[Hiring] .NET Integrations Engineer @hireVouch

Role Description

As a Senior Integration Engineer, you'll join the Integration Platform team and report to the Senior Manager of this team. You'll play a hands-on role in designing and developing this emerging Azure integration architecture, bringing the cloud engineering expertise needed to complement the team's established .NET capabilities. The opportunity extends beyond individual contribution:

• Help establish architectural patterns
• Provide technical direction to small groups of engineers
• Collaborate with infrastructure and other engineering teams to bring new services into production

Key Responsibilities

• Integration architecture & engineering: Design, build, and maintain enterprise integrations and backend services using C#, .NET, and Azure Integration Services
• Cloud-native platform development: Help establish our client’s emerging Azure integration platform, applying serverless and cloud-native design patterns
• Event-driven systems: Design asynchronous messaging and event-driven integrations, incorporating appropriate patterns for message delivery, ordering, retries, dead-letter handling, fault tolerance, and observability
• Technical leadership: Provide hands-on technical direction to small groups of engineers, contributing to architectural decisions, implementation priorities, knowledge sharing, and the development of team capabilities
• Cross-functional collaboration: Communicate regularly with the cloud infrastructure, software engineering, product, and security teams to translate integration requirements into practical architectures and production-ready services
• Integration modernization: Support the evolution of a heterogeneous integration environment spanning on-premises .NET services, MuleSoft, and Azure-native technologies, identifying opportunities to improve interoperability, maintainability, and architectural consistency
• Performance & reliability: Engineer integrations for throughput, availability, security, and cost efficiency, implementing monitoring, logging, and alerting to improve production visibility and troubleshooting
• Engineering enablement: Advance CI/CD, automation, reusable integration patterns, and technical documentation to reduce operational dependencies on institutional knowledge and improve development velocity
• AI-assisted engineering: Explore practical applications of AI-assisted development, automation, and agentic tooling that can improve engineering productivity, code quality, or operational efficiency

Technical Ecosystem

• Backend: C#, .NET, object-oriented programming, service-oriented architectures
• Azure integration platform: Azure Functions, Logic Apps, Service Bus, API Management, Azure Serverless
• Existing integration environment: MuleSoft, on-premises .NET web services, enterprise APIs
• Event streaming & messaging: Azure Event Hubs, Apache Kafka, asynchronous messaging patterns
• Observability: Azure Monitor, Application Insights, Log Analytics
• DevOps & automation: Azure DevOps, GitHub Actions, Infrastructure as Code, GitHub Copilot
• Security: OAuth 2.0, Azure AD, RBAC, encryption, secure API and messaging practices

Qualifications

• 7+ years of backend software engineering experience, with expertise in C#, .NET, and Microsoft Azure
• Strong grounding in object-oriented programming, software architecture, and the development of scalable, production-grade backend services
• Hands-on experience designing and implementing cloud-native integrations using Azure Integration Services
• Robust understanding of cloud architecture and infrastructure concepts and the ability to make informed architectural decisions in collaboration with dedicated infrastructure teams
• Experience designing service-oriented and event-driven systems, including asynchronous messaging, distributed systems, and associated reliability patterns
• Production experience with API development, authentication, authorization, and secure integration practices
• Experience providing technical direction to other engineers, including architectural guidance, implementation planning, mentorship, and knowledge sharing
• Strong communication and problem-solving skills, with the confidence to lead technical discussions across teams, challenge assumptions, surface blockers, and articulate architectural trade-offs
• Proactive, ownership-oriented approach to engineering, with an appetite for building new capabilities rather than exclusively working within established systems

It's a Bonus If

• Hands-on experience integrating MuleSoft in a scaled enterprise environment
• Contributed to a modernization initiative that spanned both on-premises and cloud infrastructure
• Led small engineering teams or delivery workstreams while remaining hands-on
• Applied AI-assisted development tools, custom agents, or engineering automation to deliver demonstrable improvements in productivity, quality, or business outcomes
• Established observability, operational documentation, or production-support practices within complex enterprise integration environments
• Experience working in banking, financial services, or another highly regulated industry