New opportunity

AI / ML Engineer

Accenture · Indore, India

About this role

Accenture seeks an AI / ML Engineer to develop production-ready applications and systems using AI tools, cloud AI services and generative AI models. The role focuses on implementing large language models (LLMs) in AI applications and may involve deep learning, neural networks, chatbots and image processing, supported by cloud or on-premises application pipelines.

Responsibilities

  • Lead LLM implementation, research and apply AI techniques, and design AI solutions using cloud AI services.
  • Collaborate with cross-functional teams to integrate AI into applications. Serve as a subject-matter expert, manage team performance, make team decisions and solve problems across teams.

Requirements

  • The posting lists 5–10 years of experience and requires a minimum of 5 years of experience with LLMs, plus 15 years of full-time education.
  • Proficiency in LLMs; strong understanding of statistical analysis and machine learning algorithms; hands-on implementation of linear regression, logistic regression, decision trees and clustering; and data cleaning, transformation and normalization skills.
  • Experience with data visualization tools such as Tableau or Power BI.

The job header lists Indore, while the additional information states that the position is based at the Bengaluru office. The role is full-time.

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 networksChatbotsImage processingStatistical analysisMachine learning algorithmsTableauPower BILinear regressionLogistic regressionDecision treesClusteringData cleaningData transformationData normalizationTeam leadership

Your skill match

Checking your profile…

YOUR NEXT STEP

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

  • Lead LLM implementation

    The role explicitly calls for leading LLM implementation in AI applications and lists LLM proficiency as a must-have skill. Prepare to explain architectural choices and hands-on implementation decisions.

  • Deliver production-ready AI systems

    The description calls for applications using AI tools, generative AI models and cloud AI services, supported by cloud or on-premises application pipelines. Focus preparation on how an AI solution moves from model use to production-ready integration.

  • Own decisions across teams

    The engineer is expected to act as a subject-matter expert, manage team performance, make team decisions and solve problems across multiple teams. Prepare examples of technical decisions made with cross-functional partners.

  • Apply ML fundamentals to sound data

    The posting specifies statistical analysis, hands-on use of regression, decision trees and clustering, and data cleaning, transformation and normalization. It also mentions Tableau or Power BI experience. Be ready to connect model selection and results to data quality.

Likely challenges to think through

  • Balancing model capability with deployability

    Preparation hypothesis: applying generative AI within a production-ready cloud or on-premises pipeline may require trading model capability against operational constraints. Prepare to explain how you would compare approaches and validate a deployment choice; the posting does not specify a particular constraint.

  • Aligning teams on integration decisions

    Preparation hypothesis: cross-functional integration and responsibility for team decisions may make competing application and AI priorities difficult to reconcile. Prepare an example of how you clarified trade-offs, reached a decision and communicated it across teams.

  • Choosing techniques without overlooking data quality

    Preparation hypothesis: researching newer AI techniques while applying established ML algorithms can make it tempting to choose a complex approach before checking the data. Prepare to explain how cleaning, transformation and evaluation would inform your choice; no specific project or dataset is stated.

03

Practice your answers

Technical practice

How would you lead the implementation of an LLM in an AI application?

What to coverExplain how you would define the application’s task, select an appropriate model and integrate it with the rest of the system. Address the trade-offs you would consider before calling the solution production-ready.

How would you evaluate an LLM-based application?

What to coverSuggested preparation: describe how you would test whether outputs meet the application’s goals and identify recurring failures. Explain how evaluation findings would inform changes to the model or application.

How would you design a production-ready cloud or on-premises AI pipeline?

What to coverWalk through how data and requests would move through the application, model and supporting systems. Suggested preparation: discuss how you would detect failures and maintain quality after deployment.

How would you decide whether to use a cloud AI service in a solution?

What to coverThe role includes designing AI solutions with cloud AI services. Compare a service-based approach with other deployment options in terms of integration, operational effort and fit for the application.

When would deep learning or neural networks be appropriate?

What to coverExplain what would justify their use rather than a simpler machine-learning approach. Image processing is listed as possible work; if relevant, describe how you would assess whether a neural-network approach suits that task.

How would you design an LLM-powered chatbot?

What to coverChatbots are listed as possible work. Suggested preparation: explain how you would define the chatbot’s scope, integrate it into an application and test responses that fall outside that scope.

How would you choose among linear regression, logistic regression and decision trees?

What to coverRelate each method to a suitable prediction task and explain the assumptions or interpretability trade-offs that affect your choice. Describe how you would check whether the selected method performs adequately.

When would you use clustering, and how would you assess its results?

What to coverExplain how clustering differs from the listed supervised methods and what makes a grouping useful for a particular problem. Address how data preparation and the choice of features can change the result.

How would you clean, transform and normalize data before modelling?

What to coverDescribe how you would identify data-quality issues and choose transformations suited to the model and data. Explain how you would check that preprocessing preserves integrity and is applied consistently.

How would you use Tableau or Power BI to communicate an analysis?

What to coverThe posting asks for experience with either tool. Explain how you would choose a visualization that makes a statistical or model result understandable, including limitations the audience should know.

Behavioural practice

Tell me about a time you led a team through a technical decision.

What to coverUse a real situation, the decision you were responsible for and the actions you took to reach it. Explain the result and how you handled differing technical views.

Describe a time you worked across functions to integrate a technology into an application.

What to coverSet out the teams’ different needs, what you did to coordinate the integration and the outcome. Keep the example focused on your own contribution rather than attributing the whole result to yourself.

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

What to coverDescribe the situation, why the issue crossed team boundaries and the actions you took to resolve it. State the result and how you confirmed the solution addressed the shared problem.

Give an example of how you supported a team’s performance as a subject-matter expert.

What to coverExplain the team’s challenge, how you shared expertise or removed an obstacle and what changed as a result. Distinguish your actions from the team’s collective work.

Describe a time you researched a new AI technique and decided whether to apply it.

What to coverExplain the problem, how you evaluated the technique against alternatives and what you recommended or implemented. Include the outcome, including what you learned if the technique was not adopted.

02

Sharpen your knowledge

Topics to prepare

  • LLM application design

    Review how an LLM fits into an application, including inputs, outputs, limitations and quality checks. Exercise: sketch an LLM-based application and explain its design choices. Relevance: LLM proficiency is the must-have skill, and the role leads LLM implementation.

  • Production-ready AI architecture

    Review the components of a cloud or on-premises application pipeline. Exercise: draw a path from data input through AI processing to application output, noting where quality checks belong. Relevance: the role develops production-ready systems using AI tools and cloud AI services.

  • Statistics and machine learning concepts

    Review statistical analysis and the assumptions, outputs and appropriate uses of linear regression, logistic regression, decision trees and clustering. Exercise: compare which approach suits four example problem types and explain why. Relevance: the posting explicitly calls for these foundations and algorithms.

  • GenAI and neural-network techniques

    Review how generative AI models relate to deep learning and neural networks. Exercise: explain when a chatbot or image-processing use case would call for different AI techniques. Relevance: GenAI is part of the role; deep learning, chatbots and image processing are listed as possible work, not universal requirements.

  • Technical leadership and integration decisions

    Exercise: rehearse explaining an AI integration decision, its trade-offs and how you would resolve a disagreement across teams. Relevance: the posting expects an SME who manages team performance, makes team decisions and works with cross-functional teams.

Skills to revise

  • Implement an LLM application component

    Exercise: build or walk through a small LLM-backed application flow, then test representative inputs and inspect outputs. This is preparation for the explicit responsibility to lead LLM implementation; the exercise is a suggestion, not a specified employer task.

  • Clean and prepare data

    Exercise: take a sample dataset, identify missing or inconsistent values, transform fields and normalize suitable features; document the effect on data quality. Relevance: cleaning, transformation and normalization are explicitly listed.

  • Implement listed ML algorithms

    Exercise: implement linear regression, logistic regression, a decision tree and a clustering approach on appropriate sample data, then explain the outputs. Relevance: hands-on implementation of these algorithms is explicitly requested.

  • Visualize results

    Exercise: use Tableau or Power BI to create a concise view of sample data and explain what it reveals and what it cannot establish. Relevance: the posting explicitly requests experience with one of these visualization tools.

  • Trace an AI application pipeline

    Exercise: create a small end-to-end application flow or diagram showing AI processing, integration points and checks before output. This is a suggested way to prepare for the stated production-ready pipeline and cross-functional integration responsibilities; no particular platform or deployment process is specified.

04

Your preparation checklist

  • Build an LLM project walkthrough

    The role calls for leading LLM implementation. Prepare one production-oriented example covering the use case, your decisions, integration, evaluation, deployment and measurable results.

  • Practice a production AI design exercise

    Sketch an application using an LLM or GenAI model and cloud AI services, with a cloud or on-premises pipeline. Explain how you would test quality, handle failures and integrate it with an existing application.

  • Prepare evidence of ML and data fundamentals

    Have concise examples of data cleaning, transformation and normalization, plus hands-on use of linear regression, logistic regression, decision trees or clustering. Be ready to explain why you chose each method.

  • Show how you communicate results

    Prepare a sample visualization or walkthrough using Tableau or Power BI, as listed in the posting. Explain the statistical or model findings and the decision they supported.

  • Document leadership and requirement evidence

    Prepare examples of team decisions, cross-team problem-solving and subject-matter guidance. Organize accurate dates and education details for the posting’s minimum five years of LLM experience and 15 years of full-time education.

  • Write focused questions for Accenture

    Ask which AI applications and cloud or on-premises pipelines this team owns, how LLM quality is evaluated, and how team decisions are shared. Clarify the location: the job header says Indore, while Additional Information says Bengaluru.

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

Availability last checked: 4 Nov 2026. Status can change after a check; confirm on the employer’s website. Report an issue · Our checking policy

KEEP EXPLORING

Similar AI jobs

Related skills and specializations in India. Matched to this role, not your profile.

Explore more jobs
Finding similar opportunities…