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Choose which team workflows to hand to AI

AI for Team and Tech Leads · 90 minutes

Choose which team workflows to hand to AI

Judge six workflows at a fictional home-services company by volume, error cost, checking effort, data, and the people affected, set an automation level and a human checkpoint for each, and choose the first pilot.

Easy
Conceptual

Scenario

1.5 h

Used in interview rounds:

Leadership Scenarios (Easy)

Step 1: The question

You are the operations lead at the home-services company. Using the workflow tables and the facts below them, recommend an automation level for each of the six workflows and name its human checkpoint: who checks, what they look at, and when. Show the weekly hours each workflow takes today and what a person would still spend checking, and say which criteria decided each level. Then choose the first pilot and say how you would judge it, when you would stop it, and when you would decide.

Five questions for every workflow

Ask the same five questions of every workflow. They are the criteria for every decision in this guide.

QuestionWhy it matters
How many items a week, and how many minutes each?Sets how much time is at stake
What does a wrong output cost, and can it be undone before anyone is harmed?Sets how close a person must stay to the work
How long does a person need to check one output, and can they tell a right output from a wrong one?Decides whether checking saves time and whether the check is real
Which data does the work put into the tool, and is the tool approved for it?Decides whether the workflow can start now
Who bears a wrong output: staff, customers, or a person a decision is about?Raises the bar when customers or decisions about people are involved

Volume tells you how much is at stake, not how far to automate. The level comes from the other four questions.

NIST's AI Risk Management Framework (voluntary guidance, not law) asks teams to document the expected benefits of an AI system and the costs of its errors (Map 3.1 and Map 3.2), and to define how people oversee it (Map 3.5).

Five levels of automation

An automation level says how much of the work the AI does and where a person stays involved. This guide uses five levels. The examples come from other settings.

LevelWhat the AI doesWhere the person isExample
1. No AINothingA person does all the workNegotiating a contract renewal with a key client
2. AI suggests, a person does the workGathers information or suggests options; produces nothing finalA person does the work and decidesLists three possible meeting times; the organizer picks one and sends the invite
3. AI drafts, a person approves each itemProduces a draftA person checks, edits, and approves every item before it is usedDrafts meeting minutes; the chair corrects and sends them
4. AI acts, a person audits a sample and handles exceptionsProduces final outputsRules send unusual items (exceptions) to a person, and a person checks a regular random sampleRoutes incoming email to the right shared inbox; mail it cannot place goes to a person, and a lead checks 20 a week
5. AI acts alone, with monitoringProduces final outputsA person watches overall measures, such as error reports and complaints, and can stop itRemoves duplicate contacts from a mailing list, with a weekly count someone reviews
  • One workflow can have steps at different levels. For example, a recruiting team might let the AI check that each job advert has the required sections at Level 4 while every hiring decision stays with people at Level 1.
  • Levels are earned. Start lower, raise the level with evidence, and drop a level when errors rise or the work changes.
  • The idea comes from automation research: Parasuraman, Sheridan, and Wickens (2000) show that each function of a system (gathering information, analyzing it, deciding, acting) can sit at its own level, from fully manual to fully automatic. These five levels are a simplified version for team decisions, not their scale.

Scenario: six workflows at a home-services company

Suppose a regional home-services company does plumbing, heating, and electrical work. It has about 120 technicians and a 14-person office: 8 on the booking desk, 2 accounts clerks, 1 customer care lead, and 3 estimators. You are the operations lead. The company is trialing one business AI assistant, Option A. All figures are synthetic.

Table 1. Work and time

IDWorkflowWeekly volumeMinutes per item todayDone today byMinutes to check one AI output
W1Turn technician visit notes into customer job reports1,5008The technician, on a tablet after each visit2, by the technician who made the visit
W2Draft replies to booking and rescheduling emails7205Booking desk (8 staff)1.5, with the booking calendar open
W3Code supplier invoices to a job and a cost category60032 accounts clerks1, against the purchase order
W4Approve or deny warranty claims3025The customer care lead20: checking a decision needs the same evidence as making it
W5Translate incoming customer messages into English6012The one bilingual booking-desk member, or a phone interpreting serviceMost staff cannot check. The bilingual member needs 2, but only for the 2 languages they read
W6Quote prices for new jobs from customer photos180203 estimators20: the estimator must do the full assessment

Table 2. Risk, data, and people

IDWhat a wrong output costsCan it be undone?Data involvedWho is affected
W1The customer gets a wrong record of work, parts, or safety advice. The report also backs invoices and warranty claimsPartly: a corrected report can be sent, but the customer may already have acted on itCustomer name and address, photos inside the home, appliance detailsCustomers; 120 technicians whose routine changes
W2A wrong date, time, or address means a missed visit and a wasted technician tripYes, if caught before the visitCustomer name, address, phone number, availabilityCustomers; booking desk
W3A wrong job or category misstates job profit in the monthly reportYes: a correcting entry before the month-end closeSupplier names, amounts, job numbersAccounts clerks; managers who read job profit reports
W4A wrong denial refuses a customer what they may be entitled to; a wrong approval costs a free return visitA denial can be overturned on appeal, but trust suffers and complaints escalateCustomer details, job and payment history, photos of the homeThe customer: it is a decision about them
W5Staff misread a request and answer the wrong questionUsually: staff can ask the customer to clarifyCustomer name, address, message contentCustomers who write in other languages
W6An accepted quote is a commitment: too low loses money, too high loses the job. Photos miss hidden conditions such as pipework behind walls or old wiringNo: changing an accepted price is hard and often loses the customerPhotos inside customers' homes (they can show people and documents), contact detailsCustomers; estimators; the company's margin

Facts

  • Option A: the IT lead has approved it for business documents such as supplier invoices and purchase orders (a purchase order is the company's record of what it ordered). Customer personal data (names, addresses, messages, photos of homes) may go into it only after a data-use review, expected to finish in about 6 weeks.
  • About 1 in 10 supplier invoices (60 a week) match no purchase order and need a clerk to investigate. Payment approval is a separate step and is not changing.
  • Today's month-end check finds about 3 miscoded invoices per 100. The month-end close is when the month's accounts are finalized; a correction is simple before it and harder after it.
  • The 60 messages a week in other languages arrive in 5 languages. About half (30 a week) are in the 2 languages the bilingual booking-desk member reads.
  • Emergencies (smell of gas, sparks, flooding) are handled by phone. The website and the email auto-reply tell customers to call the emergency line.
  • The operations lead can run one pilot at a time this quarter.

Constraints

  • Use the five automation levels from the guide. A workflow may be split into steps at different levels.
  • Work from the tables and label any figure you estimate.
  • Staffing and payment approval do not change this quarter, and only one pilot can run at a time.
  • This is an operating decision, not legal advice: flag anything that needs counsel.

Deliverables

  • Weekly hours for each workflow today and with a person checking each AI output
  • For each workflow, the error cost, whether it can be undone, and the checking effort that set its level
  • A level and a checkpoint (who, what, when) for each workflow
  • The data each workflow puts into Option A, and who a wrong output affects
  • The first pilot: why it, its starting level, success and stop measures against a baseline, an owner, and a decision date

Step 2: Hints

Optional. Each hint gives a little more away.

Step 3: Your answer

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Step 4: Reference answer

Step 5: Score yourself

Score each dimension 0, 1, or 2, then save the score to your history. Readiness thresholds are editorial estimates.

Grades your written answer against this rubric with your own AI provider key from Settings. It is a second opinion: the score you save is still yours.

Work and outcome framing

What earns a 2: Computes weekly hours today and with a person checking each AI output for every workflow from the table's figures, showing the arithmetic.

Error cost and checking effort

What earns a 2: For each workflow, weighs what a wrong output costs, whether it can be undone, how long a check takes, and whether the checker can tell right from wrong.

Automation level and human checkpoint

What earns a 2: Assigns every workflow a level with reasons and a checkpoint that names who checks, what they look at, and when, with exception rules wherever a sample replaces checking every item.

Data and people affected

What earns a 2: Matches each workflow's data against what the tool is approved for and names who bears a wrong output.

First-pilot decision

What earns a 2: Chooses one pilot with reasons drawn from the criteria, a starting level, quality and time measures against a baseline measured the same way, a stop rule, an owner, and a decision date.

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Mark this level complete when you can place a team's tasks on the automation scale from error cost, checking effort, data, and the people affected, name who checks each one, and pick a first pilot with its measures written in advance.

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Step 6: Follow-up questions

An interviewer may ask these next.

Why can handing a task to AI save no time at all?

What makes a human checkpoint meaningful?

When does a sampled audit fit better than approving every item?

Does high volume justify a higher level of automation?

Why start a pilot one level below the target?

Step 7: Mark complete