I will build custom machine learning models and data pipelines in python
About this Gig
Are you looking for a specialized AI Engineer to turn your data into a powerful predictive asset?
With a B.Sc. in Computer Science and Engineering and a focus on high-impact projectslike real-time dengue outbreak forecasting and IEEE 14-bus fault localizationI offer professional-grade machine learning solutions that go beyond simple scripts.
What I offer:
- Predictive Analytics: Forecasting systems using time-series and real-time data fetching (REST APIs).
- Ensemble Modeling: High-accuracy classification and regression using XGBoost, Random Forest, and DNNs.
- Computer Vision & Multi-Modal AI: Specialized systems for defect detection or product recommendation.
- End-to-End ML Pipelines: From data cleaning and feature engineering to deployment-ready models.
Why choose me? I dont just build models; I optimize them for real-world performance. Whether it's power system stability or public health data, I ensure my systems are robust, scalable, and accurate (90%+).
My Portfolio
FAQ
What specific formats do I need to provide for my data?
I can work with almost any structured or semi-structured data, including CSV, Excel, SQL databases, or JSON. For the Basic tier, I will handle the cleaning and normalization regardless of the initial state of your dataset.
Can you integrate the AI model with my existing website or app?
Absolutely. My Premium tier is designed for full deployment, where I can build automated pipelines that fetch data via REST APIs and integrate the model’s predictions into your specific environment, such as a web dashboard or an Oracle APEX application.
Do you handle real-time data streaming?
Yes. Drawing from my experience with the Dengue Outbreak Prediction System, I can set up systems that fetch live meteorological or operational data from APIs to provide dynamic, real-time forecasts.
Can you work with engineering data from MATLAB or Simulink?
Yes. I have extensive experience extracting and processing transient data from Simulink environments, such as the IEEE 14-bus system. I can take your raw simulation outputs—including voltage and current phasors—and transform them into optimized datasets for high-accuracy machine learning training.

