Iām Daniel Zambrano a Data Scientist who takes AI from notebooks to production. I build end-to-end solutions: ETL/ELT, ML/DL modeling, rigorous evaluation, and lightweight MLOps, always with security and governance in mind. I turn large, messy datasets into clear, deployable products and communicate results with crisp dashboards and documentation. I thrive in cross-functional teams and focus on impact: better decisions, lower risk, and visible ROI.
class Skill:
user = 'Daniel Zambrano'
skills = [
"š Python (NumPy, pandas, scikit-learn, XGBoost, TensorFlow), SQL, Git",
"š¬ EDA & feature engineering; supervised/unsupervised; time series",
"šÆ Model evaluation & tuning (ROC-AUC, F1, RMSE, MAPE; Grid/Random/Bayes)",
"āļø ETL/ELT & orchestration (Airflow/Prefect), dbt, Parquet",
"š APIs & deployment (FastAPI/Flask, Docker, PostgreSQL)",
"š Data visualization & dashboards (Plotly, Power BI, Tableau)",
"š Security, privacy & explainability (governance, SHAP/LIME)",
"š§ Product mindset: problem framing, KPIs, ROI, stakeholder communication"]
def getCity():
return "Quito, Ecuador"
def education():
return [
"Masterās in Data Science & Machine Learning ā Artificial Intelligence",
"Bachelorās degree in Mechatronics Engineering."]
Also: XGBoost, LightGBM, CatBoost, statsmodels
- ETL/ELT & Orchestration: Airflow, Prefect, dbt Ā· Data formats: Parquet
Governance Ā· Model risk Ā· SHAP / LIME
Data Scientist ā Spatium Robotics (2023āPresent)
- I deliver end-to-end AI solutions: ETL/ELT pipelines, ML/DL modeling, rigorous evaluation, and lightweight MLOps. I productionize models via Dockerized REST APIs with PostgreSQL and communicate insights through interactive dashboards, always with security in mind.
Computer Vision Research Engineer ā Spatium Robotics (2020ā2023)
- Built real-time detection and tracking pipelines combining classic vision methods with modern deep learning (TensorFlow, OpenCV, YOLO, MobileNet). Led dataset curation/labeling and deployment on resource-constrained devices.
Robotics Developer ā Spatium Robotics (2018ā2020)
- Developed intelligent embedded systems integrating control and software; improved autonomous behavior with unsupervised learning; implemented sensor fusion and navigation/avoidance algorithms.
| Project | What it does | Stack | Links |
|---|---|---|---|
| Early Detection of Autoimmune Diseases | Reproducible clinical ML pipeline for early signal detection (research support; not medical advice). Includes EDA, imputation, class balancing, cross-validated models, and SHAP explanations. | Repo CaseĀ Study Demo |
|
| Measuring & Mitigating Cognitive Debt from AI Use | Learning analytics to measure ācognitive debtā from AI assistance and generate action cards with LLMs. Dashboards, experiments, retention metrics, and guidance to reduce over-reliance. | Repo CaseĀ Study Demo |
|
| Crowd Density Estimation via Computer Vision | Real-time crowd flow and density maps with privacy-by-design (no identification). Lightweight tracking/detection and edge-friendly inference. | Repo CaseĀ Study Demo |
Got a data problem worth productizing? Letās collaborate on ETL/ELT ā ML/DL ā MLOps, with rigorous evaluation, SHAP/LIME explainability, and privacy-first deployment.
āLetās work togetherā
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