Avanade is the world’s leading Microsoft expert, helping more than 7,000 organizations modernize securely and scale AI using Microsoft technology, faster. Founded by Microsoft and Accenture, and operating as Microsoft’s Client Zero, Avanade brings deep expertise and proven delivery to simplify complexity, accelerate innovation, and deliver measurable results.

Together with Accenture, Avanade combines global scale with expertise in AI, cloud, data, cybersecurity, and ERP to design solutions that put people first. With 60,000 Microsoft professionals worldwide, 165,000 certifications, and the largest community of Microsoft MVPs, Avanade has spent more than 25 years helping organizations unlock the full potential of people and technology to create lasting impact for clients, employees, and communities. 

Role Summary

Avanade India’s Applications & Engineering practice is looking for an Application Architect to own the architecture of the custom applications we build for clients. This is a hands-on architect role — the person in it sets the target architecture, proves it in code, and stays close enough to the build to be accountable for whether it works.

You will architect microservices and cloud-native applications on Azure, lead modernisation of monolithic and legacy .NET estates, and set the engineering and DevOps standards the delivery teams work to. You will also lead a team directly — guiding engineers and technical leads through build and release — and act as the design authority with client architects and review boards. We expect fluency with LLM-based development tools such as GitHub Copilot and Claude Code, and a clear view of how to use them well on client code.

Key Responsibilities

• Own the application architecture on client engagements — target-state architecture, service boundaries, integration patterns, non-functional requirements and architecture decision records.

• Architect microservices-based applications: domain-driven service decomposition, API design and versioning, synchronous and asynchronous communication, messaging and events, resilience, idempotency and distributed data patterns.

• Lead monolith-to-microservices modernisation — assessing the existing estate, identifying seams and bounded contexts, sequencing the decomposition (strangler-fig and similar patterns), and managing data separation and cutover without breaking the business.

• Design cloud-native applications on Azure — containers and AKS, App Service, Azure Functions and serverless, API Management, Service Bus and Event Grid, caching, storage, scalability, observability and cost-aware design.

• Lead migration of .NET Framework applications to .NET Core / modern .NET — assessment, dependency analysis, refactoring approach, phased cutover and regression strategy.

• Stay hands-on: build reference implementations, prototypes and the hard parts of the codebase in C# and .NET, and review the team’s code.

• Lead a team of engineers and technical leads through delivery — technical direction, work allocation, code and design review, and accountability for technical quality.

• Define and enforce engineering standards: branching and code review discipline, test strategy and coverage, static analysis, secure coding and performance benchmarks.

• Own the CI/CD and DevOps approach with the delivery team — multi-stage YAML pipelines in Azure DevOps, environments, approval gates, release automation, infrastructure as code and continuous delivery.

• Set the standard for LLM-assisted development (GitHub Copilot, Claude Code or equivalent) — where it is used, how output is reviewed, and the guardrails that apply on client code — and use it hands-on to accelerate design, refactoring, test generation and legacy code comprehension.

• Design application security into the solution — authentication and authorisation (Entra ID, OAuth/OIDC), secrets management, data protection and secure integration — working with security teams on review and sign-off.

• Design for operability — monitoring, logging, tracing, alerting, SLOs, DR and production support handover.

• Act as design authority — chairing design reviews, resolving architecture escalations and defending decisions with client architects and architecture review boards.

• Plan and estimate technical work with project managers, assess technical risk and dependencies, and keep delivery honest about trade-offs.

• Mentor technical leads and engineers, and drive skilling on .NET, cloud-native engineering and AI-assisted development.

• Support presales as the applications SME — solution architecture, modernisation approach, estimation, proposals and client technical workshops.

• Contribute reference architectures, reusable frameworks, pipeline templates and accelerators to the practice IP library.

What you will do: 

• Desarrollar proyectos de IA enfocado al diseño 3D abordando tareas desde la conceptualización hasta la implementación y despliegue. 

• Diseñar e implementar modelos y soluciones automatizadas de IA utilizando Python y herramientas relacionadas. 

• Desarrollar sistemas de monitorización para controla el degradamiento de los modelos generados. 

• Creación de pipelines para el despliegue de modelos sobre Azure y automatizar el reentrenamiento de los mismos. 

• Trabajar con herramientas de diseño 3D, tanto paramétricas cómo no paramétricas como Freecad y Blender. 

• Aplicar algoritmos matemáticos en los sistemas de IA. 

• Evaluar y comparar modelos de inteligencia artificial. 

• Mantenerse actualizado sobre las últimas tendencias en IA y tecnologías Microsoft para integrar las mejores prácticas en los proyectos. 

Job description

We are looking for a motivated intern who is curious about cloud engineering, Infrastructure as Code, and automation. You should enjoy turning technical ideas into practical, maintainable solutions and be eager to learn from experienced cloud professionals.

Your main assignment will be to create a practical library of reusable Terraform modules for Azure. You will develop individual resource modules and combine them into larger, composable solutions, such as virtual networks with their related resources.

Beyond the modules themselves, you will build reusable GitHub Actions workflows, help establish well-organized repositories, and create a GitHub Copilot instruction template. Together, these assets will give the team a consistent foundation for future Azure deployments for our clients.

The internship will follow a sprint-based approach using Azure DevOps. At the start of each sprint, you will receive a clearly defined set of tasks and priorities. Regular check-ins, sprint reviews, and feedback will help you demonstrate results, adjust your approach, and steadily build your skills. This process will provide a transparent framework for tracking progress and evaluating your development throughout the internship.

You will work in a modern engineering environment using Azure DevOps for sprint planning, GitHub for code management, GitHub Actions for deployments, Terraform, GitHub Copilot, and Microsoft Azure. Guidance and regular feedback will be provided throughout the internship; prior experience with any of these tools is an advantage, but a strong willingness to learn is equally important.

Come join us

At Avanade, you will become part of a welcoming, collaborative community where people share knowledge, challenge ideas, and support one another. Our global perspective and strong connection to the Microsoft ecosystem create an environment where you can learn from diverse experiences, build meaningful relationships, and see how innovation takes shape in practice.

From your first day, you will be encouraged to ask questions, contribute your perspective, and take increasing ownership as your confidence grows. With regular guidance, open feedback, and opportunities to work alongside experienced colleagues, the internship is designed to be both challenging and supportive. You will leave with a clearer view of life in consulting, valuable professional experience, and a network of people invested in your development. If you are curious, open-minded, and ready to grow, we would be pleased to welcome you to Avanade. 

What You’ll Do

• Design and build reusable Terraform modules for Azure resources in line with agreed standards and best practices.

• Combine individual modules into larger, composable solutions, such as virtual networks with related networking resources.

• Create reusable GitHub Actions workflows for validating, testing, and deploying Terraform configurations.

• Organize and maintain GitHub repositories, including their structure, branching approach, documentation, and contribution guidelines.

• Develop and refine GitHub Copilot instructions that help the team generate consistent, maintainable infrastructure code.

• Work in sprints using Azure DevOps, taking ownership of assigned tasks and using sprint reviews and feedback to demonstrate progress and support ongoing evaluation.

• Test modules and workflows, provide demos, incorporate stakeholder feedback, and continuously improve quality and usability.

• Document and demonstrate your deliverables so the team can confidently adopt it for future Azure deployments.

Sede di assunzione: Roma, Milano, Bologna

Hai esperienza in progetti di Data Platform, Data Science o Artificial Intelligence come figura funzionale? Allora stiamo cercando te!  
 
In Avanade lavoriamo per fornire ai nostri partner le migliori soluzioni possibili sfruttando al meglio le tecnologie più all'avanguardia. In quest'ottica, stiamo potenziando il nostro team di business analyst in ambito Dati e Artificial Intelligence (Data&AI), capaci di apportare consistente expertise nell'introduzione, implementazione ed evoluzione di processi, strumenti e metodologie. 
 
Cosa farai: 
 
Come Business Analyst con esperienza in progetti in ambito di Data Platform e Data Science, ti specializzerai nella scrittura di analisi dei processi, analisi funzionali e modellazione di processi di business. Supporterai lo sviluppo e l'implementazione di soluzioni avanzate in ambito di Dati e di intelligenza artificiale (generative e non), migliorando processi e prodotti, e assicurando che il risultato sia pertinente, accurato e coerente con i requisiti condivisi dal cliente. Colmerai il divario tra business e tecnologia traducendo le esigenze aziendali in requisiti tecnici.