Design of thermal interfaces with embedded microchannels to control bond line formation
- Brian Smith
- Hugo Rothuizen
- et al.
- 2008
- ITherm 2008
Thomas Brunschwiler
Title
Principal Research Scientist and Manager, AI for Climate Impact (ACT)
Bio
Dr. Thomas Brunschwiler is a Principal Researcher and Research Manager leading the AI for Climate Impact team at IBM Research in Zurich. Under his leadership, his team pushes the frontiers of Earth Science Foundation Models, enabling faster insights into climate impacts and transition risks critical to both society and industry.
In addition, Dr. Brunschwiler oversees the development and application of scientific foundation models across the global IBM Research laboratories. He is the principle investigator of international governmental projects, like FAST-EO (ESA funded) and Embed2Scale (Horizon Europe Project).
Dr. Thomas Brunschwiler holds a Certificate of Advanced Studies in Computer Science from ETH Zurich (2019) and earned his PhD in Electrical Engineering from TU Berlin (2012). He has authored or co-authored over 130 publications, contributed to three book chapters, and holds more than 65 patents.
He currently serves on the Steering Committee for the Expert Group on AI in Climate & Sustainability at the Swiss Academy of Engineering Sciences – SATW, is recognized as an IEEE Senior Member, and contributes as a reviewer for InnoSuisse, Switzerland’s innovation funding agency.
Publications
Forced convective interlayer cooling in vertically integrated packages
- 2008
- ITherm 2008
Interlayer cooling potential in vertically integrated packages
- 2008
- Microsystem Technologies
High-performance thermal interface technology overview
- R. Linderman
- T. Brunschwiler
- et al.
- 2007
- THERMINIC 2007
Utility of transient testing to characterize thermal interface materials
- B. Smith
- T. Brunschwiler
- et al.
- 2007
- THERMINIC 2007
Hierarchical nested surface channels for reduced particle stacking and low-resistance thermal interfaces
- R. Linderman
- T. Brunschwiler
- et al.
- 2007
- SEMI-THERM 2007
Hierarchically nested channels for fast squeezing interfaces with reduced thermal resistance
- Thomas Brunschwiler
- Urs Kloter
- et al.
- 2007
- IEEE Transactions on Components and Packaging Technologies
Direct liquid jet-impingement cooling with micronsized nozzle array and distributed return architecture
- Thomas Brunschwiler
- Hugo Rothuizen
- et al.
- 2006
- ITherm 2006
Microchip cooling module based on FC72 slot jet arrays without cross-flow
- M. Fabbri
- A. Wetter
- et al.
- 2006
- SEMI-THERM 2006
Hierarchically nested channels for fast squeezing interfaces with reduced thermal resistance
- T. Brunschwiler
- U. Kloter
- et al.
- 2005
- SEMI-THERM 2005
Patents
- US
- 10727158
- US
- 10622294
- US
- 10622296
- US
- 10622295
- US
- 10607963
- US
- 10586760
- US
- 10529648
- US
- 10527365
- US
- 10388540
- CN
- ZL201480066438.8
Blog posts
Revolutionizing geospatial data management
Technical noteRomeo Kienzler and Thomas Brunschwiler
Top collaborators
CB
Cesar Berrospi Ramis
Senior Research Scientist
PS
Peter Staar
Principal RSM; Master Inventor; Manager of `AI for Knowledge` group.
BB
Benedikt Blumenstiel
Research Software Engineer
LK
Levente Klein
Scientist, Geospatial Analytics