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Project 02Hackathon — DINACOM 11.0
AgriTech & Computer Vision

Petik Sendiri

Empowering agricultural yield through on-device machine learning and smart harvesting workflows.

Petik Sendiri
Petik Sendiri Real-Time Harvest Assessment Interface
Role & Discipline

Product Engineer

Product Engineering × Computer Vision × AgriTech

Contribution

Translating technology into business solutions and integrating the product with Flutter.

Timeline & Context

2024

Hackathon — DINACOM 11.0

Tech Stack & Tools
FlutterMachine LearningDartComputer VisionTensorFlow LiteFigmaGitGoogle Colab
Overview & Context

Agricultural yield loss often stems from subjective ripeness assessment and inefficient harvest schedules. Serving as Product Engineer for Petik Sendiri, I spearheaded the translation of machine learning and computer vision into accessible business solutions for farmers and agronomists. We built a high-performance Flutter mobile application featuring real-time on-device machine learning models for crop health analysis, ripeness grading, and optimized harvest logistics.

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