
I thrive at the intersection of deep-tech and tangible impact. My passion is building robust systems, whether for global cloud platforms or emerging bio-innovations. I thrive where software meets reality.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Served as a Senior Site Reliability Engineer at Google, managing global-scale technical operations.
Currently facilitates engineering operations for biotech innovation while exploring new agricultural paradigms.
Offers technical depth in cloud infrastructure, storage systems, and operational resilience for fast-moving startups.
🚀 Career trajectory
Financial Infrastructure Foundation
Spent early career years establishing deep technical roots in enterprise storage and cloud networking within demanding Swiss banking and telecommunications sectors.
✦ Enterprise Systems
✦ Storage Engineering
Global Scale Deployment
Transitioned to Google, focusing on SRE principles and managing massive-scale services that define modern internet reliability and traffic management.
✦ SRE Expertise
✦ Global Reliability
Biotech & Sustainable Future
Currently bridging the gap between high-tech DevOps and the physical world through bio-infrastructure at Cradle and a pivot into agriculture.
✦ BioTech Engineering
✦ Agricultural Systems
💪🏻 Superpowers
Scalable Systems Architecture
Engineering platforms capable of handling global traffic and high-stakes data demands.
✦ Implemented high-availability infrastructure during tenure as a Google SRE.
✦ Optimized storage performance for enterprise-scale financial environments at Credit Suisse.
✦ Focuses on fault-tolerance and automated system recovery.
Biological Data Engineering
Building software tools to accelerate complex research in synthetic biology.
✦ Developing DevOps pipelines that streamline bio-engineering workflows.
✦ Integrates software precision into biological research environments.
✦ Scales computational tools to match life science innovation.
Dual-Domain Operational Strategy
Applying rigorous engineering methodology to traditional and physical industry models.
✦ Maintains a deep commitment to physical agricultural practices.
✦ Translates systems-thinking to tangible land management.
✦ Balances complex software engineering with grounded field work.
I'm excited about
✦ Exploring the intersection of advanced biological research and modern software automation.
✦ Connecting with leaders who operate at the edge of physical and digital industries.
✦ Sharing insights on how high-scale infrastructure paradigms translate to emerging biotech startups.
I can help with
✦ Advising on building site reliability and infrastructure for early-stage software companies.
✦ Consulting on transitioning complex storage and cloud environments to modern containerized workflows.
✦ Mentoring engineers looking to migrate from traditional enterprise stacks to high-scale cloud platforms.
I would love your help on
✦ Identifying novel challenges within the intersection of synthetic biology and large-scale cloud computing.
✦ Learning about sustainable operational practices in agriculture from seasoned industry veterans.
✦ Connecting with peers building high-availability systems for niche science and deep-tech applications.