Uwe Hermann is a seasoned private markets specialist with 26 years’ experience in asset and portfolio management, currently advising Rothschild & Co after senior leadership at BVV where he shaped cross-asset strategic allocation and built global alternatives programs across PE, infra, private debt, real estate and venture capital. He combines institutional pension- and insurance-focused investment expertise with hands-on deal and portfolio construction for direct euro-fixed assets and illiquids, and serves on tokenstreet’s investment committee. Comfortable as an advisor, placement agent and interim head of investments, he networks deeply with pensions, insurers, family offices and GPs across the DACH market. Less obvious: alongside his finance career he contributes to low-level open-source projects spanning embedded systems and firmware (libopencm3, flashrom, sigrok), reflecting a practical engineering mindset applied to complex, technical problems.
26 years of coding experience
1 year of employment as a software developer
Investmentanalyst/DVFA, Investmentanalyst/DVFA at DVFA
Private Equity-Advisor (EBS/BAI), Private Equity-Advisor (EBS/BAI) at EBS
Read-only mirror of the official repo at git://sigrok.org/libsigrokdecode. Pull requests welcome. Please file bugreports at sigrok.org/bugzilla.
Role in this project:
Back-end Developer & Documentation Specialist
Contributions:530 commits, 21 PRs, 216 pushes in 6 years 4 months
Contributions summary:Uwe primarily contributed to improving the libsigrokdecode project by addressing various issues, implementing new features, and enhancing the documentation. They focused on code improvements, including consistent use of g_malloc*() functions and simplification of error handling. Moreover, the user improved the documentation by fixing typos, clarifying details, and adding more detailed information. They also refactored code and made it more readable.
Contributions summary:Uwe contributed to the libopencm3 project by implementing low-level microcontroller library functions for an ARM Cortex-M microcontroller. The contributions involve creating and modifying header files related to the STM32 family's GPIO, USB, RTC, SPI, and FSMC peripherals, which include register definitions and function prototypes. The user's work involved adding and expanding low-level driver implementations for the STM32F2 and STM32F4 series of devices, along with examples.
cortexstm32msp432microcontrollerjlink
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