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Agentic Solutions Engineer

BNP Paribas India Solutions · Mumbai, India

About this role

As an Agentic Solutions Engineer within the AI Platform team at BNP Paribas India Solutions, you will play a pivotal role in the bank's strategic initiative to deploy AI Agents across global operations by 2030. You will act as a bridge between advanced AI capabilities and business implementation, leading the 'Agentic Bootstrap' initiative to help project teams structure requirements and adopt agentic frameworks. Responsibilities include evangelizing the internal Agentic Framework, providing hands-on technical guidance to project teams, and contributing to the continuous evolution of the framework based on field feedback. You will be responsible for designing scalable, robust AI architectures and ensuring alignment with platform standards. Required qualifications include an Engineering or equivalent degree and at least 8 years of relevant work experience. Candidates must possess strong theoretical and practical knowledge of LLMs and a proven track record in deploying AI solutions using tools such as Google AI SDK, LangGraph, Docker, and Kubernetes. Strong analytical thinking, communication skills, and a proactive, collaborative mindset are essential for navigating this complex, multi-disciplinary environment.

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

Skills for this role

Large Language Models (LLMs)Generative AI FrameworksAgentic OrchestrationLangGraphGoogle AI SDKApplication DesignTechnical FormalizationFact MCPSTTArizeDynatraceDockerKubernetes

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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

  • Leading the Agentic Bootstrap Initiative

    You are responsible for guiding project teams through the adoption of agentic frameworks. This requires translating complex business requirements into actionable technical specifications and ensuring that diverse teams can successfully implement these solutions within the bank's standards.

  • Framework Evangelism and Continuous Improvement

    You must actively communicate the capabilities and roadmap of the internal Agentic Framework to stakeholders. Simultaneously, you are expected to gather field feedback to drive the evolution of the framework, ensuring it remains robust and scalable for global operations.

  • Architecting Scalable AI Solutions

    You will design and support the deployment of production-ready AI agent architectures. This involves leveraging tools like LangGraph, Google AI SDK, Docker, and Kubernetes to ensure that AI implementations are not just conceptual but meet industrial-grade requirements.

Likely challenges to think through

  • Navigating Technical and Stakeholder Complexity

    The role requires balancing deep technical architecture with the soft skills needed to influence diverse, multi-disciplinary teams. Prepare by demonstrating how you have previously managed technical resistance or simplified complex AI concepts for non-technical stakeholders.

  • Standardizing Emerging Technologies

    As the field of agentic workflows is rapidly evolving, you will face the challenge of implementing standards while the underlying technology is still maturing. Prepare by discussing your approach to building flexible, modular architectures that can adapt to new framework updates without requiring complete system overhauls.

03

Practice your answers

Technical practice

Designing Scalable Agentic Architectures

What to coverExplain how you would design a production-ready AI agent system using LangGraph. Focus on state management, error handling, and ensuring the architecture remains scalable as the number of agents and complexity of workflows increase.

LLM Integration and Optimization

What to coverDiscuss your experience integrating LLMs into enterprise applications. Address how you handle model selection, prompt engineering, and the trade-offs between latency, cost, and accuracy in a high-stakes banking environment.

Agentic Orchestration with LangGraph

What to coverDescribe a scenario where you used LangGraph to manage complex, multi-step agentic workflows. Explain how you define state transitions and handle cycles or human-in-the-loop requirements within the graph structure.

Deployment and Monitoring in Kubernetes

What to coverDetail your approach to deploying AI services using Docker and Kubernetes. Specifically, explain how you incorporate monitoring tools like Arize or Dynatrace to track model performance, drift, and system health in production.

Technical Formalization of Business Requirements

What to coverProvide an example of how you translate ambiguous business requirements into a structured technical design. Suggestion: Focus on your process for defining scope, identifying necessary AI capabilities, and creating a roadmap for implementation.

Utilizing Google AI SDK

What to coverExplain how you leverage the Google AI SDK to interact with LLMs. Discuss how you manage API interactions, rate limiting, and security considerations when building applications that interface with sensitive banking data.

Implementing Speech-to-Text (STT) in AI Pipelines

What to coverDescribe how you integrate STT services into agentic workflows. Discuss the challenges of real-time processing and how you ensure high accuracy and low latency in a production environment.

Framework Evolution and Feedback Loops

What to coverAs an engineer contributing to an internal framework, how do you gather and prioritize feedback from project teams? Explain how you balance the need for new features with the requirement to maintain platform stability and standards.

Behavioural practice

Evangelizing New Technology to Stakeholders

What to coverDescribe a time you had to convince non-technical stakeholders to adopt a new framework or technology. How did you communicate the value proposition and address their concerns regarding risk and implementation effort?

Collaborating in a Multi-Disciplinary Environment

What to coverGive an example of working with diverse teams (e.g., business analysts, security, infrastructure) to deliver an AI project. How did you ensure alignment and resolve conflicting priorities?

Navigating Ambiguity and Uncharted Territory

What to coverTell me about a time you were tasked with solving a problem where no clear precedent existed. How did you approach the research, experimentation, and final solution design?

Empathy in Technical Guidance

What to coverDescribe a situation where you had to provide technical guidance to a team struggling with a new technology. How did you tailor your approach to help them succeed while maintaining project standards?

02

Sharpen your knowledge

Topics to prepare

  • Agentic Workflow Architecture

    Focus on the conceptual design of autonomous AI agents, specifically how to structure multi-step reasoning, tool-use, and state management. Exercise: Draft a high-level architecture for an agentic system that automates a banking document verification process, ensuring you account for error handling and human-in-the-loop checkpoints.

  • Technical Formalization of Requirements

    Practice translating ambiguous business needs into concrete technical specifications for AI implementation. Exercise: Take a hypothetical business request, such as 'automate customer query routing,' and break it down into specific agentic tasks, required data inputs, and success metrics suitable for a development team.

Skills to revise

  • LangGraph Implementation

    Gain proficiency in building stateful, multi-actor applications using LangGraph. Exercise: Build a simple graph-based agent that uses a tool to fetch data and includes a conditional edge to decide whether to escalate to a human based on the output.

  • Containerized AI Deployment

    Focus on deploying AI applications using Docker and Kubernetes to ensure scalability. Exercise: Create a Dockerfile for a Python-based LLM application and write a basic Kubernetes deployment manifest to manage its scaling and environment variables.

  • AI Observability and Monitoring

    Understand how to monitor AI performance in production using tools like Arize or Dynatrace. Exercise: Define a set of key performance indicators (KPIs) for an agentic workflow, such as latency, hallucination rates, or tool-use success, and explain how you would track these in a production environment.

04

Your preparation checklist

  • Architect an Agentic Workflow Prototype

    Develop a small-scale project using LangGraph and the Google AI SDK to demonstrate your ability to build autonomous, multi-step agentic workflows. Focus on creating a clear, scalable architecture that handles state management and tool integration, as this directly mirrors the 'Agentic Bootstrap' initiative.

  • Prepare a Technical Formalization Case Study

    Select a complex business requirement from a past project and document how you translated it into a technical specification. Be ready to explain your process for simplifying high-level business needs into actionable, production-ready AI architectures.

  • Review AI Observability and Deployment Standards

    Familiarize yourself with best practices for monitoring and maintaining AI agents using tools like Arize and Dynatrace. Prepare to discuss how you ensure production-grade reliability, security, and performance in a Kubernetes-orchestrated environment.

  • Develop an Evangelism Strategy

    Reflect on your experience communicating technical frameworks to non-technical stakeholders. Prepare a brief pitch on how you would introduce a new internal AI framework to project teams, focusing on empathy, clarity, and the value proposition of adopting standardized agentic workflows.

  • Formulate Strategic Questions for the Interview

    Prepare thoughtful questions regarding the current maturity of the internal Agentic Framework, the specific challenges project teams face during the 'Agentic Bootstrap' phase, and how the team balances rapid innovation with the bank's strict industrial-grade standards.

AI-generated from the job information · Prepared Oct 12, 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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