Dr Birgit Thoben

Dr Birgit Thoben

School of Chemical Engineering
Honorary Associate Professor

Contact details

Address
School of Chemical Engineering
University of Birmingham
Edgbaston
Birmingham
B15 2TT
UK

Dr.-Ing. Birgit Thoben is a distinguished German-Swiss expert in hydrogen fuel cells, innovation management, and entrepreneurship. She is the CEO and founder of Future.Solutions GmbH in Switzerland, a company specialising in consulting on innovation management and hydrogen technologies. Through Future.Solutions Academy®, she coaches entrepreneurs on launching online businesses, aiming to equip highly skilled professionals in hydrogen technology with essential business skills to drive the transition to a hydrogen society.

Birgit holds a degree in Energy and Process Engineering from the Technical University of Berlin and earned her PhD from the University of Stuttgart for the work she completed at the German Aerospace Center (DLR).

Her professional career included a pivotal role at Robert Bosch GmbH, where she was the lead Global Innovation Manager for Corporate Research, overseeing a network of around 1,600 researchers worldwide. In this capacity, she was instrumental in developing and managing global innovation processes, significantly shaping Bosch's strategic direction. Birgit also worked as a technology scout for fuel cell technology, gaining valuable experience in mass manufacturing and bridging the gap between research and product development. She led projects such as the Combined Heat and Power (CHP) systems utilising high-temperature fuel cells and was a key player in developing the "Innovation Management Global" concept and the flagship project "Platform 12," which modernised Bosch's approach to innovation.

Birgit has acted as an Evaluator, Reviewer, and Innovation Radar Expert for the European Commission, contributing to the European Innovation Council and Clean Hydrogen Partnership Joint Undertaking program evaluations. She also serves as an Innosuisse Expert for Fuel Cells, Hydrogen, and Business Development for the Swiss Innovation Agency. In 2024, she was appointed Honorary Associate Professor in the School of Chemical Engineering at the University of Birmingham.

Birgit's expertise spans hydrogen fuel cell technology, hydrogen infrastructure development, innovation management, business development, and strategic communication. She holds over 20 patents, highlighting her significant contributions to the field. Her ability to bridge the gap between technology and business makes her a sought-after consultant and speaker in the industry.

Qualifications

  • Innovation Manager – Innovation and Entrepreneurship Certificate Program – Leading Innovation, Stanford 2014.
  • Innovation Specialist – Robert Bosch Kolleg, Stuttgart 2013.
  • PhD German Aerospace Center e.V., Institute of Technical Thermodynamic / University of Stuttgart Institute for Thermodynamics and Heat Technology, (Supervisor: Prof Dr Dr-Ing. Müller-Steinhagen), Stuttgart 2006.
  • MsC (Dipl.-Ing.) in Energy- and Process Engineering, with specialisation in energy technology, Technical University of Berlin, Berlin 2000

Biography

Dr.-Ing. Birgit Thoben received her diploma degree in Energy and Process Engineering from the Technical University of Berlin in the year 2000, completing her research project on batteries at the Fraunhofer Institute for Solar Energy Systems (FhG ISE) in Freiburg. She earned her PhD from the University of Stuttgart in 2006, conducting research on polymer electrolyte fuel cells at the German Aerospace Center (DLR) in Stuttgart.

She then joined Robert Bosch GmbH for more than 13 years, where she quickly rose to leadership roles.

From 2014 to 2018, Birgit served as the global innovation manager at Robert Bosch GmbH (~420.000 employees), where she significantly impacted the company's innovation activities. Her role involved making Bosch's innovation management visible both internally and externally through various media channels, including blog entries, articles, TV appearances, and promotional films. Birgit's groundbreaking concept, "Innovation Management Global," and its flagship project, "Platform 12," transformed Bosch's traditional mindset into a more modern, open, and experimental approach. She excelled at motivating her team to push beyond their limits and trust their intuition, leading to impressive technical achievements. Her exceptional communication skills allowed her to connect across professional networks, transferring knowledge across disciplines and guiding complex discussion processes. She established and gained acceptance for her innovative ideas, proving the effectiveness of her approach to lateral thinking in business model innovation. Birgit 's tenure at Bosch showcased her as a visionary leader in innovation management, blending science, technology, and art.

Since 2013, Birgit has worked for the European Commission in roles as Evaluator, Reviewer, and Innovation Radar Expert, and since 2023, she was elected as an Expert for the Swiss Innovation Agency – Innosuisse from the State of Switzerland.
On 1st May 2024, she was appointed Honorary Associate Professor of the School of Chemical Engineering at the University of Birmingham.

In 2019, Birgit founded Future.Solutions Sàrl in Switzerland, where she serves as CEO. The company specialises in consulting on innovation management and hydrogen technologies. Through Future.Solutions Academy®, she coaches entrepreneurs on launching online businesses, focusing on equipping highly skilled hydrogen technology professionals with essential business skills to drive the commercial transition to a hydrogen society. In addition to her role at the Academy, Birgit provides direct consultation and transactional coaching to clients, offering tailored guidance in innovation management and hydrogen technology to meet their specific needs.

Birgit's skill set and professional experience covers the area of:

  • hydrogen fuel cell technologies (SOFC and PEM),
  • hydrogen applications (mobile and stationary),
  • mass manufacturing
  • innovation management,
  • business development and strategy,
  • leadership and team management,
  • public engagement and communication,
  • entrepreneurship coaching,
  • design thinking and business model innovation,
  • proposal development and consortium management.

Teaching

Joint European Summerschool (JESS) in Athens: Business Development and Innovations Management Insights, 10 credits, annually since 2013.

Lecturer in Innovation Management and Business Development ICN - Artem Business School, MBA-Course, Nancy, France, 2018 to 2020.

Research

KICstartH2

 KICStartH2 is a partnership of universities and continuous professional development (CPD) educators that aim to teach and up-skill the European workforce through blended learning,  modulesincluding targeted training support to small businesses and start-ups.

European Hydrogen Academy

The European Hydrogen Academy consortium brings together representatives from multiple educational projects in order to:

  • build and sustain a network of over 100 universities (The Network of 100) offering recognised qualifications, specialisations, and degrees in hydrogen technologies,
  • build and sustain a network of over 500 schools integrating hydrogen topics into their science teaching, including technical schools and colleges with more specific technical training,
  • create a network of 5 hands-on, physical training laboratories,
  • provide free training materials across European languages to lecturers and teachers in order to enable educational staff to deliver the vast body of educational measures necessary

Green SKHy (associated partner)

17 project partners from six countries collaborate on developing a common action plan to enhance competencies and remove obstacles to the development of the hydrogen sector in Europe, build a transnational network of training actors and technical platforms/laboratories dedicated to hydrogen, and ensure the acculturation and skill enhancement of stakeholders in the hydrogen sector, including SMEs, local elected representatives, trainers, teachers, multipliers, and citizens.

Other activities

Memberships

  • Steering Group Member for Commercialisation Project “Manufacturing of Smart Oxide Fuel Cells”, Tampere University, Business Finland, since Dec. 2023.
  • Advisory Board Member: Ecoptope Ecole Polytechnique Federal Lausanne March to Dec. 2022.

Publications

  1. Birgit Thoben, Raphaelle Satet - Robert Bosch GmbH Electrochemical cell for obtaining electric energy JP2010267618A / DE-102009003074 A1
  2. Birgit Thoben, Harald Maus, Gudrun Oehler, Alexander Bluthard, Juergen Oberle, Erhard Hirth - Robert Bosch GmbH Fuel cell system has fuel cells fixed on base body in form-fit or actuated manner using attaching units that are designed as latches or rings, where inner space of fuel cells are sealed against outside space around fuel cells GB2478817 / NL2006172C2 DE-102010001800 A1
  3. Birgit Thoben, Frank Baumann, Raphaelle Satet, Ulrich Eisele, Thomas  Loibl, Imke Heeren - Robert Bosch GmbH Electrolyte-supported tubular solid oxide fuel cell manufacturing method, involves producing tubular electrolyte body using injection moulding process by injecting electrolyte mass into cavity in fluent state DE-102010001988 A1
  4. Birgit Thoben , Andreas Schulze, Frank Baumann, Jan Goehler, Raphaelle Satet, Ulrich Eisele, Thomas Loibl, Alexander Bluthard, Juergen Oberle, Imke Heeren, Stefan Schoenbauer – Robert Bosch GmbH Fuel cell system i.e. solid oxide fuel cell system, with metallic contact elements arranged at distance to carrier substrate, arranged on electrically insulating insulation element and electrically contacting electrodes EP-2363910 A2 (DE 102010002372)
  5. Birgit Thoben, Frank Baumann, Raphaelle Satet, Wolfgang Friede, Uwe Limbeck Robert Bosch GmbH, Fuel cell system, having improved fuel gas circulation WO 2011092070 A1 / US9172102B2/ DE-1020100011260A1
  6. Birgit Thoben, Andreas Schulze, Jan Goehler, Alexander Bluthard, Juergen Oberle, Imke Heeren, Stefan Schönbauer Robert Bosch GmbH Fuel cell e.g. solvently oxide fuel cell, has foot compriding extensive projection for fastening body at carrier element, and circumferential projection spaced from opening surrounding end surface of foot, DE-102011083784 A1
  7. Birgit Thoben, Andreas Schulze, Stefan Schönbauer Robert Bosch GmbH Gas guiding assembly for supplying gases to fuel cell assembly of fuel cell system, DE-102011084480 A1
  8. Birgit Thoben, Imke Heeren - Robert Bosch GmbH, Tubular Metal-Air-Cell, DE-102012221417 A1
  9. Birgit Thoben, Imke Heeren - Robert Bosch GmbH, Tubular cell used as energy storage cell, has storage electrode - or fuel gas electrode, or air electrode whose electrode materials are formed between the rib structure formed of electrically conductive and redox-stable material DE-102012221426 A1
  10. Birgit Thoben, Andreas Schulze - Robert Bosch GmbH, Fuel Cell used for fuel cell systems, has a cathode to which oxygen-containing gas is supplied, an anode to which combustible gas is supplied, and gas-permeable layer(s) having binding material with silicon, sulphur and/or their compound, DE-102012221430 A1
  11. Birgit Thoben, Andreas Schulze - Robert Bosch GmbH, Fixed oxide cell, preferably fuel cell, electrolytic cell and/or metal-air cell useful power systems comprises functional layer system set on porous meal support, comprising anode, cathode and electrolyte between anode and cathode, DE-102013225559
  12.  Birgit Thoben, Andre Moc Robert Bosch GmbH, High-temperature cell with porous gas guide channel layer WO-2014206827 / KR20160024879A / EP3014685B1 / DE-102013212624/ DK3014685T3 / JP6180628B2 /
  13. Birgit Thoben, Andreas Schulze, Thomas Loibl, Imke Heeren Robert Bosch GmbH, Fuel cell cap WO2015176966A1 / DE102014209770A1
  14.  Birgit Thoben, Imke Heeren, Robert Giezendanner-Thoben - Robert Bosch GmbH, Aerosol coating by means of eddy current actuators, DE102014204177A1
  15.  Birgit Thoben, Imke Heeren-  Robert Bosch GmbH, High temperature cell system with tongue and groove connection, DE102013212405A1
  16. Birgit Thoben, Gudrun Oehler, Imke Heeren - Robert Bosch GmbH, High-temperature cell system with contact element depressions, DE102013212390A1
  17. Birgit Thoben, Andre Moc - Robert Bosch GmbH, Filter for power system e.g. fuel cell system, has filter structure comprising material for bonding of silicon and/or sulfur and/or selenium and/or phosphorus and/or boron and/or their compound, DE102012222331A1
  18. Birgit Thoben, Imke Heeren - Robert Bosch GmbH, Tubular electrolysis cell e.g. combined electrolysis and fuel cell, useful in photovoltaic system, comprises tubular carrier body with hollow cylindrical intermediate portion and two end portions, and functional layer system, DE102012221419A1
  19. Birgit Thoben, Imke Heeren - Robert Bosch GmbH, Electrochemical cell with tubular support grid, WO2014060573A1 / KR20150076165A / DE102012219104A1
  20. Birgit Thoben, Andreas Schulze - Robert Bosch GmbH, Chromium-resistant fuel cell system and method for operating same, WO2014060211A1 / KR102153881B1 / DE102012219141A1 / EP2909884A1
  21. Birgit Thoben, Andreas Schulze, Andre Moc, Imke Heeren Robert Bosch GmbH, Diagnostic cell, fuel cell device with a diagnostic cell and method for diagnosing a cogeneration application, DE-102014218079-A1
  22. Thoben, B.; Untersuchungen des Wasserhaushaltes an der Kathode einer Polymer-Elektrolyt-Brennstoffzelle, Dissertation, Logos Verlag Berlin, 2006
  23. Thoben, B.; Siebke, A.; Influence of different gas diffusion layers on the water management of the PEFC, Journal of New Materials for Electrochemical Systems, 7, 13-20, 2004
  24. Thoben, B.; Siebke, A.; Wagner, N.;Gülzow, E.; Experimental investigation and mathematical modelling of water transport phenomena at the cathode of the PEFC, 
Proceeding of the 2nd European PEFC Forum, Lucerne Switzerland, June 30 –July 04, 2003
  25. Reissner, R.; Thoben, B.; Kaz, T.; Schulze, M.; Gülzow, E.; Degradation of Hydrophobicity in fuel cell electrodes, Proceeding 8th Ulm Electrochemical Talks (UECT), Ulm Germany, June 20 - 21, 2002
  26. Thoben, B.; Untersuchung des Einflusses von pulsartigen Strömen auf das elektrische Verhalten von Bleibatterien, Tagungsband, Sonnenforum, Freiburg Deutschland, 2000