At Archetype AI, we’re building the world’s first physical AI platform to bring artificial intelligence into the real world. Our foundation model, Newton, understands the physical world through objective sensor data and generates real-time insights into complex physical behaviors, from industrial machinery and systems to wearable devices and smart environments.
Formed by a high-caliber team from Google and backed by one of Silicon Valley’s most renowned venture funds, Archetype AI is in a Series A phase and rapidly advancing its technology for the next big leap. This is a unique opportunity to join an exciting, fast-growing AI team based in the heart of Silicon Valley.
About JobWe're looking for a highly motivated Solutions Engineer to join our Solutions organization, reporting to the Head of Solutions Engineering. This is a customer-facing, hands-on role working directly with customers to scope, design, build, and deploy production solutions on the Archetype AI platform.
You'll partner with Sales and Product during early engagements, then own technical execution across applications, integrations, pipelines, and real customer environments. We're especially interested in engineers who have shipped end-to-end solutions from edge devices to cloud and are comfortable deploying and benchmarking software across diverse edge hardware.
You should be equally comfortable presenting architectures and results to customers and writing the code that makes the system work.
This forward-deployed role is based in Japan, with significant onsite customer work and regular travel within Japan, across Asia-Pacific, and to our San Mateo headquarters.
What You'll OwnCustomer solutions reach production and deliver the agreed technical outcomes.
Edge-to-cloud deployments meet reliability, latency, throughput, and resource targets.
POCs produce clear technical evidence and a credible path to production.
Integrations work reliably across customer systems, protocols, hardware, and data flows.
Deployment patterns, tooling, and documentation become repeatable across customers.
5+ years of hands-on software engineering experience across backend, cloud, and edge systems.
Business-level Japanese and English, with confidence working directly with enterprise customers.
Strong Python and TypeScript, plus practical experience in Rust or C++.
Proven experience deploying and benchmarking software on Linux-based edge hardware.
Experience building real-time data pipelines and integrating APIs, MQTT, OPC-UA, Modbus, or similar.
Prior solutions engineering, consulting, or forward-deployed experience owning customer delivery.
Experience with industrial IoT, predictive maintenance, or safety applications.
Production experience with applied AI/ML, multimodal systems, or signal processing.
Experience building customer-facing UIs and real-time data visualizations.
Experience creating SDKs, frameworks, or internal developer tools.
Experience delivering solutions for large enterprise customers with complex stakeholders.
Skills Required
- 5+ years of hands-on software engineering experience across backend, cloud, and edge systems
- Business-level Japanese and English proficiency
- Strong Python and TypeScript skills
- Practical experience with Rust or C++
- Experience deploying and benchmarking software on Linux-based edge hardware
- Experience building real-time data pipelines and integrating APIs, MQTT, OPC-UA, Modbus, or similar protocols
- Prior solutions engineering, consulting, or forward-deployed experience owning customer delivery
- Experience with industrial IoT, predictive maintenance, or safety applications
- Production experience with applied AI/ML, multimodal systems, or signal processing
- Experience building customer-facing UIs and real-time data visualizations
- Experience creating SDKs, frameworks, or internal developer tools
- Experience delivering solutions for large enterprise customers with complex stakeholders
What We Do
Archetype AI is a Physical AI company pioneering a new form of artificial intelligence capable of perceiving, understanding, and reasoning about the physical world, utilizing a multimodal AI foundation model that fuses real-time sensor data with natural language.









