Hi, Iβm Dzimado Gabriel, an aspiring data scientist from Ghana. π¬π
πΉ Learning SQL & Data Analytics
πΉ Building real-world projects
πΉ Passionate about solving problems with data
π Open to opportunities and collaborations
Just completed my Week 5 Data Science project with @analystlabafric Experience Lab! π
I built machine learning models to predict patient appointment attendance using healthcare appointment data.
Models tested:
β’ Logistic Regression
β’ Decision Tree
β’ Random Forest
The Decision Tree performed best with ~61% accuracy and 62% No-Show recall.
Key lesson: Good ML starts with good data preparation, feature engineering, and the right evaluation metrics not just model accuracy.
#DataScience#MachineLearning#HealthcareAnalytics#Python#AI
Week 4 | AnalystLab Africa Experience Lab
Iβm working on a HealthConnect project focused on predicting patient appointment no-shows using machine learning.
This week, I:
β’ Defined no_show as the target
β’ Identified potential features
β’ Assessed key modelling considerations
Week 3 done! @analystlabafric
I nearly gave up on this project because the workload was heavy balancing my Junior Data Scientist role at AnalystLab Africa, learning, and school.
https://t.co/J4BYZglee0
Iβve worked on:
πΉ Business Understanding
πΉ Data Understanding & Quality Assessment
πΉ Data Preprocessing
πΉ Categorical Encoding Analysis
πΉ Scaling & Normalization Assessment
πΉ Correlation & Outlier Analysis
πΉ Feature Selection using Statistical Significance (p-values)
Key takeaway: Great data science starts with understanding the business problem before building machine learning models.
Tools: Python, Pandas, Matplotlib & Seaborn π GitHub: https://t.co/kxroUSL797
#AnalystLabAfrica#DataScience#EDA#Python#HRAnalytics#MachineLearning
Completed Week 1 of my Data Science Internship with @analystlabafric
This week, I explored the IBM HR Analytics dataset to understand employee attrition through business research, data inspection, and exploratory data analysis (EDA).
I built and deployed my first end-to-end machine learning application
Student Performance Predictor uses multiple linear regression to estimate student performance based on study-related features.
What I learned:
β’ Data preprocessing & feature selection
β’ Model training and evaluation
β’ Model persistence with Pickle
β’ Building ML apps with Streamlit
β’ Deploying to the cloud
This project reinforced that deploying a model is just as important as building one.