Understand the problem.
Plant-health observations become harder to follow when records are unstructured. The project models relationships between farms, individual trees, surveillance reports and different pests or diseases.
DJANGO / WEB APPLICATION ↗
PlantShield✳
Tracking plant-health information through structured, searchable records.
PROJECT / DJANGO / WEB APPLICATION01 — OVERVIEW
Plant records● ACTIVE
FarmRecord overview
TreesSurveillance
PestsAssessment
Illustrative project visual · not an application screenshot
PROJECT OVERVIEW
A Django-based university project for growers to record farm information and observe pest or disease activity. The repository provides the application models, forms, class-based views and HTML templates.
Design the approach.
Django models represent growers, farms, trees, pests, affected plant parts and surveillance records. The views implement registration, farm profile editing and dashboards, including farm-specific record queries and authentication checks.
03 / HOW IT WORKS
Behind the build.
Model the data
Relate surveillance reports to farms, trees and pest information.
Control access
Use Django authentication and farm context in application views.
Make records usable
Provide management pages, forms, lists and dashboard queries.
04 / MY ROLE
My contribution.
Developed as a university group project. The public code confirms the data model, registration flow, authentication checks and surveillance management. I have not attributed any individual module solely to myself without an authorship record.
GO DEEPER
Explore the actual code.
These links lead to the source files used to verify this case study. No fabricated metrics or private workplace material.