Build

Your data is in your head. This puts it in a real database.

Zorentia reads your blueprint and generates the exact script to create your tables. Run it and your database exists.

Begin Build Your App's Storage

Cost: 4 creditsTime: 15–30 minutesRequirement: Approved architecture from the Architecture Assembler.

Build

SQL Studio

Your exact table names, field names, and foreign keys, generated from your blueprint.

SQLChanges

A-AA+

Schema

CREATE TABLE IF NOT EXISTS `study_groups` (

  `id`             INT           NOT NULL AUTO_INCREMENT,

  `creator_id`     INT           NOT NULL,

  `subject`        VARCHAR(120)  NOT NULL,

  `topic`          VARCHAR(160)  NOT NULL,

  `max_members`    INT           DEFAULT 6,

  `active`         BOOLEAN       DEFAULT TRUE,

  `created_at`     DATETIME      DEFAULT NOW(),

  PRIMARY KEY (`id`),

  CONSTRAINT fk_group_creator

    FOREIGN KEY (`creator_id`)

    REFERENCES `students` (`id`)

    ON DELETE CASCADE

) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;

-- Composite index for group discovery feed query

CREATE INDEX idx_groups_active_subject

  ON `study_groups` (`active`, `subject`);

Zorentia reads your blueprint and generates the exact script to create your tables. Run it and your database exists.

Your architecture blueprint tells you what tables you need and how they connect. But turning that into a working database means writing a lot of precise code where one typo breaks everything. The Database Designer reads your blueprint and generates the complete script to create all your tables, with your exact field names and relationships. It also generates sample data so you can test immediately, validation queries to confirm everything is connected correctly, and a plain-English explanation of why the database is structured the way it is.

Select your architecture blueprint

Zorentia reads your tables, fields, and relationships from the blueprint you approved in the Architecture Assembler.

Source

Select your blueprint

Zorentia reads your tables, fields, and relationships from the approved architecture.

StudyPath: Architecture Blueprint

6 tables · 24 fields · 8 relationships

Tables to generate

users

id, email, name, university_id, created_at

subjects

id, name, code, semester, faculty

study_groups

id, subject_id, name, max_members, created_by

group_members

id, group_id, user_id, joined_at, role

sessions

id, group_id, scheduled_at, duration_mins, status

progress

id, session_id, user_id, notes, confidence_rating

Zorentia generates your table creation script

Review it, give feedback if anything looks wrong, and approve it. Then copy it into phpMyAdmin and run it.

SQL

Your table creation script

Copy into phpMyAdmin and click Go. Your tables exist.

CREATE TABLE users (

id INT AUTO_INCREMENT PRIMARY KEY,

email VARCHAR(255) UNIQUE NOT NULL,

name VARCHAR(100) NOT NULL,

university_id INT,

created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP

);

CREATE TABLE study_groups (

id INT AUTO_INCREMENT PRIMARY KEY,

subject_id INT NOT NULL,

name VARCHAR(150) NOT NULL,

max_members INT DEFAULT 5,

FOREIGN KEY (subject_id) REFERENCES subjects(id)

);

-- 4 more tables below...

6 tables · Ready to run

Generate sample data and paste it in

Your tables fill up with realistic test records so you can see your database working immediately.

Data

Sample data ready

Realistic test records so you can see your database working immediately.

INSERT INTO users (email, name) VALUES

('alex.chen@mq.edu.au', 'Alex Chen'),

('sarah.k@unsw.edu.au', 'Sarah Kim'),

('james.w@mq.edu.au', 'James Wu');

INSERT INTO subjects (name, code) VALUES

('Data Structures', 'COMP2010'),

('Linear Algebra', 'MATH2020'),

('Web Development', 'COMP3120');

INSERT INTO study_groups (subject_id, name) VALUES

(1, 'COMP2010 Study Crew'),

(2, 'LinAlg Exam Prep');

3 users

3 subjects

2 groups

Paste into phpMyAdmin after running CREATE scripts

Run the validation queries to confirm your tables are connected correctly

Then read the rationale to understand why the database is structured the way it is before you start building on top of it.

Validate

Confirm everything connects

Run these queries to verify your tables are wired correctly.

Test: Users → Groups

SELECT u.name, g.name AS group_name

FROM users u

JOIN group_members gm ON u.id = gm.user_id

JOIN study_groups g ON gm.group_id = g.id;

3 rows returned, connection verified

Why it's structured this way

group_members is a junction table because one student can be in many groups, and one group has many students. Without it, you'd need to store multiple user IDs in a single field, which breaks the moment you need to query "show me all groups this student is in."

What you get

A complete table creation script with your exact field names, data types, and relationships, ready to run in phpMyAdmin

Sample data insert scripts so your tables have realistic test records the moment you run them

Validation queries that confirm your tables are connected correctly and your data links the way it should

A plain-English explanation of why your database is structured the way it is, so you understand it before you build on top of it

Audience

This is for you if

"You have an architecture blueprint but no idea how to turn it into actual database tables"

Founder

"You have tried writing database scripts before and ended up with errors you could not debug"

Product builder

"You want a database that is built correctly from the start so you do not have to rewrite it when you start connecting your backend"

Team lead

FAQ

Common questions

You've had this idea long enough. Time to do something about it.

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