TDT4290-Gr6/math-mate
Oct 2025 – Oct 2025
1 Month active
Languages Used
CSSHTMLJavaScriptMarkdownSQLTypeScripttsx
Technical Skills
API DesignAPI DevelopmentAPI IntegrationAPI TestingAuthenticationBackend Development
Jenny Lindgaard
PROFILE
Jenny Lindgaard
Jenny Lindgaard contributed to the math-mate repository by building and refining core problem-solving workflows, focusing on end-to-end question creation, retrieval, and solving. She implemented backend-driven APIs using TypeScript and Prisma, centralized state management with Zustand, and enhanced type safety across modules. Jenny improved UI consistency with React and CSS-in-JS, introduced robust error handling, and strengthened test coverage using Vitest. Her work included optimizing database interactions, integrating authentication, and streamlining code organization. By addressing 34 bugs and delivering 22 features, Jenny established a scalable, reliable foundation for future development, reducing manual data handling and improving both developer velocity and system reliability.
Overall Statistics
Feature vs Bugs
39%Features
Repository Contributions
98Total
Bugs
34
Commits
98
Features
22
Lines of code
3,004
Activity Months1
Your Network
9 people
Work History
October 2025
98 Commits • 22 Features
Oct 1, 2025October 2025 performance summary for the math-mate project (TDT4290-Gr6/math-mate). Focus was on delivering core problem-solving flows, improving UI consistency, stabilizing the problems API, and strengthening type-safety and testing. Key features delivered and integrations completed: - QuestionCard component created and integrated into Start and Method pages; refactored to use Card component with style refinements. - Draft and final Question Page implemented, enabling end-to-end question creation UX. - Backend-driven Problems API: added problemModule, updated repository/presenter/types, and integrated problem fetching into Problem Page; introduced persistence flow for problems and backend get-problem endpoint support. - Centralized problem state management using Zustand and global problemStore integration across problem-related pages (Problem Page, Method Page, Solve Page). - Frontend typing and type safety enhancements: defined frontend types, used import type patterns, and aligned types across modules; improved type usage in actions and problem-related entities. - Code quality and reliability improvements: addressed code quality suggestions, updated docs for problem-page areas, and added Vitest test suite with tests for getProblem, getProblems controllers/use cases, and related components. - UI/UX and reliability improvements: inline error messaging for non-blocking problem-page errors; optional problem descriptions on cards; removal of unused error entity; mock repos/tests enhancements for reliability. Overall impact and accomplishments: - Accelerated end-to-end problem creation, retrieval, and solving workflows with backend-backed data, reducing manual work and potential data mismatches. - Improved system reliability and developer velocity through stronger typing, centralized state, and robust testing practices. - Established a scalable foundation for further feature work (solve flow, user interactions, and API enhancements).
98 Commits • 22 Features
Oct 1, 2025October 2025 performance summary for the math-mate project (TDT4290-Gr6/math-mate). Focus was on delivering core problem-solving flows, improving UI consistency, stabilizing the problems API, and strengthening type-safety and testing. Key features delivered and integrations completed: - QuestionCard component created and integrated into Start and Method pages; refactored to use Card component with style refinements. - Draft and final Question Page implemented, enabling end-to-end question creation UX. - Backend-driven Problems API: added problemModule, updated repository/presenter/types, and integrated problem fetching into Problem Page; introduced persistence flow for problems and backend get-problem endpoint support. - Centralized problem state management using Zustand and global problemStore integration across problem-related pages (Problem Page, Method Page, Solve Page). - Frontend typing and type safety enhancements: defined frontend types, used import type patterns, and aligned types across modules; improved type usage in actions and problem-related entities. - Code quality and reliability improvements: addressed code quality suggestions, updated docs for problem-page areas, and added Vitest test suite with tests for getProblem, getProblems controllers/use cases, and related components. - UI/UX and reliability improvements: inline error messaging for non-blocking problem-page errors; optional problem descriptions on cards; removal of unused error entity; mock repos/tests enhancements for reliability. Overall impact and accomplishments: - Accelerated end-to-end problem creation, retrieval, and solving workflows with backend-backed data, reducing manual work and potential data mismatches. - Improved system reliability and developer velocity through stronger typing, centralized state, and robust testing practices. - Established a scalable foundation for further feature work (solve flow, user interactions, and API enhancements).
October 2025
Activity
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Quality Metrics
Correctness88.8%
Maintainability91.6%
Architecture84.6%
Performance88.8%
AI Usage20.8%
Skills & Technologies
Programming Languages
CSSHTMLJavaScriptMarkdownSQLTypeScripttsx
Technical Skills
API DesignAPI DevelopmentAPI IntegrationAPI TestingAuthenticationBackend DevelopmentCSS-in-JSCode CleanupCode OrganizationController TestingCustom HooksDatabase IntegrationDatabase InteractionDatabase ManagementDatabase Query Optimization
Repositories Contributed To
Overview of all repositories you've contributed to across your timeline