Product Requirements Document (PRD) template for EdTech app

You'll find a realistic, filled PRD template for an EdTech app—complete with functional specs, user stories, and real success metrics. You'll see what a high-quality PRD looks like before generating your own custom spec with MakeMyPRD. Examples include concrete tools (Supabase, Next.js, Stripe) and measurable goals (NPS, onboarding time).

What this is

A Product Requirements Document (PRD) template for EdTech app is a structured artifact outlining core objectives, target users, functional requirements, and key success metrics for a digital education product. A solid PRD uses proven frameworks like Agile Epics and functional specs and should be built to work with Jira, Notion, or GitHub Issues. The document ensures engineers and designers build exactly what end-users (like students or teachers) need by defining scope, dependencies, and tradeoffs upfront. Modern EdTech PRDs typically reference integration tools such as Supabase (for backend), Next.js (for frontend), or Stripe (for billing). The goal: build the right thing, on time, with clear alignment.

Compared to alternatives

Option	Best for	Trade-off
Notion PRD Template	Teams who value live collaboration and rich text editing	Can get messy as the project scales; may lack structured version control
Google Docs PRD	Quick drafting and sharing, low technical barrier	Lacks formal structure for requirements; linking can be clunky
MakeMyPRD	Fast, auto-generated, standards-compliant PRDs ready for engineering handoff	Customization depth depends on prompt quality; best for starting, not final docs
Jira Epic/Story PRD	Engineering teams working in Agile with direct ticket integration	High process overhead; may slow down early ideation
Miro Product Spec Board	Visual thinkers who use flows and wireframes	Not ideal for detailed, text-heavy specs

A real example

Filled example

A real, ready-to-customize version

Product Requirements Document (PRD) Example: EdTech App — "LearnLoop"

Objective: Launch MVP of LearnLoop, a web-based platform for high school students to practice STEM problems with live AI tutoring.

Target Users:

High school students (ages 14–18)
Teachers integrating digital practice into curriculum

Goals & Metrics:

Achieve 1,000 engaged student signups within 3 weeks of beta launch
40% reduction in average question-resolution time (baseline: 5 min ➔ target: 3 min)
NPS target: 45+ after first month

Core Features:

Adaptive Quiz Engine
- Question difficulty adjusts based on student performance
- Delivery via Next.js frontend; questions stored in Supabase
AI Tutor
- Claude API integration for contextual hints and explanations
- Quick ‘Show Hint’ button with 400ms response time SLA
Teacher Dashboard
- Student progress tracking and assignment management
- Exportable CSV reports
User Authentication & Billing
- OAuth with Google (via NextAuth.js)
- Stripe for premium plan handling

Non-Goals:

Mobile native app (web only for MVP)
Automated grading of essay questions

User Stories:

As a student, I want to select a practice topic and get tailored questions so I can focus study time
As a teacher, I want to see student mastery metrics to identify where my class is struggling

Dependencies:

Claude API for AI tutoring (Claude Code readiness)
Supabase for relational data storage and user auth

Risks & Mitigations:

Claude downtime → fallback to cached explanations
Low question diversity → seed with 2,000 initial questions

Launch Plan:

Closed alpha (20 teachers, 200 students)
Public beta (manual invite)

Owner:

PM: Priya Sharma
Engineering: Replit for prototype sprints

See also: more Example PRDs and Marketplace templates.

How to use this

Clarify the EdTech app’s purpose and audience: Define your app's core goal (e.g., AI-powered math tutor) and who will use it (students, teachers, admins). Reference personas with concrete needs. This keeps scope laser-focused.
Map features to measurable outcomes: Identify features tied directly to key metrics—like onboarding time, lesson completion, or engagement rates. Specify numbers so everyone is aligned on what success looks like.
Choose your stack and dependencies: List tech choices up front—like Supabase for backend, Next.js for frontend, Stripe for payments, and relevant APIs (Claude, Bolt, Cursor). This heads off dev confusion and clarifies integration risks.
Write actionable user stories: Draft at least one user story per persona. Make sure each one expresses a need and a clear benefit. For teachers: 'I want to track assignment completion so I can support struggling students.'
Call out explicit non-goals and risks: List what you’re NOT building, plus risks (e.g., AI downtime, lack of question variety) with proposed mitigations. It keeps the team prioritzed and honest.
Document ownership and launch plan: Assign clear owners for PM and engineering. Outline launch stages (alpha, beta, GA) and metrics you'll track in each phase.

FAQ

What should a PRD for an EdTech app include?

A PRD for an EdTech app should include objectives, target users, core and non-goals, measurable success metrics, feature breakdowns, user stories, tech stack, dependencies, risks, mitigations, and clear ownership. This ensures everyone from engineering to design is on the same page and priorities are explicit.

Can I use this template for a mobile EdTech app?

Absolutely. The example is web-focused, but you can customize the PRD structure for mobile-specific requirements—just call out platform needs (iOS, Android), mobile onboarding flows, and any special integrations. MakeMyPRD supports tailoring to any platform.

How detailed should success metrics be in an EdTech PRD?

Be specific: set quantifiable targets like '30% increase in weekly active users' or 'onboarding time under 2 minutes.' Vague goals don’t align teams. Use real numbers and link each to a feature or initiative.

What tools are best for maintaining a live PRD?

Notion and Google Docs are common for early drafts, but for ongoing updates, try tools with version control like Jira or even GitHub Markdown for engineering-led teams. MakeMyPRD exports to all three.