New opportunity

Solution Engineering

Microsoft · Gurugram, India

About this role

As an AI Applications Solution Engineer, you will help enterprise AI developers unlock the potential of Microsoft’s AI-powered stack. You will act as a trusted technical advisor, guiding customers through secure, scalable solution design and accelerating the deployment of AI applications into business workflows. Responsibilities include driving technical sales through demos and Proof of Concepts (PoCs), leading hackathons and architecture workshops, and resolving technical blockers. You will maintain deep expertise in Microsoft Foundry, Agentic AI frameworks, and AI Management & Security (Gen AI Ops, Sentinel, monitoring). Qualifications include 4-7 years of technical pre-sales or consulting experience depending on educational background, and expertise in full-stack application architecture and cloud-native development. You must demonstrate a proven ability to lead technical engagements that drive production-scale outcomes. This role requires 3 days per week in-office and involves up to 25% travel.

For full details about this role, click “Apply on company site” to view the employer’s original posting.

Skills for this role

Generative AIAgentic AIMicrosoft FoundryAzure AIResponsible AISemantic KernelCloud Native DevelopmentPythonJava.NETContainerizationMicroservicesEvent-driven ArchitectureGen AI OpsMicrosoft SentinelTechnical Pre-salesTechnical ConsultingSolution Architecture

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Get interview-ready for this role

A focused preparation guide, built around this job’s responsibilities and requirements.

✦ AI-generated guide
Preparation suggestions, not the employer’s actual interview questions. Always check the original posting for current requirements.
01

Understand the role

What matters most

  • Driving Technical Sales via Proof of Concepts

    The role requires using demos and PoCs to influence decision-makers and secure production-scale deployments. You must demonstrate the ability to translate complex AI capabilities into tangible business value that justifies investment and adoption.

  • Architecting Secure and Scalable AI Solutions

    You are expected to act as a trusted advisor for enterprise developers, co-designing architectures that integrate Microsoft Foundry, Agentic AI frameworks, and cloud-native components while ensuring robust security and Gen AI Ops standards.

  • Leading Technical Engagements and Workshops

    Success depends on your ability to facilitate hackathons, code-with sessions, and architecture workshops. These engagements are critical for accelerating customer adoption and resolving technical blockers in real-time.

Likely challenges to think through

  • Balancing Technical Depth with Sales Objectives

    You must maintain deep expertise in full-stack development and AI orchestration while simultaneously meeting sales-driven goals. Prepare by practicing how to pivot from deep-dive technical troubleshooting to high-level strategic business discussions.

  • Navigating Rapidly Evolving AI Frameworks

    The requirement to maintain expertise in emerging areas like Agentic AI and Microsoft Foundry means you will face constant learning curves. Prepare by demonstrating your methodology for staying current with rapid platform updates and how you translate those updates into actionable customer solutions.

  • Managing Technical Blockers in Enterprise Environments

    Enterprise clients often have complex legacy constraints that conflict with modern AI deployment. Prepare by highlighting your experience in identifying root causes of technical friction and your ability to collaborate with internal engineering teams to influence product improvements.

03

Practice your answers

Technical practice

Designing Scalable Agentic AI Architectures

What to coverExplain how you would design a multi-agent system using Microsoft Foundry or similar frameworks. Focus on how you manage state, inter-agent communication, and scalability within a cloud-native environment.

Implementing Gen AI Ops and Monitoring

What to coverDescribe the lifecycle of a production AI application, specifically focusing on Gen AI Ops. Discuss how you would implement monitoring and security using tools like Microsoft Sentinel to ensure model performance and safety.

Cloud-Native Application Modernization

What to coverHow do you approach modernizing a legacy application to a cloud-native, event-driven architecture? Discuss the trade-offs between microservices and monoliths in the context of integrating AI capabilities.

Responsible AI in Enterprise Workflows

What to coverWhat strategies do you use to ensure Responsible AI principles are embedded into a customer's solution design? Address how you handle bias, transparency, and safety guardrails during the Proof of Concept phase.

Technical Pre-sales and Proof of Concept Strategy

What to coverWhen leading a Proof of Concept (PoC), how do you define success metrics with a customer? Explain how you balance technical feasibility with the business outcomes required to drive production deployment.

Resolving Technical Blockers in AI Deployments

What to coverDescribe a scenario where you encountered a significant technical blocker during an AI implementation. How did you diagnose the issue, collaborate with engineering teams, and communicate the resolution to the customer?

Orchestration and Semantic Kernel

What to coverExplain the role of orchestration in AI applications. Discuss how you utilize Semantic Kernel to bridge the gap between LLMs and existing enterprise data or business logic.

Containerization and Deployment Patterns

What to coverDiscuss your experience with containerization in the context of deploying AI models. How do you ensure consistent performance and security across development, staging, and production environments?

Behavioural practice

Influencing Technical Decision Makers

What to coverDescribe a time you had to influence a skeptical technical stakeholder to adopt a new architecture or AI solution. What was the situation, how did you present your technical case, and what was the outcome?

Leading Collaborative Technical Engagements

What to coverProvide an example of a hackathon or workshop you led that resulted in a tangible business outcome. Detail your role in facilitating the event and how you ensured the participants achieved their technical goals.

Managing Conflicting Technical Requirements

What to coverTell me about a time when a customer's requirements conflicted with technical best practices or security standards. How did you navigate this tension to reach a secure and scalable solution?

Continuous Learning in a Rapidly Evolving Field

What to coverThe AI landscape changes quickly. Describe a specific instance where you had to rapidly acquire and apply new knowledge to solve a customer problem. How did you validate your understanding and apply it effectively?

02

Sharpen your knowledge

Topics to prepare

  • Agentic AI and Multi-Agent Orchestration

    The role requires expertise in Agentic AI frameworks and multi-agent orchestration. Review the conceptual shift from simple LLM prompting to autonomous agent workflows, focusing on how agents interact, manage state, and execute tasks within enterprise environments. This is critical for guiding customers on modernizing their AI application architectures.

  • Gen AI Ops and Security Frameworks

    Understand the lifecycle management of generative AI applications, including monitoring, evaluation, and security. Focus on the integration of Microsoft Sentinel and other monitoring tools to ensure production-scale AI deployments are secure, compliant, and performant. This is essential for resolving technical blockers during customer engagements.

  • Cloud-Native Application Architecture

    Review principles of modern, scalable application design, specifically microservices, event-driven architectures, and containerization. As a solution engineer, you must be able to advise on how to integrate AI components into existing enterprise workflows using these patterns.

Skills to revise

  • Technical Pre-sales and Proof of Concept (PoC) Delivery

    Practice structuring a technical demo or PoC that directly addresses a customer's business pain point. Focus on articulating the value proposition of Microsoft's AI stack while maintaining a consultative approach to influence decision-makers and drive production-scale outcomes.

  • Microsoft AI Stack Proficiency

    Gain hands-on familiarity with Microsoft Foundry, Semantic Kernel, and Azure AI services. Practice building a small-scale application that utilizes these tools to demonstrate how they facilitate the development and deployment of AI-powered solutions.

  • Technical Workshop Facilitation

    Prepare to lead architecture workshops and hackathons. Practice explaining complex technical concepts clearly to both developers and platform leads, and develop strategies for identifying and resolving common technical objections in a collaborative, customer-facing setting.

04

Your preparation checklist

  • Prepare a technical engagement case study

    Draft a structured walkthrough of a past project where you led a Proof of Concept (PoC) or hackathon. Focus on how you identified technical blockers, influenced stakeholder decision-making, and successfully transitioned the solution to a production-scale outcome.

  • Map your expertise to the Microsoft AI stack

    Create a summary document mapping your experience in full-stack development (Python, Java, or .NET) and cloud-native architecture (microservices, event-driven systems) to Microsoft-specific tools like Azure AI, Semantic Kernel, and Microsoft Foundry.

  • Develop a Gen AI Ops framework overview

    Prepare a brief presentation or document explaining your approach to AI Management and Security. Include how you integrate monitoring, security via Microsoft Sentinel, and lifecycle management (Gen AI Ops) into enterprise-grade AI applications.

  • Formulate strategic questions for the interviewers

    Prepare thoughtful questions regarding the team's current challenges in scaling Agentic AI frameworks for enterprise customers, how they measure the success of architecture workshops, and the typical collaboration model between Solution Engineers and product engineering teams.

AI-generated from the job information · Prepared Oct 8, 2026 (UTC)Useful preparation, not a guarantee of eligibility or an offer.

Availability last checked: 18 Oct 2026. Status can change after a check; confirm on the employer’s website. Report an issue · Our checking policy

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