Moro Tech

Platform Engineer, Gen AI

🇯🇵 Remote, JP Remote Full time Posted May 8, 2026
LocationRemote, JP
WorkplaceRemote
EmploymentFull time
LanguageEnglish
PostedMay 8, 2026
Last verifiedMay 9, 2026

About MTC

Moro Technology Corporation is a global technology partner committed to delivering innovative digital solutions that empower businesses to thrive in an increasingly connected world. With a strong foundation in Japan and a growing international presence, MTC specializes in building cutting-edge software and digital infrastructure that bridge cultures and drive transformation across industries. 

Guided by a mission to shape the future with technology and creativity, the company fosters collaboration across borders, emphasizing excellence, adaptability, and long-term value creation.

WHO ARE WE LOOKING FOR?

We are looking for a pragmatic and experienced Platform Engineer to build the production-grade platform for AI-assisted Software Development Life Cycle (SDLC). You excel at turning innovative multi-agent concepts into a reliable, enterprise-scale service that will be used by thousands of engineers. You will build the rock-solid foundation that will empower our developers to deliver software in weeks, not months. You are the engineer who makes the AI vision a reality.

RESPONSIBILITIES

  • Design, build, and maintain the core infrastructure for the AI-Assisted SDLC Platform using Infrastructure as Code, ensuring high availability and scalability for all agent interactions.
  • Develop the production implementation, managing the state, context, and human-approval gates between the various SDLC agents.
  • Build the critical integration points for our developers, including backend services for the VS Code extension and webhooks for seamless GitHub pull request workflows.
  • Own the platform, ensuring automated, safe, and efficient delivery of new features and infrastructure changes.
  • Collaborate with the LLM Engineers and software teams to translate complex requirements for agent communication into a robust and scalable technical architecture, iterating based on real-world usage.
  • Integrate the platform with critical enterprise systems.

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