Overview
Do you want to help build the operating system for Frontier Transformation?
Microsoft Frontier Company helps customers achieve measurable business outcomes through AI, engineering, and transformation at scale. Within Frontier Company Operations, Business Excellence advances its vision through a portfolio of capabilities and organizations, with Delivery Excellence DE serving as the AI-native operating system for how we pursue, deliver, govern, and realize customer value, with speed, quality, predictability, and financial discipline built into every engagement.
Execution Engineering is the Intelligence pillar and engineering arm of Delivery Excellence, building the intelligent products, platforms, agents, and experiences that power this operating system.
As a Principal Software Engineer in the Execution Engineering team, you will architect, design, build, and evolve intelligent products, platforms, services, and agents that power Delivery Excellence across Microsoft. Leveraging deep engineering expertise, AI-native technologies, and modern software engineering practices, you will drive technical strategy, accelerate innovation, and deliver secure, scalable, and high-quality solutions that create exceptional value for our users and customers.
Responsibilities
Role & Responsibilities: -
- Own the technical strategy, architecture, engineering quality, and end-to-end engineering lifecycle of products, platforms, services, and intelligent agents that deliver strategic business impact and exceptional customer experiences.
- Lead the design, development, operation, and evolution of enterprise-scale solutions across Microsoft cloud platforms including Azure, Dynamics 365, and Microsoft 365.
- Drive adoption of AI-native and Agentic Software Engineering practices, leveraging modern engineering tools, automation, and AI-assisted SDLC capabilities to improve productivity, quality, and delivery velocity.
- Partner with Product Management, Partner engineering teams, Service Owners, and cross-functional stakeholders to define technical direction, influence roadmaps, and deliver scalable business outcomes.
- Establish and uphold architectural standards, engineering patterns, quality bars, governance frameworks, and technology strategies that ensure security, reliability, scalability, maintainability, accessibility, operational excellence, and long-term platform sustainability.
- Use production telemetry, operational insights, customer feedback, and data-driven evidence to guide technical investments, product evolution, quality improvements, and engineering decision-making.
- Lead engineering excellence through architecture, design, and code reviews, establishing quality frameworks, advancing modern engineering practices, and driving systematic reduction of technical debt and defect patterns.
- Drive service reliability, observability, performance, and operational excellence through automation, monitoring, testing, resi
