Case Studies

What a Dedicated AI Delivery Team Looks Like Week by Week

Clarvia editorial team
Organizational byline
Mar 16, 2026
10 min read
What a Dedicated AI Delivery Team Looks Like Week by Week

The most common question from companies hiring an AI delivery team is: "What will they actually do each week?"

It is a fair question. AI development is unfamiliar territory for most organizations, and the combination of rapid iteration, model experimentation, and continuous deployment looks nothing like traditional software projects. A Gantt chart from a waterfall-era project manager will not survive first contact with an AI build.

This article provides a transparent, week-by-week breakdown of how a dedicated AI delivery team operates across a 6-week engagement. It covers what each team member does, what gets shipped, what the client sees, and where the risks live.


The Team

A dedicated AI delivery team for a 6-week build typically has three core members:

    RoleFocusTime Allocation
    Lead Product EngineerArchitecture, core implementation, AI agent orchestration, code review100%
    Product StrategistRequirements, stakeholder management, acceptance testing, sprint planning100% in Weeks 1-2, 50% in Weeks 3-6
    ML/AI EngineerModel selection, prompt engineering, RAG pipeline, evaluation, production hardening100%
    Optional additions depending on the project:
  • UX Designer (25-50%) for customer-facing products
  • DevOps/Platform Engineer (25%) for complex infrastructure requirements

Week 1: Discovery and Alignment

What the Team Does

Product Strategist:

  • Day 1-2: Runs stakeholder interviews (typically 4-6 sessions covering business goals, success metrics, existing workflows, and constraints)
  • Day 3: Synthesizes interview findings into a Problem Statement Document
  • Day 4-5: Drafts user stories and acceptance criteria for the core features
  • Lead Product Engineer:

  • Day 1-2: Audits existing technical infrastructure, APIs, databases, and deployment environment
  • Day 3: Evaluates integration points and identifies technical constraints
  • Day 4-5: Produces a Technical Feasibility Assessment
  • ML/AI Engineer:

  • Day 1-2: Audits available data (quality, volume, format, accessibility)
  • Day 3-4: Runs preliminary model experiments (baseline testing with 2-3 candidate approaches)
  • Day 5: Documents findings in a Model Evaluation Report
  • What the Client Sees

    • Tuesday stand-up: Team shares initial findings and asks clarifying questions
    • Friday demo: Presentation of Problem Statement, Technical Feasibility Assessment, and Model Evaluation Report. Discussion of go/no-go decision for each proposed feature.

      Deliverables

    • Problem Statement Document
    • Technical Feasibility Assessment
    • Model Evaluation Report
    • Draft User Story Map

    Week 2: Architecture and Prototype

    What the Team Does

    Product Strategist:

  • Finalizes user stories and acceptance criteria
  • Prioritizes features into MVP (Weeks 3-4), V1.1 (Week 5), and backlog
  • Creates sprint plan for Weeks 3-6
  • Lead Product Engineer:

  • Designs system architecture (component diagram, data flow, API contracts)
  • Sets up infrastructure: CI/CD pipeline, staging environment, monitoring
  • Builds the application skeleton: auth, routing, database schema, base API structure
  • ML/AI Engineer:

  • Builds the AI prototype: working RAG pipeline, classification model, or automation workflow
  • Tests prototype against 20-50 real examples
  • Documents accuracy, latency, and failure modes
  • What the Client Sees

    • Tuesday stand-up: Architecture walkthrough and discussion of technical decisions
    • Friday demo: Working prototype that handles real data. Not polished, not production-ready, but functional. Client provides direct feedback.

      Deliverables

    • System Architecture Document
    • Working prototype
    • Sprint plan for Weeks 3-6
    • Cost model (projected monthly operating costs at production scale)

    Week 3: Core Build -- Sprint 1

    What the Team Does

    This is the first full build sprint. The team follows a daily rhythm:

    Morning (30 min): Stand-up. Each person states: what they completed yesterday, what they are working on today, and any blockers.

    Day: Focused build work. The Product Engineer implements application features. The ML Engineer refines the AI pipeline. Both use AI coding agents to accelerate implementation.

    End of Day: Code review. Every pull request is reviewed before merge. Tests must pass. The CI pipeline catches issues before they reach staging.

    Typical Week 3 output:

  • Core UI components built and connected to APIs
  • Database schema finalized and migrated
  • AI pipeline integrated with the application (end-to-end flow works)
  • Basic error handling in place
  • 60-70% of MVP features implemented
  • What the Client Sees

    • Daily: Access to a staging environment updated on every merge
    • Tuesday stand-up: Progress update with live demo of completed features
    • Friday demo: Formal demo of all completed features. Client tests the staging environment directly and provides feedback.

      Risks at This Stage

    • Scope creep: Client sees the product taking shape and wants to add features. The Product Strategist's job is to capture requests and defer them to the backlog without disrupting the current sprint.
    • Data surprises: Real production data reveals quality issues not caught in Week 1. The ML Engineer must adapt the pipeline to handle real-world data messiness.

    Week 4: Core Build -- Sprint 2

    What the Team Does

    Second build sprint. Focus shifts from "get it working" to "get it working well."

    Typical Week 4 output:

  • Remaining MVP features implemented
  • AI pipeline performance optimized (latency, accuracy, cost)
  • Integration testing complete
  • User feedback from Week 3 demo incorporated
  • Data pipeline handling edge cases (empty inputs, malformed data, rate limits)
  • ML Engineer focus areas:

  • Prompt refinement based on real user queries from staging testing
  • Evaluation pipeline running automatically on every change
  • Caching implementation for frequently-used queries
  • Fallback behavior when AI service is unavailable
  • What the Client Sees

    • Daily: Staging environment with all MVP features functional
    • Tuesday and Friday: Demos and feedback sessions
    • End of week: Feature-complete MVP. All core user stories pass acceptance criteria.

    Week 5: Production Hardening

    What the Team Does

    The product works. Now it needs to work reliably, securely, and at scale.

    Lead Product Engineer:

  • Load testing (simulate expected production traffic)
  • Security hardening (input validation, auth review, dependency audit)
  • Performance optimization (caching, lazy loading, query optimization)
  • Error handling review (every failure path has a user-friendly response)
  • ML Engineer:

  • AI-specific security testing (prompt injection defenses, output filtering)
  • Model monitoring setup (latency, error rate, cost, quality metrics)
  • Cost optimization (caching, batching, model selection)
  • Runbook creation for AI-specific incidents
  • Product Strategist:

  • User acceptance testing with real stakeholders
  • Documentation: user guide, admin guide, FAQ
  • Training materials for the client team
  • Launch plan and rollout strategy
  • What the Client Sees

    • Monday: Full walkthrough of the production-ready system
    • Wednesday: User acceptance testing session with real stakeholders
    • Friday: Go/no-go decision for production launch. All parties review: test results, security scan, monitoring dashboards, and runbooks.

      Deliverables

    • Load test results
    • Security scan results
    • Monitoring dashboards
    • Runbooks and documentation
    • User guide and training materials

    Week 6: Launch and Handoff

    What the Team Does

    Days 1-2: Staged Rollout

  • Deploy to production with feature flags
  • Enable for 10% of users, monitor all metrics
  • If metrics are healthy, expand to 50%, then 100%
  • Days 3-4: Monitoring and Stabilization

  • Watch production metrics closely: latency, error rates, AI quality, cost
  • Fix any issues that emerge with real production traffic
  • Respond to user feedback
  • Day 5: Handoff

  • Knowledge transfer session with the client's engineering team
  • Review all documentation, architecture decisions, and operational procedures
  • Discuss ongoing maintenance requirements and recommended cadence
  • Sprint retrospective: what went well, what did not, what to improve
  • What the Client Sees

    • Day 1-2: Production system live with real users
    • Day 3-4: Daily reports on production metrics
    • Day 5: Formal handoff meeting with complete documentation

      Deliverables

    • Production system live and serving traffic
    • Complete technical documentation
    • Architecture decision records
    • Handoff guide for ongoing maintenance
    • Recommended improvement roadmap

    Communication Cadence Summary

    TouchpointFrequencyFormatDuration
    Stand-upDailyVideo call or async (Slack)15 min
    Sprint demoTwice weekly (Tue/Fri)Video call with screen share30-45 min
    Staging accessContinuousClient can test any time--
    Status reportWeekly (Friday)Written summary--
    Stakeholder updateBi-weeklyFormal presentation30 min
    ---

    What Makes This Work

    Three things make a 6-week AI delivery engagement successful:

    1. Senior team. Every person on the team has production experience. There is no ramp-up period, no learning on the job. The team is productive from Day 1.

    2. Locked scope. The discovery sprint (Weeks 1-2) produces a clear scope that does not change during the build (Weeks 3-6). New ideas go in the backlog, not the current sprint.

    3. Continuous visibility. The client sees working software from Week 2 onward. There are no "we'll show you something at the end" surprises. If something is going wrong, the client sees it early enough to course-correct.

    This is not a methodology for every project. It works for scoped AI features and products with clear requirements and a committed client. For the commercial engagement model, capabilities, and deliverables, see our AI development agency services.

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