Hi, I'm Peter Matheu - Sr Hardware Engineer at Google
I am passionate about building efficient hardware that powers the next generation of computing. I thrive in collaborative environments where I can translate complex scientific challenges into elegant silicon.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Managed cross-functional initiatives as a director within the bioscience and nanotechnology sector.
Currently specializes in developing high-performance hardware acceleration pipelines for machine learning at Google.
Can provide expert guidance on digital circuit design, FPGA development, and complex system troubleshooting.
🚀 Career trajectory
Scientific Foundations
Explored nanotechnology and bioscience research, establishing a deep base in physical sciences.
✦ Research
✦ Physics
✦ Nanotechnology
Design & Innovation Phase
Transitioned into digital design and entrepreneurship, building expertise in FPGA and circuit development.
✦ Digital Design
✦ Entrepreneurship
✦ FPGA
Scale & Infrastructure
Currently driving high-performance hardware acceleration at Google within large-scale compute environments.
✦ Hardware Acceleration
✦ ML Hardware
✦ Semiconductors
💪🏻 Superpowers
Hardware Acceleration Architect
Optimizing complex computational workflows for silicon
✦ Architecting high-speed custom data pipelines for machine learning workloads.
✦ Refining logic design to maximize throughput and minimize latency in FPGA environments.
✦ Translating abstract algorithmic needs into efficient physical gate-level implementations.
Technical Bridge-Builder
Unifying diverse domain expertise for hardware success
✦ Applying foundational nanotechnology and physics knowledge to semiconductor design challenges.
✦ Facilitating board bring-up and characterization through cross-functional technical synchronization.
✦ Bridging gaps between conceptual hardware research and production-grade implementation.
Strategic Design Innovator
Navigating complex systems with scientific precision
✦ Utilizing advanced debugging tools like Wireshark to master network protocol integration.
✦ Applying rigorous verification methodologies to ensure hardware stability at scale.
✦ Driving innovative approaches to legacy circuit design through modern automation techniques.
I'm excited about
✦ Connect with architects building next-generation silicon for machine learning acceleration.
✦ Join niche hardware communities to exchange insights on computational efficiency breakthroughs.
✦ Discover high-impact startups seeking founders or experts in custom silicon development.
I can help with
✦ Providing technical mentorship on custom data pipeline design and optimization.
✦ Sharing insights into transitioning from academic research to hardware industry roles.
✦ Advising on FPGA implementation and verification best practices for high-speed systems.
I would love your help on
✦ Learning about emerging research in energy-efficient AI hardware architectures.
✦ Connecting with peers working on next-generation silicon design and bring-up challenges.
✦ Understanding new collaborative tools for remote hardware development and verification.