09.2012 – 10.2013: Quality Assurance Engineer at Hirschmann-Automotive GmbH, Austria
03.2014 – 11.2014: Research Assistant at the Research Center for Microtechnology at the Vorarlberg, University of Applied Sciences, Austria
12.2014 – 07.2018: Research Assistant at the Energy Research Center at the Vorarlberg, University of Applied Sciences, Austria
08.2018 – now: Associate Professor/Researcher at the University of Agder, Norway
01.2021 – 06.2023: System Engineer at Stadler Rail, Switzerland
07.2023– now: Head of R&D and Innovation at illwerke vkw AG, Austria
2018 – ReLIEVe: Reuse of Lithium Ion-Batteries from Electrical Vehicels for stationary applications (RFF Agder)
2019 – LIBMAR: Project Proposal on Lithium-Ion Battery Material Analysis and Reuse (H2020)
2019 – SOURCE: Project Proposal on Responsible Sourcing of Raw Materials (H2020)
2019 – CAELI: Project Proposal on Advanced Circular Economy Model for Lithium-ion Batteries (H2020)
2019 – BACKUP: Project Proposal on Mobile Energy Storages (RCN)
2019 – GREENBE: Project Proposal on Energy Data Vizualization (Nordforsk)
2019 – Emerging Research Center on Energy Storage (Internal Project)
2019 – RoBaD: Project Proposal on Robotized Battery Disassembly (Energimyndigheten)
2020 – ReHyB: Project Proposal on Reuse in Hybrid Battery Energy Storage Systems (H2020)
2020 – NextLFP: Project Proposal on Next Generation Batteries for Stationary Energy Storage (H2020)
2020 – Baltimore: Project Proposal on Large Batteries for Waterborne Transport (H2020)
2020 – BATNET: Project Proposal on Network Activities on Energy Storage Systems (RCN)
2020 – CARBAT “skisse” for Battery Characterization Research Infrastructure (RCN)
2020 – Electric Agder: Project Proposal on Battery Characterization in an Automated Disassembly Process (RFF)
2020 – Coordinator of the Battery Platform
2020 – UiA's coordinator of Agder Batteri
2021 – Exploiting the potential of spent electric vehicle batteries, Electric Agder (RFF)
Doctoral‘s Thesis: Autonomous Optimization of Repurposed Electric Vehicle Batteries for Grid Balancing (University of Agder, Norway, Summer 2018)
M. Schuler, B. Faessler, M. Preißinger, and P. Kepplinger, “A Method for Grid Simulation Assessing Demand Side Management Strategies,” in 12. Forschungsforum der Österreichischen Fachhochschulen, Salzburg, 2018, vol. 12, pp. 1–11.
B. Fäßler, G. Piredda, and J. Zehetner, “Systematic Study of the Roughness of Biodegradable Polymer Surfaces
Processed by Ultrashort Laser Pulses“, in ICALEO, vol. 32, 2014.
Master‘s Thesis: Ultrashort-pulse Laser Machining of Biodegradable Polymer Surfaces (Research Center for Microtechnology at the Vorarlberg, University of Applied Sciences, Austria and University of Agder, Norway, Spring 2014)
B. Fäßler and P. Pichler, “Erstellung einer Erprobungs-Strategie für ein neues Automotive-Kontaktsystem mit Fokus auf dynamische Schwingungen“, in Tag der Mechatronik 2012, Graz: Leykam Buchverlag, 2012.
Bachelor‘s Thesis: Erstellung einer Erprobungs-Strategie für ein neues Automotive Kontaktsystem mit Fokus auf dynamische Schwingungen (Vorarlberg, University of Applied Sciences, Hirschmann-Automotive GmbH, Austria, Spring 2012)
Sist endret: 26.09.2023 12:09