Hi, I'm Addison Hammer - Datacenter Robotics Area Lead at Google
I am driven by the challenge of making physical infrastructure as intelligent as the software it runs. I thrive at the intersection of mechanical precision and robotic scale, creating order in complexity.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Managed manufacturing engineering processes at Robert Bosch and Quadrant EPP before pivoting to technology.
Leads datacenter robotics initiatives for Google and serves as a CTO for an infrastructure firm.
Offers expert guidance on bridging the gap between physical industrial hardware and digital software automation.
🚀 Career trajectory
Industrial Foundation
Began by managing manufacturing engineering and automotive steering systems for high-stakes production lines.
✦ Manufacturing
✦ Process Engineering
Robotics & Infrastructure
Transitioned to Google, evolving from Technical Program Management to leading robotic datacenter area operations.
✦ Datacenter
✦ Robotics
Executive Tech Oversight
Currently scaling executive leadership as a CTO, applying deep technical domain expertise to pipeline innovation.
✦ CTO
✦ Strategy
💪🏻 Superpowers
Industrial-Scale Autonomy
Engineering robotic ecosystems for maximum operational efficiency
✦ Architecting full-stack automation for hyper-scale datacenter environments.
✦ Integrating hardware performance with intelligent software control systems.
✦ Scaling mechanical processes to meet the demands of global infrastructure.
Strategic Technical Leadership
Bridging engineering management and executive-level vision
✦ Leading cross-functional teams through complex lifecycle product challenges.
✦ Aligning technical requirements with long-term organizational business goals.
✦ Translating high-level executive strategy into actionable engineering roadmaps.
Precision Lifecycle Management
Mastering the mechanical and digital integration process
✦ Optimizing manufacturing throughput via advanced automation workflows.
✦ Managing large-scale maintenance systems for high-availability equipment.
✦ Applying rigorous automotive-grade safety and reliability standards to tech.
I'm excited about
✦ Exploring cutting-edge advancements in hardware-software integration.
✦ Connecting with technical founders who are building the next wave of industrial automation.
✦ Participating in discussions regarding the future of autonomous infrastructure at scale.
I can help with
✦ Advising on the transition from manufacturing engineering to tech-heavy leadership roles.
✦ Providing technical mentorship for teams building automated physical infrastructure.
✦ Sharing insights on scaling technical products within a global enterprise environment.
I would love your help on
✦ Navigating executive challenges common to early-stage startup technology leadership.
✦ Gaining perspectives from investors on the current state of industrial robotics markets.
✦ Learning best practices for scaling technical teams outside of big-tech environments.