New opportunity

AI Developer

Fuse3 Solutions · Dallas, United States

About this role

Fuse3 Solutions is recruiting an AI Developer for an oil and gas organization building a new AI team. This foundational role turns emerging AI capabilities into practical business solutions by building and deploying AI-powered applications, agents, and workflows across cloud and data platforms. The position is full-time, direct hire, and on-site in Dallas, Texas. Compensation is $105,000–$150,000, depending on experience. C2C and sponsorship candidates are not being considered at this time.

Responsibilities

  • Design, build, and deploy AI applications and autonomous or multi-agent workflows using large language models such as Claude and Azure OpenAI.
  • Build and maintain data pipelines connecting Snowflake and Azure Databricks to AI and machine learning workflows; use tools such as dbt to provide trusted, well-structured data for models and agents.
  • Prototype and evaluate emerging AI tools, models, and frameworks, recommending those with clear business value.
  • Work with data science, data engineering, IT, and business stakeholders to turn ambiguous needs into production-ready solutions. The role also involves Microsoft Azure and Azure AI Foundry.

Required qualifications

  • A bachelor's degree in Computer Science, Data Science, Engineering, Mathematics, or a related field.
  • Strong proficiency in Python, SQL, and cloud data platforms, plus hands-on experience building applications with large language models or generative AI APIs such as Claude, OpenAI, or Azure OpenAI.
  • Ability to work autonomously with new technologies, developing processes, and a newly established team.

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

Skills for this role

PythonSQLMicrosoft AzureAzure DatabricksAzure AI FoundrySnowflakeAnthropic ClaudeAzure OpenAIOpenAIdbtLarge language modelsGenerative AI APIsMulti-agent workflowsData pipelinesSoftware engineeringAI prototypingStakeholder collaboration

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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

  • Deploy AI applications and agents

    The role designs, builds, and deploys AI-powered applications and autonomous or multi-agent workflows using LLMs such as Claude and Azure OpenAI.

  • Connect AI workflows to trusted data

    A stated responsibility is building and maintaining pipelines between Snowflake, Azure Databricks, and AI or machine-learning workflows, using tools such as dbt to provide well-structured data.

  • Evaluate emerging tools for business value

    The developer is expected to prototype and assess new AI tools, models, and frameworks, then recommend adoption when they offer clear business value.

  • Turn ambiguous needs into production solutions

    The posting calls for partnership with data science, data engineering, IT, and business stakeholders, alongside autonomous work in a newly established team.

Likely challenges to think through

  • Balancing agent capability with dependable behavior

    Preparation hypothesis: More autonomous workflows may be harder to assess and control than simpler applications. Prepare to explain how you would test an agent’s outputs, handle failures, and decide when a multi-agent design is warranted.

  • Keeping connected data trustworthy

    Preparation hypothesis: Moving data across Snowflake, Azure Databricks, and AI workflows may create trade-offs between rapid integration and reliable inputs. Prepare an example of how you would validate data and trace a problem through a pipeline.

  • Moving quickly without stopping at a prototype

    Preparation hypothesis: A new AI team evaluating fast-changing tools may need to balance experimentation against production readiness. Prepare to describe criteria for advancing a prototype, including business value, maintainability, and stakeholder agreement.

03

Practice your answers

Technical practice

How would you build a Python application that uses Claude or Azure OpenAI to solve a business task?

What to coverThe posting calls for Python-based, AI-powered applications using large language models or generative AI APIs. Suggested preparation: explain how you would structure API calls, handle failures, test outputs, and decide whether the application solves the stated task.

When would you use a multi-agent workflow rather than a simpler LLM application?

What to coverThe role includes autonomous and multi-agent workflows. Suggested preparation: describe how you would divide responsibilities, pass information between agents, and weigh added complexity against a simpler approach.

How would you connect Snowflake and Azure Databricks data to an AI workflow?

What to coverThe posting explicitly assigns building and maintaining pipelines that connect these platforms to AI and machine learning workflows. Suggested preparation: walk through data movement, transformation, and how you would keep the pipeline dependable.

How would you use SQL and dbt to provide trusted data for an agent?

What to coverStrong SQL skills and tools such as dbt are named in the posting, which emphasizes well-structured, trusted data. Suggested preparation: explain transformation logic, data checks, and how you would detect a change that makes model inputs unreliable.

An AI application's answers deteriorate after a data update. How would you investigate?

What to coverThe role connects data pipelines with models and agents, making this a relevant troubleshooting scenario rather than a stated incident. Suggested preparation: distinguish data-quality or pipeline changes from model behavior, then describe how you would isolate and verify a fix.

How would you approach deploying an AI application in the Azure ecosystem?

What to coverThe posting names Microsoft Azure and Azure AI Foundry and calls for deployed applications, but does not prescribe a deployment architecture. Suggested preparation: describe a plausible path from prototype to deployment, including testing, access considerations, and operational checks without assuming specific employer tooling.

How would you compare Claude, Azure OpenAI, and an emerging model for a proposed use case?

What to coverThe role involves these models and evaluating new AI tools for business value. Suggested preparation: explain how you would compare task quality, reliability, cost, and implementation effort against the same business objective.

What would you change before moving an AI prototype into production?

What to coverThe posting calls for rapid prototypes and production-ready solutions. Suggested preparation: discuss testing, failure handling, maintainability, and the trade-off between fast iteration and dependable operation.

How would you keep an autonomous workflow from taking an inappropriate action?

What to coverThe role includes autonomous workflows; the posting does not specify their permissions or controls. Suggested preparation: discuss limiting available actions, checking outputs, and deciding when a person should review a consequential step.

Behavioural practice

Tell me about a time you turned an ambiguous request into a working solution.

What to coverThe posting calls for translating ambiguous business needs into production-ready work. Suggested preparation: use a real situation, your actions to clarify the need and define success, and the resulting outcome.

Describe a time you coordinated across technical and business stakeholders.

What to coverThe role partners with data science, data engineering, IT, and business stakeholders. Suggested preparation: give a real situation, how you handled differing priorities or terminology, and the result of your coordination.

Tell me about a time you worked autonomously while a team's processes were still developing.

What to coverThe posting explicitly values autonomy in a newly established team with developing processes. Suggested preparation: describe the situation, how you set priorities or established a useful way of working, and what resulted.

Describe a time you evaluated a new technology before recommending whether to adopt it.

What to coverRapid evaluation of emerging AI tools, models, and frameworks is a stated responsibility. Suggested preparation: use a real example to explain the situation, your evaluation actions, and the outcome or decision.

Tell me about a time you balanced a fast prototype with production expectations.

What to coverThe role spans rapid prototyping and working, production-ready solutions. Suggested preparation: describe a real situation, the trade-offs and actions you took, and the result without presenting a hypothetical achievement as your own.

02

Sharpen your knowledge

Topics to prepare

  • LLM application design

    Posting: Build and deploy AI-powered applications using LLMs such as Claude and Azure OpenAI. Suggested exercise: Sketch an application flow from user request to model response, noting where input validation, error handling, and output checks belong.

  • Autonomous and multi-agent workflows

    Posting: Design autonomous or multi-agent workflows. Suggested exercise: Diagram a two-agent workflow, define each agent’s responsibility, and identify when a simpler single-model application would suffice.

  • Trusted data for AI workflows

    Posting: Connect Snowflake and Azure Databricks to AI workflows, using tools such as dbt to provide well-structured data. Suggested exercise: Trace a sample dataset from source through transformation to model input, explaining how you would detect stale or inconsistent data.

  • Prototype evaluation and business value

    Posting: Evaluate emerging AI tools and recommend adoption when they provide clear business value. Suggested exercise: Draft a comparison rubric for two model options covering task quality, operational trade-offs, and the business outcome being tested.

  • From ambiguous need to production solution

    Posting: Work with data science, data engineering, IT, and business stakeholders on production-ready solutions in a new AI team. Suggested exercise: Turn a vague workflow request into clarifying questions, acceptance criteria, and a short implementation plan.

Skills to revise

  • Python LLM API integration

    Posting: Strong Python proficiency and hands-on experience building with generative AI APIs are required. Suggested exercise: Write a small Python application that calls Claude or Azure OpenAI, handles failed requests, and checks the response before using it.

  • SQL and dbt data preparation

    Posting: Strong SQL proficiency is required; dbt is named for preparing trusted data. Suggested exercise: Write SQL to join and filter sample records, then outline a dbt transformation and checks for missing keys or duplicate rows.

  • Snowflake–Azure Databricks pipeline design

    Posting: Build and maintain pipelines connecting these platforms to AI and machine-learning workflows. Suggested exercise: Using sample data, map the transformations and handoff between Snowflake, Azure Databricks, and an AI workflow; explain how you would verify the resulting dataset.

  • Azure AI prototype walkthrough

    Posting: The role works with Microsoft Azure and Azure AI Foundry to create prototypes and implementations. Suggested exercise: Outline a small prototype using Azure AI Foundry and Azure OpenAI, then rehearse how you would demonstrate its behavior, limitations, and value to stakeholders.

04

Your preparation checklist

  • Prepare an LLM application walkthrough

    The role calls for hands-on generative AI API experience. Select a project, if available, and explain the problem, Python implementation, model or API choice, deployment approach, and results. Be clear about your own contributions.

  • Sketch an agent workflow

    The posting includes autonomous and multi-agent workflows. As a practice exercise, diagram a plausible workflow, explain when an agent is preferable to a simpler application, and identify how you would test its outputs.

  • Trace a trusted-data pipeline

    The role connects Snowflake and Azure Databricks to AI workflows and mentions dbt. Prepare a diagram showing how SQL transformations, data checks, and pipeline maintenance could supply well-structured data to an application.

  • Draft a prototype evaluation

    The posting asks for rapid evaluation of emerging models and tools. Create a short comparison plan for Claude, Azure OpenAI, or another relevant option, with task-based tests, costs, risks, and a business-value recommendation.

  • Rehearse an ambiguous-request discussion

    The role partners with data science, data engineering, IT, and business stakeholders. Practice turning a hypothetical request into a scoped solution: list clarifying questions, a small deliverable, dependencies, and what would be needed before production deployment.

  • Gather evidence for the stated requirements

    Organize concise examples of Python, SQL, cloud data platform, and LLM API work, plus your degree information and an example of working independently with a new technology or evolving process. Keep examples limited to work you can substantiate.

  • Write questions about the new AI team

    Ask which workflows are priorities, how the team expects to use Azure AI Foundry and its data platforms, who owns deployment decisions, and how success will be measured. The posting does not specify these details.

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

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

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