Case study ·

CS-02

·

Minerva

AI on pedagogy’s terms: grading efficiency up 40% in Minerva’s internal AI pilot

I led Minerva’s end-to-end AI exploration for CourseBook, working with a PM and an engineer: a stakeholder workshop, five AI principles, four prototyped concepts, and three shipped to a limited partner pilot. Five weeks, end to end.

The shipped pilot: the Course Assistant docked beside a CourseBook workbook page, suggestion chips scoped to the lesson’s outcomes

fig. 1

The shipped pilot: the Course Assistant docked beside a workbook page, suggestion chips scoped to the lesson’s outcomes. Study help, in the flow of the actual work.

Shipped · limited pilot

The shipped pilot: the Course Assistant docked beside a CourseBook workbook page, suggestion chips scoped to the lesson’s outcomes

fig. 1

The shipped pilot: the Course Assistant docked beside a workbook page, suggestion chips scoped to the lesson’s outcomes. Study help, in the flow of the actual work.

Org

Minerva

Years

2024

Type

STRATEGY · AI · PEDAGOGY

Status

3 of 4 concepts shipped to a limited partner pilot

Org

Minerva

Years

2024

Type

STRATEGY · AI · PEDAGOGY

Status

3 of 4 concepts shipped to a limited partner pilot

Org

Minerva

Years

2024

Type

STRATEGY · AI · PEDAGOGY

Status

3 of 4 concepts shipped to a limited partner pilot

My role

Design and strategy lead · AI exploration for CourseBook

Scope

Workshop design and facilitation, AI principles, concept design and prototyping, usability testing, trust and disclosure UX

Team

1 PM · 1 engineer · stakeholders and curriculum developers in the workshop and reviews

Leadership

Moved the org from “AI everywhere” to four principled concepts; set the principles; ran the impact-effort prioritization

Shared or outside my scope

Model training and pipeline engineering (paired with the engineer, who owned implementation) · pilot-partner selection · pricing strategy

My role

Design and strategy lead · AI exploration for CourseBook

Scope

Workshop design and facilitation, AI principles, concept design and prototyping, usability testing, trust and disclosure UX

Team

1 PM · 1 engineer · stakeholders and curriculum developers in the workshop and reviews

Leadership

Moved the org from “AI everywhere” to four principled concepts; set the principles; ran the impact-effort prioritization

Shared or outside my scope

Model training and pipeline engineering (paired with the engineer, who owned implementation) · pilot-partner selection · pricing strategy

My role

Design and strategy lead · AI exploration for CourseBook

Scope

Workshop design and facilitation, AI principles, concept design and prototyping, usability testing, trust and disclosure UX

Team

1 PM · 1 engineer · stakeholders and curriculum developers in the workshop and reviews

Leadership

Moved the org from “AI everywhere” to four principled concepts; set the principles; ran the impact-effort prioritization

Shared or outside my scope

Model training and pipeline engineering (paired with the engineer, who owned implementation) · pilot-partner selection · pricing strategy

CS-02

TL;DR — the case in one card

Problem

CourseBook v1 was taking shape while pressure mounted to bolt AI on everywhere — and students were already using external AI tools, ungoverned and off-platform.

What I did

Facilitated a one-day stakeholder workshop, set five AI principles, prototyped four concepts with an engineer, and shipped three to a limited partner pilot.

+40%

Grading efficiency

Minerva’s internal AI pilot

3 of 4

Concepts piloted

Students · instructors · authors

5

Weeks, end to end

Workshop to pilot

Timeline

5 weeks, end to end

Status

3 of 4 concepts shipped to a limited partner pilot

Org

Minerva Project · 2024

CS-02

TL;DR — the case in one card

Problem

CourseBook v1 was taking shape while pressure mounted to bolt AI on everywhere — and students were already using external AI tools, ungoverned and off-platform.

What I did

Facilitated a one-day stakeholder workshop, set five AI principles, prototyped four concepts with an engineer, and shipped three to a limited partner pilot.

+40%

Grading efficiency

Minerva’s internal AI pilot

3 of 4

Concepts piloted

Students · instructors · authors

5

Weeks, end to end

Workshop to pilot

Timeline

5 weeks, end to end

Status

3 of 4 concepts shipped to a limited partner pilot

Org

Minerva Project · 2024

01

Three pressures: hype, shadow AI, and the risk of standing still

CourseBook had consolidated curriculum creation, delivery, and assessment into a single block-based system, and v1 was taking shape when three pressures converged on it. The hype pull: every roadmap wanted AI bolted on, features shipped for their own sake. Shadow AI: students were already using outside tools, ungoverned and off-platform, so the real question was how, not whether. And doing nothing carried its own risk. Standing still wouldn’t pause AI; it would just shape learning without us.

The stakes are specific in education. AI touches grades, academic integrity, and student data, and a careless feature can quietly damage how people learn — while Minerva’s whole pitch to partners is pedagogy you can trust. Whatever we shipped would set the precedent for every AI decision after it.

So “add AI everywhere” became my brief to do the opposite: move us from “AI could do everything” to a focused strategy, going wide across students, instructors, and curriculum developers before narrowing to a few concepts that each earned their place.

Field note

“AI could do everything” is this decade’s “the homepage should pop.” The job is the same: turn appetite into a decision.

02

First a workshop, then principles, then pixels

Instead of jumping to concepts, I designed and facilitated a one-day workshop that put the key stakeholders in one room. Three activities did the work. Opportunity framing asked which jobs are painful or impossible without AI. A directed-activities library collected student activities where AI is the object of learning, not the shortcut: spot the hallucinations, debate an AI opponent, interview a historical figure. And a risk-and-guardrails pass tagged every idea with its risks — privacy, bias, academic integrity — and the UX countermeasures that answer them.

The most durable output was five CourseBook AI principles that every later decision was tested against:

  • Transparency without friction. Named assistants, not “AI” banners — we learned that loud labels made people hesitate, so trust lives in behavior.

  • Human-in-the-loop for consequential tasks. Grades, due dates, assessments: the AI drafts, a person decides.

  • Pedagogy first, novelty second. Scaffolding, retrieval practice, and metacognition, grounded in course content.

  • Opinionated, on evidence. Smart defaults and a point of view, guiding students and instructors toward good AI habits instead of staying neutral.

  • Auditability and oversight. Every AI interaction logged, reviewable by instructors and students.

The principles went straight to work as a filter, and the filter had teeth. We never litigated a screen; we checked it against the list.

The AI workshop board in FigJam: opportunity clusters per persona with a voting round

fig. 2.1

The workshop board: opportunity clusters per persona, then a discussion and voting round. The four concepts came out of this room.

Workshop · FigJam

The AI workshop board in FigJam: opportunity clusters per persona with a voting round

fig. 2.1

The workshop board: opportunity clusters per persona, then a discussion and voting round. The four concepts came out of this room.

03

Three calls: study not solve, drafts not grades, a bar with names

Three calls shaped the work. Here they are the way I keep them: the call, the alternative it beat, why, and the cost.

DL-01

Constrain the tutor to study, not solve — hints, scaffolds, and rubric-aligned feedback only, scoped to the current page and allowed course context. Every interaction logged.

Alternative considered

A do-everything assistant: full course access, open-ended chat, answers on demand. Easily the most impressive version in a demo.

Why it won

Students will use AI either way; ours has to win without becoming an answer machine. Pedagogy first was the filter.

What it cost

A less helpful-feeling UX. A Socratic prompt always loses a side-by-side against a chatbot that just answers.

DL-01

Constrain the tutor to study, not solve — hints, scaffolds, and rubric-aligned feedback only, scoped to the current page and allowed course context. Every interaction logged.

Alternative considered

A do-everything assistant: full course access, open-ended chat, answers on demand. Easily the most impressive version in a demo.

Why it won

Students will use AI either way; ours has to win without becoming an answer machine. Pedagogy first was the filter.

What it cost

A less helpful-feeling UX. A Socratic prompt always loses a side-by-side against a chatbot that just answers.

DL-02

The AI never publishes a grade — the assistant drafts rubric-anchored comments with quoted evidence; instructors accept or edit everything. Bias probes ran during calibration.

Alternative considered

End-to-end automation, with instructors spot-checking. Grading consumes roughly 80% of instructors’ out-of-class time, by our estimate, so it was tempting.

Why it won

Grades are consequential. Drafts, never decides: trust in the pilot depended on a person owning every grade a student received.

What it cost

Speed. Keeping a person on every grade caps the efficiency ceiling, on purpose. We took the slower number we could stand behind.

DL-02

The AI never publishes a grade — the assistant drafts rubric-anchored comments with quoted evidence; instructors accept or edit everything. Bias probes ran during calibration.

Alternative considered

End-to-end automation, with instructors spot-checking. Grading consumes roughly 80% of instructors’ out-of-class time, by our estimate, so it was tempting.

Why it won

Grades are consequential. Drafts, never decides: trust in the pilot depended on a person owning every grade a student received.

What it cost

Speed. Keeping a person on every grade caps the efficiency ceiling, on purpose. We took the slower number we could stand behind.

DL-03

Set a bar, and name what failed it — every workshop idea mapped impact against effort. Four cleared the bar: tutor, grading assistant, AI Blocks, lesson-plan assistant.

Alternative considered

Ship the crowd-pleasers anyway. An auto-essay writer and fully automated grading demoed impressively and had real internal appetite.

Why it won

The rejects failed on learning value and trust, not novelty. Naming them kept the roadmap honest and the arguments short.

What it cost

Demo appeal, and some stakeholder goodwill. A focused list is a list of no’s people can see.

DL-03

Set a bar, and name what failed it — every workshop idea mapped impact against effort. Four cleared the bar: tutor, grading assistant, AI Blocks, lesson-plan assistant.

Alternative considered

Ship the crowd-pleasers anyway. An auto-essay writer and fully automated grading demoed impressively and had real internal appetite.

Why it won

The rejects failed on learning value and trust, not novelty. Naming them kept the roadmap honest and the arguments short.

What it cost

Demo appeal, and some stakeholder goodwill. A focused list is a list of no’s people can see.

The AI student tutor UI: hints and scaffolds beside a homework question, no answer box

fig. 3.1

The student tutor, scoped to what the page allows it to see: hints and scaffolds beside the question, never an answer box.

Concept 1 of 4 · piloted

The AI student tutor UI: hints and scaffolds beside a homework question, no answer box

fig. 3.1

The student tutor, scoped to what the page allows it to see: hints and scaffolds beside the question, never an answer box.

The AI grading assistant UI: draft rubric-anchored feedback in a panel, nothing published to students

fig. 3.2

The grading assistant drafts rubric-anchored feedback. Nothing reaches a student until an instructor accepts it.

Concept 2 of 4 · piloted

The AI grading assistant UI: draft rubric-anchored feedback in a panel, nothing published to students

fig. 3.2

The grading assistant drafts rubric-anchored feedback. Nothing reaches a student until an instructor accepts it.

Impact-versus-effort 2x2: four concepts above the bar; fully automated grading and an auto-essay writer below it

fig. 3.3

Impact against effort: four ideas cleared the bar; an auto-essay writer and fully automated grading fell below it.

Prioritization · workshop

Impact-versus-effort 2x2: four concepts above the bar; fully automated grading and an auto-essay writer below it

fig. 3.3

Impact against effort: four ideas cleared the bar; an auto-essay writer and fully automated grading fell below it.

04

Four concepts, models grounded in Minerva’s own grading history, one limited pilot

Scaffolds, never shortcuts. Drafts, never decides. Coaches, never dictates.

Those kickers, one per tool, were the trust mechanics the pilot shipped on. I paired with an engineer to build working prototypes of each concept, and we refined the weightings, prompts, use cases, and output quality with stakeholders through each iteration; the AI Blocks presets were shaped closely with the academic team, so debate, explain, and peer-review activities encoded real pedagogy. The grading assistant wasn’t a generic model with a rubric bolted on, either: we grounded it in Minerva University’s own grading history — real, rubric-scored assessments — so its drafts carried the institution’s standards rather than the internet’s. Alongside the builds I ran quick usability tests and interviews with internal instructors and students, iterating on copy, entry points at the page and question level, and edit-and-accept flows. That’s where the transparency-without-friction principle earned its keep: loudly labeling features “AI” made people hesitate in our usability rounds, so the assistants got names and behaviors instead of banners. The difference between an AI feature people use and one they resent is mostly in how it asks permission.

The AI Blocks, student tutor, and grading assistant went to a limited partner pilot; the lesson-plan assistant stayed behind, and I won’t retrofit a tidy rationale onto that call. Instructors said the tools felt integrated, not gimmicky.

The AI Blocks editor UI: preset activity chips, an editable prompt, and save-as-template

fig. 4.1

AI Blocks in the editor: preset chips straight from the workshop’s directed-activities library, an editable prompt, and save-as-template so sound pedagogy gets reused.

Concept 3 of 4 · piloted

The AI Blocks editor UI: preset activity chips, an editable prompt, and save-as-template

fig. 4.1

AI Blocks in the editor: preset chips straight from the workshop’s directed-activities library, an editable prompt, and save-as-template so sound pedagogy gets reused.

The lesson-plan assistant UI: customized inputs, evidence-based defaults, and anti-pattern warnings

fig. 4.2

The lesson-plan assistant, the one we held back: customized inputs, evidence-based defaults, anti-pattern warnings (all lecture, all multiple choice, overloaded pre-work).

Concept 4 of 4 · held back

The lesson-plan assistant UI: customized inputs, evidence-based defaults, and anti-pattern warnings

fig. 4.2

The lesson-plan assistant, the one we held back: customized inputs, evidence-based defaults, anti-pattern warnings (all lecture, all multiple choice, overloaded pre-work).

05

Grading efficiency up 40% in Minerva’s internal AI pilot

Internal pilot

Directional result · internal pilot · 2024

+40%

Grading efficiency in Minerva’s internal AI pilot

directional · internal pilot — method below

3 of 4

Concepts shipped to pilot

Stated plainly: the 40% is grading efficiency in Minerva’s internal AI pilot, measured as the reduction in average time per graded submission and in total grading time. It’s a directional read, not a controlled study, and grading is the clearest measurable gain. The tutor and blocks earn qualitative reads for now: partners responded with feedback and feature ideas from the pilot. The fourth concept, the lesson-plan assistant, didn’t ship in the pilot, and that is honest. The pilot’s next job is data: usage and feedback to refine the features and shape pricing and the UX of a broader release.

Internal pilot

Directional result · internal pilot · 2024

+40%

Grading efficiency in Minerva’s internal AI pilot

directional · internal pilot — method below

3 of 4

Concepts shipped to pilot

Stated plainly: the 40% is grading efficiency in Minerva’s internal AI pilot, measured as the reduction in average time per graded submission and in total grading time. It’s a directional read, not a controlled study, and grading is the clearest measurable gain. The tutor and blocks earn qualitative reads for now: partners responded with feedback and feature ideas from the pilot. The fourth concept, the lesson-plan assistant, didn’t ship in the pilot, and that is honest. The pilot’s next job is data: usage and feedback to refine the features and shape pricing and the UX of a broader release.

06

What changed beyond the interface

The screens were the fast part. The durable changes were how the company decides about AI, and they sort honestly:

Product direction I changed

An “AI everywhere” appetite became a four-concept strategy with named rejects. The impact-effort bar, not seniority, settled what shipped.

Team practice I established

Principles before pixels. The workshop’s five principles became the standing filter for every AI proposal after this project, and the risk-tagging pass traveled with them.

Influence, shared with partners

When partners asked for AI-detection tooling, I pushed back — I argued detection wasn’t reliable enough for this use — and we redirected that energy into guiding good AI habits and instructor-visible logs instead.

Execution I owned

The workshop design, the concept design, and the trust-and-disclosure testing that produced the named-assistants call.

07

The guardrails were the design work

The design work that mattered happened upstream: getting a room to agree on principles before anyone drew a pixel, then letting those principles say no. “Study, not solve” and “drafts, never decides” cost us demo appeal and speed, and they’re why instructors described the tools as integrated rather than bolted on. Trust is the design, not a disclaimer. Five weeks was enough because the hard arguments were settled in week one.

What I’d change: instrument the tools for impact from day one, so the next version of this page trades a directional number for a measured one. And pilot the fourth concept sooner — the pedagogy coach is the idea I most want real data on.

Closing note

Pilot numbers get re-measured before they get repeated. This page will carry the updated figures as the pilot grows.