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My name is Isariya Sirivejabandhu, but you can call me Pink. I am a Software Engineer with 4+ years of experience in web development and system support, with practical experience in cloud infrastructure, DevOps workflows, and containerized environments. Experienced in collaborating with cross-functional teams to support scalable and reliable systems, and motivated to grow into a Cloud or Platform Engineering role
Kasetsart University, Thailand
2014 - 2018
Bachelor of Science in Computer Science
National Central University, Taiwan
2021 - 2023 | GPA 4.00
Master of Computer Science and Information Engineering
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Jun 2024 – Dec 2025
Sep 2020 – Dec 2021
May 2019 – Aug 2020
More About My
javascript
Python
React.js
Node.js
Wordpress
PHP
Yii
HTML
CSS
Bootstrap
NoSQL
SQL
LESS
sass/scss
jquery
Tensorflow
Pytorch
Deep learning
Kubernetes
AWS
Docker
Terraform
Helm
ArgoCD
GIT
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Issued By: Amazon Web Services
Focus Areas: Cloud Architecture, High Availability, Security, VPC Design, Scalable Deployments, Cost Optimization
Designed and deployed scalable, fault-tolerant AWS architectures. Hands-on with EC2, S3, IAM, RDS, VPC, CloudFront, and CloudWatch, with strong emphasis on security and cost efficiency.
Verify Credential →Issued By: The Linux Foundation (CNCF)
Focus Areas: Cluster Architecture, Workloads & Scheduling, Networking, Storage, Troubleshooting
Managed production-grade Kubernetes clusters. Configured workloads, ingress, services, and persistent storage. Developed strong troubleshooting skills across cluster, node, and application layers.
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Thesis Topic: A Graph-base Approach for PM2.5 Prediction
Supervisor: Professor Min-Te Sun
Mainly About: Spatio-Temporal Problem, Timeseries Forecasting, Graph-based model, PM2.5 Prediction, Deep Learning
Project Detail:
We proposed a PM2.5 prediction system that includes data preprocessing, data fusion, feature engineering, feature selection, and the proposed prediction model, DCRNN-GS. The DCRNN-GS model combines the strengths of DCRNN, which has the ability to capture spatio-temporal dependencies in sequential data, and GraphSAGE, which is capable of learning meaningful information for each node in the graph. We achieved a significant 5.66% MSE improvement compared to state-of-the-art approaches, highlighting its superior performance in forecasting for iterative multistep prediction for the next 24 hours based on the past 24 hours of data.
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Title: A Graph-based System for PM2.5 Prediction
Published In: I-SPAN Ubi-Media 2025, Springer CCIS Vol. 2380, Singapore
Overview:
Proposed an end-to-end PM2.5 forecasting system using graph-based learning, integrating spatio-temporal features, data preprocessing, and a hybrid DCRNN–GraphSAGE model (DCRNN-GS). Demonstrated improved prediction performance for iterative multistep forecasting across 24-hour horizons.
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Real-world cloud architectures designed and built with AWS services, following serverless best practices, infrastructure-as-code, and production-ready patterns.
End-to-end serverless application using AWS Lambda, API Gateway, DynamoDB, S3, CloudFront, and GitHub Actions for CI/CD. Built with fully automated IaC using Terraform.
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