value chains – a study of future challenges
SUStainable life cycle Thinking in the Aerospace Industry (SUSTAIN)
Circular and Data Driven Collaborative Design Framework (CADCOD)
Designing the Impact of Digital Product Passport DIPP