New opportunity

AI / ML Engineer

Accenture · Pune, India

About this role

Accenture is seeking an AI / ML Engineer in Pune to develop production-ready applications and systems using AI tools, cloud AI services, and cloud or on-premises application pipelines. The role focuses on applying large language models and generative AI to solutions and may also involve deep learning, neural networks, chatbots, and image processing.

Responsibilities

  • Design, implement, and improve AI applications and models while meeting production-quality standards.
  • Collaborate with cross-functional teams to integrate solutions into existing systems and workflows.
  • Serve as a subject-matter expert, manage team performance, make team decisions, and help resolve problems across multiple teams.
  • Mentor junior team members and contribute to key decisions with other teams.

Requirements

  • Proficiency in large language models. The posting specifies 5–10 years of experience and a minimum of 5 years of experience in large language models.
  • Strong understanding of deep learning frameworks such as TensorFlow or PyTorch; familiarity with natural language processing techniques and tools; and experience developing and deploying chatbots and conversational agents.
  • 15 years of full-time education.

Preferred

Experience with cloud-based AI services.

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 AICloud AI servicesDeep learningNeural networksTensorFlowPyTorchNatural language processingChatbotsConversational agentsImage processingTeam leadershipMentoring

Your skill match

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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

  • Apply LLMs and generative AI to solutions

    Source-backed: LLM proficiency is the must-have skill, and the role calls for applying generative AI models in applications. Prepare to explain how you choose and use a model for a defined application need.

  • Deliver production-ready AI systems

    Source-backed: The role develops applications using AI tools and cloud AI services, with cloud or on-premises pipelines and production-ready quality. Prepare an example that follows an AI application from design through deployment and quality checks.

  • Integrate solutions and improve existing models

    Source-backed: The posting calls for cross-functional integration into existing systems and workflows, plus continuous evaluation and improvement of AI models and applications. Prepare to discuss how you would assess whether a change improves the application.

  • Lead technical decisions and mentor others

    Source-backed: The engineer is expected to act as an SME, manage team performance, make team decisions, help solve problems across teams, and mentor junior members. Prepare examples of explaining a technical decision and guiding others through it.

Likely challenges to think through

  • Balancing model iteration with production quality

    Preparation hypothesis, not a stated employer problem: trying a new model or approach may be faster than establishing that it meets production-quality standards. Prepare to describe what evidence you would require before changing a deployed AI application.

  • Fitting AI into existing workflows

    Preparation hypothesis, not a stated employer problem: an AI solution may work in isolation yet be difficult to integrate into an existing system or a cloud or on-premises pipeline. Prepare an example of negotiating integration constraints with another team.

  • Making decisions across teams while remaining hands-on

    Preparation hypothesis, not a stated employer problem: SME responsibilities and mentoring can compete for time with design and implementation. Prepare to explain how you would resolve a cross-team technical disagreement while keeping delivery moving.

03

Practice your answers

Technical practice

How would you choose an LLM for a production application?

What to coverSuggested preparation: Explain how you would compare task performance, latency, cost, privacy constraints, and deployment options. Describe how you would validate the choice against the application's quality requirements rather than relying on a model's general reputation.

How would you incorporate generative AI into an existing application?

What to coverSuggested preparation: Walk through the application boundary, inputs and outputs, and how the model would connect to existing systems and workflows. Address failure handling and the trade-off between model flexibility and predictable behavior.

How would you evaluate and improve an existing AI model?

What to coverSuggested preparation: Define measures tied to the application's purpose, establish a baseline, and examine representative errors. Explain how you would test whether a change improves quality without degrading other important outcomes.

What would a production-ready AI application pipeline need to cover?

What to coverSuggested preparation: Compare cloud and on-premises deployment considerations for an AI application. Discuss testing, deployment, observability, and recovery as ways to support the production-quality standard stated in the posting.

How would you troubleshoot declining quality in a deployed AI application?

What to coverSuggested preparation: Explain how you would separate changes in inputs, model behavior, and application integration. Describe what evidence you would collect before choosing between a model change, a pipeline fix, or a workflow change.

How would you use TensorFlow or PyTorch to develop a deep learning model?

What to coverSuggested preparation: Outline the training and validation workflow, including data preparation, loss selection, and checks for overfitting. Relate framework choices to the model and deployment needs rather than claiming the role requires one particular framework.

Which NLP techniques would you consider for a language-based application?

What to coverSuggested preparation: Explain how text preparation, representation, and evaluation would depend on the task. Contrast a simpler NLP approach with an LLM-based approach where accuracy, complexity, or operating cost might affect the decision.

How would you design and deploy a conversational agent?

What to coverSuggested preparation: Cover conversation flow, handling unclear requests, and testing responses across realistic interactions. Explain how you would assess whether the agent works reliably after integration with the application.

When would cloud-based AI services be useful for this role?

What to coverSuggested preparation: Compare a managed service with a self-managed deployment in terms of integration effort, operational control, cost, and data constraints. Cloud-based AI services are listed as a good-to-have skill, not a required provider or product.

How might image processing fit into an AI solution?

What to coverSuggested preparation: The posting lists image processing as a possible area, so treat this as optional preparation. Explain how you would define the image task, select an appropriate approach, and evaluate output quality before integrating it into an application.

Behavioural practice

Tell me about a consequential technical decision you made for a team.

What to coverSuggested preparation: Use a real situation to explain the decision, alternatives considered, and how you involved the team. State your actions and the result, including what you learned if the outcome was mixed.

Describe a time you integrated a solution across different teams.

What to coverSuggested preparation: Give the situation and explain how you aligned requirements, interfaces, or workflows with stakeholders. Describe your actions and the resulting integration outcome.

Tell me about a problem you helped resolve across multiple teams.

What to coverSuggested preparation: Identify the situation, the teams affected, and how you distinguished the underlying issue from its symptoms. Explain your actions, coordination, and measurable or observable result.

Describe how you mentored a junior team member.

What to coverSuggested preparation: Give a specific situation and the skill or knowledge gap you addressed. Explain what you did, how you adjusted your support, and what changed as a result.

Tell me about a time you helped a team improve its performance.

What to coverSuggested preparation: Describe the situation and how you identified an obstacle to delivery or quality. Explain the actions you took with the team and the resulting change, without overstating your individual contribution.

02

Sharpen your knowledge

Topics to prepare

  • Large language model behavior and evaluation

    Source: LLM proficiency is the must-have skill. Suggested revision exercise: explain how you would assess an LLM application for answer quality, failure cases, and changes after an improvement.

  • Production-ready AI application design

    Source: The role develops AI systems with cloud or on-premises application pipelines and production-ready quality. Suggested revision exercise: sketch a pipeline and identify where you would check quality and handle failures.

  • Deep learning and NLP foundations

    Source: The posting asks for strong understanding of TensorFlow or PyTorch and familiarity with NLP techniques and tools. Suggested revision exercise: explain a model-training workflow and how you would diagnose an NLP model that performs poorly on some inputs.

  • Technical leadership and model improvement

    Source: The role expects an SME who makes team decisions, mentors juniors, works across teams, and improves existing AI applications. Suggested revision exercise: prepare a short explanation of how you would choose and communicate a model improvement when teams have competing priorities.

Skills to revise

  • Build and test a small LLM application

    Source: The role applies LLMs and generative AI in production-ready solutions. Suggested revision exercise: implement a limited example, create representative test inputs, record failures, and make one measurable improvement.

  • Develop a conversational agent

    Source: Experience developing and deploying chatbots and conversational agents is listed. Suggested revision exercise: build a short multi-turn interaction, test ambiguous requests and conversation continuity, and explain how you would deploy it.

  • Work through a framework-based model change

    Source: The posting names TensorFlow and PyTorch and calls for ongoing model improvement. Suggested revision exercise: use either framework to modify a small model, compare its results before and after, and explain the trade-off.

  • Present a cross-team integration decision

    Source: The engineer collaborates across teams, contributes to key decisions, and integrates solutions into existing workflows. Suggested revision exercise: draw a proposed integration boundary for an AI application and rehearse a concise decision explanation covering dependencies, quality checks, and team responsibilities.

04

Your preparation checklist

  • Map the stated requirements to your evidence

    Prepare a one-page inventory of LLM work with dates and responsibilities, plus your education history. The posting specifies at least five years of LLM experience and 15 years of full-time education; leave gaps explicit rather than assuming they are met.

  • Build a production AI project walkthrough

    Choose one application you worked on and prepare a concise account of its goal, your contribution, model choices, integration into an existing workflow, deployment, quality standards, and measurable results. Prioritize LLM or generative AI work, which the role emphasizes.

  • Practice a deployment design exercise

    Sketch a production-ready LLM application pipeline and explain data flow, model integration, testing, monitoring, and failure handling. The posting mentions cloud or on-premises pipelines and cloud AI services; treat your architecture as a proposed approach, not Accenture’s design.

  • Prepare technical implementation examples

    Have brief examples ready for NLP techniques, TensorFlow or PyTorch, and developing and deploying a chatbot or conversational agent where you have direct experience. Distinguish hands-on work from conceptual knowledge.

  • Show how you improved an AI system

    Prepare a before-and-after example covering how you evaluated an AI model or application, identified a quality issue, made a change, and assessed the result. Continuous evaluation and improvement are stated responsibilities.

  • Rehearse cross-team leadership decisions

    Write two short examples: one of a decision or problem resolved with other teams, and one of mentoring a junior colleague. Explain your role, trade-offs, and outcome; the posting expects subject-matter expertise and team decision-making.

  • Draft questions about the role’s scope

    Bring questions about the first production use cases, existing application pipelines, how model quality is assessed, and the balance between hands-on engineering and team leadership. These are questions to clarify the posting, not assumptions about Accenture’s processes.

AI-generated from the job information · Prepared Sep 30, 2026 (UTC)Useful preparation, not a guarantee of eligibility or an offer.

Availability last checked: 5 Nov 2026. Status can change after a check; confirm on the employer’s website. Report an issue · Our checking policy

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