Data Science Program
Unlock a high-demand career in data science through this hands-on, industry-aligned course designed to take you from foundational Python skills to deploying real-world machine learning models. Whether you're just starting out or looking to solidify your data science expertise, this comprehensive curriculum ensures deep, practical learning through real coding projects and business-relevant datasets.
Who Should Enroll?
This course is ideal for:
- Aspiring data scientists and analysts seeking structured, practical training.
- Developers and software engineers transitioning into data-driven roles.
- Beginners looking for a clear, step-by-step path into data science.
- Professionals aiming to strengthen their skills in Python, SQL, and machine learning with applied projects.
What You'll Learn
Our curriculum is structured into 8 rigorous modules that combine technical depth with real-world applicability:
1.Python for Data Science
- Learn core programming concepts and manipulate datasets using NumPy and Pandas.
2.Data Visualization
- Master Matplotlib, Seaborn, and Plotly to turn raw data into visual insights.
3.Statistics & Probability
- Build strong statistical reasoning for data interpretation and model validation.
4.SQL for Data Science
- Query, join, and aggregate data from databases using SQL integrated with Python.
5.Exploratory Data Analysis (EDA) & Feature Engineering
- Detect patterns, clean messy data, and prepare features for modeling.
6.Classical Machine Learning
- Train and evaluate supervised and unsupervised models including regression, classification, and clustering.
7.Time Series Analysis (Intro)
- Identify temporal trends and build simple forecasting models.
8.Model Deployment & Final Project
- Export models, create interactive dashboards with Streamlit, and version projects using Git.
Learning Outcomes
By the end of this course, you will be able to:
- Write efficient Python code for data analysis and preprocessing.
- Visualize complex datasets to uncover actionable insights.
- Apply statistical techniques for data-driven decision-making.
- Manipulate databases using advanced SQL queries.
- Engineer features and perform exploratory data analysis.
- Train, evaluate, and interpret machine learning models.
- Deploy machine learning solutions as interactive web apps.
- unview and present an end-to-end data science project on GitHub.
Real-World Projects Include
- Cleaning and analyzing public datasets using Pandas.
- Building a visual dashboard of company sales
- Writing SQL queries to analyze business KPIs
- Predicting housing prices or customer churn
- Clustering retail locations based on consumer behavior
- Forecasting sales using historical time-series data
- Deploying a model using Streamlit and hosting on GitHub
Course Curriculum
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Python essentials: variables, loops, functions, classes
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Working with NumPy, Pandas
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DataFrames, indexing, filtering, aggregations
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Explore a CSV dataset and clean it with Pandas
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Plotting with Matplotlib and Seaborn
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Visualizing distributions, relationships, and time series
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Building interactive plots with Plotly
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Visual report on company sales or public dataset
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Descriptive statistics: mean, median, mode, std dev
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Probability concepts: distributions, Bayes theorem
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Inferential statistics: confidence intervals, hypothesis testing, p-values
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SELECT, WHERE, GROUP BY, ORDER BY
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JOINs, subqueries, window functions
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SQL in Jupyter / Python via sqlite3 or SQLAlchemy
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Write queries to analyze business KPIs from a sample database
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Data types, outlier detection, missing value treatment
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Feature scaling, encoding, binning
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Correlation analysis & visual EDA workflows
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EDA and feature prep on messy real-world dataset
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Supervised Learning:
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Regression: Linear, Ridge, Lasso
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Classification: Logistic Regression, K-NN, Decision Trees, Random Forest
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Unsupervised Learning:
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Clustering: K-Means, Hierarchical
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Dimensionality Reduction: PCA
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Model evaluation: train/test split, cross-validation, confusion matrix, ROC
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Predict housing prices, classify customer churn, or cluster store locations
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Time-based trends, seasonality, moving averages
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Lag features, differencing, rolling statistics
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Forecast future sales or web traffic using simple models
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Exporting models using joblib
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Creating simple apps using Streamlit (for showcasing models)
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Structuring real-world projects: code, reports, and version control
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Choose one:
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Sales Forecasting
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Customer Segmentation
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Employee Attrition Prediction
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Retail Dashboard with SQL + EDA + ML
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Python (Jupyter, Pandas, NumPy, Scikit-learn)
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SQL (SQLite / PostgreSQL)
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Matplotlib, Seaborn, Plotly
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Streamlit (for simple dashboards)
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Git/GitHub (for project version control)
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Build an end-to-end project involving:
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Data sourcing, cleaning, and EDA
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Statistical analysis and modeling
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Deployment as an interactive app (Streamlit)
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Codebase hosted on GitHub + final report
Jonathan Campbell
- 72 Videos
- 102 Lectures
- Exp. 4 Year
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PLACEMENT ASSISTANCE
*MIN 5 COMPANY WALK-INS
GitHub portfolio and Job-ready resume to enhance their career prospects.
- Resume & Linkedin Building
- 1-1 Mock Interviews
- 100% Hands-on
- Certification
Tools Covered
Gain hands-on experience with the most widely used tools in the data science industry:

Python

NumPy

Pandas

Scikit-learn

Matplotlib

Seaborn

Plotly

SQL

SQLite

PostgreSQL

SQLAlchemy

Jupyter Notebooks

Streamlit

Git

GitHub
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