微软Software Engineer 2--M365 UIPilot team

工作描述

OverviewThe UIPilot team at Microsoft builds an AI-powered computer-use platform that enables agents to interact with software and carry out tasks across applications and operating systems. We combine AI, cross-platform interaction, and cloud infrastructure to translate human intent into reliable execution—from individual actions to complex, multi-step workflows.

As a Software Engineer on the UIPilot team, you will build capabilities across agent planning and reasoning, application interaction, execution orchestration, and failure recovery. You will help make computer-use agents more capable, reliable, and scalable, enabling scenarios spanning productivity, workflow automation, and software validation.

We are looking for hands-on engineers with strong ownership, curiosity, and critical thinking. You should enjoy using AI to build software, exploring unfamiliar systems, and investigating problems deeply—while applying independent judgment and validating conclusions with evidence.

Microsoft’s mission is to empower every person and every organization on the planet to achieve more. As employees we come together with a growth mindset, innovate to empower others, and collaborate to realize our shared goals. Each day we build on our values of respect, integrity, and accountability to create a culture of inclusion where everyone can thrive at work and beyond.

Responsibilities• Advance AI-powered computer use: Develop agent capabilities for planning, interacting with applications, evaluating outcomes, and recovering from failures across web and desktop environments.
• Build scalable platform capabilities: Design and deliver backend services, APIs, execution orchestration, and user-facing tools that support scenario onboarding and reliable execution across applications and operating systems.
• Strengthen reliability and diagnosability: Investigate issues across AI behavior, agent execution, application interactions, and cloud infrastructure.
• Establish root causes and improve evaluation, observability, performance, and recovery mechanisms.
• Accelerate engi…