MeatScan 2025
Flutter + TensorFlow Lite app for meat freshness detection. Offline AI inference on device for pork, beef, and fish classification.
Open to collaboration · AI · Backend · Education
Mobile & Backend Developer | Applied AI Learner
6+ years building cross-platform Flutter apps and Node.js/NestJS backends — now learning Applied AI, image processing, and machine learning. Sharing knowledge on Học AI Cùng Tài!
About
Building reliable products today while deepening expertise in machine learning tomorrow.
I'm a software engineer with over six years of experience delivering production systems — from Flutter cross-platform apps to Express and NestJS backends with REST APIs, MongoDB, Redis, and Linux deployment (Docker, Nginx).
I'm actively transitioning into Applied AI: image processing, image retrieval, on-device inference with TensorFlow Lite, and classical ML foundations through my Vietnamese YouTube course series Machine Learning Cơ Bản.
I enjoy clean architecture, measurable outcomes, and teaching concepts clearly — whether in code reviews, internal tools, or educational content.
Experience
Viet Nam Golden Lotus MTV Co., Ltd
CITIGYM Development and Investment Services JSC
Bach Khoa Investment & Development of Solar Energy Corporation
Dien Quang Joint Stock Company
TMA Solutions
Projects
Production apps, AI demos, and educational content.
Flutter + TensorFlow Lite app for meat freshness detection. Offline AI inference on device for pork, beef, and fish classification.
Flutter vocabulary app for domain-specific terms — build personalized decks, add self-explanations in simple English, import Excel to generate timed quizzes, and share sets with colleagues via QR code.
Flutter mobile client with Node.js backend for shift tracking, image check-in, and admin reporting dashboards.
YouTube series from zero to Linear Regression, Logistic Regression, Softmax, Neural Networks, Keras, and MNIST — in Vietnamese.
DINOv2 embeddings + FAISS vector search with FastAPI backend and Flutter Web UI. Dockerized deployment.
Node.js authorization server with oauth2-server: session management, authorize/token/login flows for third-party apps.
YouTube
Free Vietnamese course from zero to Neural Networks — 25 lessons across 6 chapters.
Chương 0: Machine Learning là gì?
Chương 1: Supervised vs Unsupervised, ML Pipeline, Code Pipeline
Chương 1: Supervised vs Unsupervised, ML Pipeline, Code Pipeline
Chương 1: Supervised vs Unsupervised, ML Pipeline, Code Pipeline
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 2: Linear Regression, MSE, Gradient Descent, Polynomial, Ridge/Lasso
Chương 3: Logistic Regression
Chương 3: Logistic Regression
Chương 4: Softmax Regression
Chương 4: Softmax Regression
Chương 5: Neural Network, Keras MNIST, Roadmap
Chương 5: Neural Network, Keras MNIST, Roadmap
Chương 5: Neural Network, Keras MNIST, Roadmap
Skills
Research interests
Topics I'm reading and experimenting with beyond day-to-day product work.
Exploring event-driven, energy-efficient neural models inspired by biological spiking dynamics for future edge AI systems.
Studying how models acquire new tasks over time without erasing prior knowledge — critical for real-world deployment.
Investigating why neural networks abruptly lose performance on old tasks when trained on new data, and mitigation strategies.
Reading on memory consolidation, replay mechanisms, and neuroscience-inspired training loops for more robust learning.
Contact
Reach out for collaboration on AI applications, backend systems, or ML education content.