معرفی
Suvi Lehtimäki is a Staff Scientist at the Faculty of Engineering and Natural Sciences, Tampere University. She holds a Doctor of Engineering in Electrical Engineering (2017) and a B.Sc. in Technical and Natural Science Education (2012). Her research focuses on advanced materials for energy storage, particularly supercapacitors, emphasizing flexibility, environmental sustainability, and wearable applications. Key contributions include developing non-toxic printed supercapacitors for sub-zero conditions and skin-conformable energy storage systems. She received the Jenny and Antti Wihuri Fund Scholarship (2015–2016), underscoring her impactful work in sustainable materials. Active in international conferences, her research spans printed electronics, nanomaterials, and energy harvesting integration. Collaboration networks include institutions in Europe, with projects addressing UN Sustainable Development Goals related to affordable and clean energy.
Research Interests: Materials Science, Electrochemistry, Flexible Electronics, Wearable Technology, Sustainable Materials, Energy Storage Systems. Her work bridges nanotechnology and practical applications, targeting low-cost, eco-friendly solutions for next-generation energy storage and self-powered devices.
Key Articles: Recent studies investigate polyurethane thermal properties (2024), skin-attachable supercapacitors (2020), and sub-zero operation capabilities (2019). These publications highlight durability, scalability, and environmental adaptability. Earlier work from 2016–2018 explores printed architectures for large-area energy storage and integration with solar cells/display systems.
Grants & Awards: Recipient of the Jenny and Antti Wihuri Fund (2015–2016), supporting her research into sustainable energy technologies. Active in securing funding for interdisciplinary projects combining materials science with renewable energy applications.
Lab & Teams: Collaborates within Tampere University’s advanced materials and energy systems teams, focusing on printed electronics and nanocomposite development. Engages in cross-disciplinary work with industry partners for scalable production of eco-friendly energy storage solutions.
