Skip to content
View AndresRJ18's full-sized avatar
☁️
Focusing
☁️
Focusing

Highlights

  • Pro

Block or report AndresRJ18

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Content in all repositories owned by your account will be closed.
Maximum 250 characters. Please don’t include any personal information such as legal names or email addresses. Markdown is supported. This note will only be visible to you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
AndresRJ18/README.md

Hi there! I'm Andres Rodas waving hand gif

LinkedIn GitHub Portfolio

🚀 About Me

Informatics Engineering student focused on Machine Learning and Cloud Computing — building ML pipelines that go from raw sensor/environmental data to real deployed endpoints, and automating the cloud infrastructure that ships them. Currently on academic exchange at UNICAMP (Brazil), and selected for GCI World, an international data science/ML program run by the Matsuo-Iwasawa Lab at the University of Tokyo.

name: Andres Rodas
located_in: Campinas, Brazil (exchange @ UNICAMP)
current_focus: ["Time-Series Forecasting", "Cloud Deployment", "Applied ML"]
learning: ["Kubernetes", "LightGBM", "CI/CD", "Portuguese"]
open_to: ["Collaborations", "Research internships", "Cloud/AI deployments"]

🏆 Highlights

  • 🥈 Silver Medal — Kiwie 2026 (UPCH): led the ML component of QUIM-DETECT2, a portable VIS/NIR spectroscopy system for pesticide detection (PCA, SVM, Random Forest, ANN)
  • 🌍 Selected for GCI World (Apr–Jul 2026) — international data science/ML program, Matsuo-Iwasawa Lab, University of Tokyo
  • 🎓 Academic exchange at UNICAMP, Institute of Computing — Machine Learning, Software Engineering, Computer Vision
  • 🌫️ Building an ML pipeline for air quality prediction (PM2.5) in Campinas, with real cloud deployment

☁️ Cloud & DevOps

AWS Azure Docker Kubernetes Terraform Linux

🤖 Machine Learning

Python PyTorch scikit-learn Pandas NumPy

🛠️ Languages and Tools

Python JavaScript TypeScript Bash Git GitHub GitLab VS Code Docker Terraform Linux AWS Azure


🎯 Current Focus

  • 🌫️ Deploying an ML pipeline for air quality prediction (PM2.5) in Campinas, from model to cloud endpoint
  • 🎓 Coursework at UNICAMP in Machine Learning, Software Engineering, and Computer Vision
  • 🌏 Working through GCI World (Univ. of Tokyo) coursework in applied data science
  • ☁️ Deepening AWS/Azure deployment skills — AWS AI & ML Scholars Challenge, AWS Agent Engineer Nanodegree
  • 🏗️ Automating infrastructure with Terraform and IaC principles
  • 🤖 Connecting AI/ML theory to real deployment pipelines

📫 Let's Connect!

Always open to interesting conversations, research collaborations, and learning opportunities. Check out my portfolio at andresrodas.cloud!


Typing SVG

Pinned Loading

  1. LatamAirQuality LatamAirQuality Public

    PM2.5 nowcasting for Latin American cities using LightGBM, FastAPI, and AWS ECS Fargate.

    Jupyter Notebook

  2. NOVA_AWS NOVA_AWS Public

    AI-powered technical interview coach for LATAM — AWS Bedrock Nova, voice streaming, Google OAuth, bilingual (EN/ES)

    Python 1

  3. StyleMatch StyleMatch Public

    Fashion AI — upload a photo of any clothing item, AWS Rekognition identifies it and finds where to buy it online globally. Serverless backend with Lambda, API Gateway, S3 and Terraform. React front…

    JavaScript 3

  4. Issue2Secure Issue2Secure Public

    Multi-agent AI system that turns a GitLab issue into production-ready code with automatic security scanning. Built on GitLab Duo Agent Platform + Claude.

    Python 1

  5. Azurely Azurely Public

    🎙️ AI-powered meeting summarizer built by a team of engineering students — upload any audio and get transcription, summary & action items using Azure Speech + OpenAI

    JavaScript 5

  6. QUIM-DETECT2 QUIM-DETECT2 Public

    QuimDetect es un dispositivo portátil que permite detectar residuos químicos en frutas y verduras mediante sensores ópticos y espectroscopía, orientado a mejorar la seguridad alimentaria del consum…

    Jupyter Notebook