The people teaching AI to use a computer.
I designed how new people learned to demonstrate computer tasks for AI models, from their first day of onboarding to the review that cleared them for production.
Invisible TechnologiesTraining & Process Lead2022–2025
- Training
- I designed the whole onboarding system, which took new people from their first day to certification for production.
- Process
Process
I kept the team’s data to the client’s standard as the guidelines changed. Each change reached the team leads through my briefings, and the week’s errors became workshops and one-to-one coaching.- Range
Range
Data annotation, response ranking and RLHF, then demonstrations of computer tasks for AI models.- Built
Built
About fifty training videos, and the courses on reasoning, language, evaluation and platform use.- Result
- More than a hundred people moving from other projects reached production readiness in two weeks, on a shorter training path and an LLM grader that engineers built to my rubric.
Before the first click
Two people could read the same request, pursue different objectives, and each produce a convincing account of what they had done. If either demonstration relied on an unsupported assumption, the model would be learning from it too.
I knew the problem from my own work. I began in data annotation, ranking model responses and RLHF, then demonstrated computer tasks myself. My early demonstrations failed on errors the guidelines named without showing how to avoid them.
Quality reviewers could flag those errors. When someone kept making one, the reviewers sent them to me for coaching.
I taught people to work through the intended outcome and recognise what still needed clarification. Their actions and written rationales also had to follow the information available to them. Knowing a website well could make this harder: people would describe something from memory before it appeared on screen.
As Training & Process Lead, I owned the training and the process our teams worked to. Changes to the client’s guidelines came through me, and I briefed the team leads before they briefed their teams. I designed the full onboarding journey and built roughly fifty training videos, from the mechanics of the work to complete demonstrations and recurring errors. Human reviewers evaluated trainees’ work along the path to production certification.
- 01 Learn the work
Study the task and its constraints.
- 02 Practise the judgement
Work through examples and the reasoning behind each action.
- 03 Have the work reviewed
Human QA evaluates demonstrations against the criteria.
- 04 Qualify for production
Meet the criteria for production certification.
A curriculum shaped by the work
Each week I ran a session on errors from production, followed by a workshop on the idea behind them.
- Review the work.
- Find recurring errors.
- Teach the reasoning.
- Build a workshop around those errors.
Those sessions complemented the courses I developed on reasoning, language, evaluation and platform use.
Reason through the task
Workshops and a course
Workshops I led
Hallucinations & reasoning
Prompt engineering & task execution
Recognise unsupported claims, clarify the objective and explain the reasoning behind each action.
Course I developed
Task complexity identification
Assess how many steps a task needs before planning the work.
Write for a changing conversation
Workshops and courses
Workshops I led
Language diversity & pattern challenges
Client context & interruptions
Vary the language in demonstrations and adapt when a user changes direction.
Courses I developed
Final AI messaging
Creative annotations & interruptions
Answer the user’s request and keep the conversation coherent through interruptions.
Apply shared standards
Courses
Course I developed
Evaluation & grading frameworks
Rank responses, identify errors and write rubrics reviewers can apply consistently.
Courses I developed
Platform onboarding
Manual time logging
Use the project tools and report working hours accurately.
The tools around the training
I designed a platform lifecycle board in Whimsical that guided onboarding across training cohorts, and an offboarding map that showed leadership task flow, escalation paths and exit decisions.
To see whether trainees were learning in the workshops, I built a tracker that matched meeting records against an end-of-session quiz. Those who stayed and answered also performed well across the project. Less engaged trainees heard from me privately: I asked what would make the sessions worth their time. Their work improved after those conversations.
Two weeks to production
The usual onboarding path relied on human evaluation. For one intake, more than a hundred people moving across from other projects needed to reach production within two weeks. I designed a shorter training path focused on the knowledge they needed for this work, and added a grader built on a large language model to help handle the volume. I wrote the rubric and specified the evaluation workflow; engineers implemented the grader.
After a shorter training path, each trainee wrote task prompts.
The four parts of the spec
- Checks first
- Every required field, an approved starting website and a category that fits.
- Scores
-
- 0 No issue
- 1 Minor
- 2 Moderate
- 3 Major: fails
Each error type on its own, so one major error fails the prompt.
- Returns
- Every error marked in the prompt and explained, for a reviewer to check.
- Tested on
- Golden examples, and ambiguous and incomplete prompts.
A provisional pass or fail, with its error categories.
- Human QACheck the grade.
Reviewers could overturn it
and decide who progressed. - Human QAReview further tasks.
Another review before
production certification.
Reviewers checked every submission, including those the grader had passed. The intake reached production readiness within the two weeks.
What the errors taught me
I wrote up the habits I taught and how I coached them. The question at their centre works just as well when an AI hands work back to a person.