Andreas Krinke

Andreas Krinke is a Researcher at the Institute of Microengineering and Electronic Design, TU Dresden, specializing in constraint-guided design of integrated analog circuits. He actively participates in BMBF-funded projects including HyPerStripes, MANNHEIM-KI4BoardNet, and Technology for Trust, focusing on electronic design automation and reliability engineering.

His research centers on analog/mixed-signal IC design with emphasis on constraint propagation, physical design automation, and reliability analysis. Key contributions include methodologies for constraint handling from system-level to tape-out, open-source EDA tool development, and applications in flexible electronics and automotive systems. His work bridges theoretical constraints with practical implementation challenges in nanoscale and automotive electronics.

Publication trends since 2011 reveal consistent focus on constraint propagation techniques, evolving toward flexible electronics (2024), open-source layout verification (2024), and automotive mission profile analysis (2021-2022). Recent work integrates AI for trustworthy systems while maintaining core expertise in constraint-driven design flows for analog circuits.

Krinke teaches Fundamentals of Electrical Engineering seminars and design automation exercises. His project portfolio includes:

• HyPerStripes, MANNHEIM-KI4BoardNet, Technology for Trust (BMBF)
• ELDA-MP (BMWi)
• autoSWIFT, RESCAR 2.0 (BMBF)

These initiatives target automotive electronics, design automation, and trustworthy computing systems.

He collaborates within TU Dresden's Institute of Microengineering and Electronic Design, working closely with Prof. J. Lienig's research group on constraint-driven methodologies and open-source EDA ecosystems for next-generation circuit design.