Unlock your path to becoming a data analyst in just 100 days! This roadmap covers foundational skills, hands-on projects, and advanced techniques to build a solid knowledge base and skill set in data analytics.
- Phase 1: Foundations of Data Analysis (Days 1-30)
- Phase 2: Data Visualization & Advanced Analysis (Days 31-60)
- Phase 3: Machine Learning Basics & Case Studies (Days 61-90)
- Phase 4: Real-World Projects & Portfolio Building (Days 91-100)
- Day 1: Understand the role of a Data Analyst and the skills/tools needed.
- Day 2: Learn basic data concepts (data types, data processing steps).
- Day 3: Overview of data collection methods and data sources.
- Day 4: Install and explore Excel basics.
- Day 5: Practice basic Excel formulas (SUM, AVERAGE).
- Day 6: Learn Excel sorting, filtering, and conditional formatting.
- Day 7: Understand data validation and error-checking techniques in Excel.
- Day 8: Work with pivot tables to summarize data.
- Day 9: Create basic data visualizations (charts) in Excel.
- Day 10: Complete a Mini-project in Excel using a small dataset.
- Day 11: Study descriptive statistics (mean, median, mode, range).
- Day 12: Learn about probability concepts.
- Day 13: Explore probability distributions and normal distribution.
- Day 14: Introduction to hypothesis testing.
- Day 15: Complete a Mini-project on statistical analysis.
- Day 16: Learn SQL fundamentals (SELECT, WHERE clauses).
- Day 17: Practice filtering data in SQL.
- Day 18: Understand GROUP BY, Date and Time and aggregate functions.
- Day 19: Work with JOINs in SQL.
- Day 20: Complete a Mini-project: Analyze data using SQL queries.
- Day 21: Set up Python environment and learn data types.
- Day 22: Explore lists, dictionaries, and basic Python operations.
- Day 23: Write basic functions and loops.
- Day 24: Install and explore pandas for data analysis.
- Day 25: Complete a Mini-project: Basic data manipulation in Python.
- Day 26: Handle missing values and data imputation.
- Day 27: Learn data transformations and normalization.
- Day 28: Understand and handle outliers.
- Day 29: Clean data with Python using pandas.
- Day 30: Complete a Mini-project: Data cleaning with a real dataset.
- Day 31: Learn principles of effective data visualization.
- Day 32: Introduction to Matplotlib.
- Day 33: Plot line charts, bar charts, and histograms.
- Day 34: Explore data using scatter plots.
- Day 35: Mini-project: Visualize data using Matplotlib.
- Day 36: Introduction to Seaborn and aesthetic customizations.
- Day 37: Explore categorical plots in Seaborn.
- Day 38: Use heatmaps for correlation analysis.
- Day 39: Plot time series data.
- Day 40: Complete a Mini-project: Create an advanced visualization.
- Day 41: Learn the purpose and steps of EDA.
- Day 42: Study summary statistics and distributions.
- Day 43: Identify patterns and trends.
- Day 44: Perform feature engineering.
- Day 45: Complete a Mini-project on EDA with a complex dataset.
- Day 46: Study subqueries and nested queries.
- Day 47: Explore window functions in SQL.
- Day 48: Work with advanced joins.
- Day 49: Analyze large datasets using SQL.
- Day 50: Complete a Mini-project: Advanced SQL queries.
- Day 51: Study correlation and covariance.
- Day 52: Learn linear regression basics.
- Day 53: Explore ANOVA and chi-square tests.
- Day 54: Study different statistical tests.
- Day 55: Complete a Mini-project: Statistical analysis.
- Day 56: Work with data frames in pandas.
- Day 57: Use pandas for data grouping and aggregation.
- Day 58: Merge, join, and concatenate data in pandas.
- Day 59: Perform time series analysis.
- Day 60: Complete a Mini-project on data manipulation.
- Day 61: Learn about supervised and unsupervised learning.
- Day 62: Study train-test split and model evaluation.
- Day 63: Introduction to linear regression.
- Day 64: Apply linear regression on a dataset.
- Day 65: Complete a Mini-project: Regression model.
- Day 66: Study classification basics and logistic regression.
- Day 67: Learn evaluation metrics (accuracy, precision, recall).
- Day 68: Apply logistic regression to classify data.
- Day 69: Experiment with different datasets.
- Day 70: Complete a Mini-project: Classification problem.
- Day 71: Study clustering methods (K-means, hierarchical).
- Day 72: Implement K-means clustering in Python.
- Day 73: Explore clustering evaluation metrics.
- Day 74: Apply clustering to a real dataset.
- Day 75: Complete a Mini-project: Clustering analysis.
- Day 76: Learn about time series components.
- Day 77: Study moving averages and trends.
- Day 78: Forecasting basics and models.
- Day 79: Apply time series analysis on stock data.
- Day 80: Complete a Mini-project: Time series forecasting.
- Day 81: Select a dataset for a complete analysis.
- Day 82-85: Clean and prepare the data.
- Day 86-88: Explore, analyze, and visualize the data.
- Day 89: Model the data and generate insights.
- Day 90: Document the case study and insights.
- Day 91-93: Choose a dataset, clean, analyze, and visualize it.
- Day 94: Document findings, and create visualizations.
- Day 95: Upload the project to GitHub.
- Day 96-98: Complete a second project and document it.
- Day 99: Organize all projects in a GitHub portfolio.
- Day 100: Write and upload a summary to LinkedIn and showcase your portfolio.
Commit to daily learning, hands-on projects, and enjoy the journey of becoming a data analyst!