Python AI ML 8 weeks Roadmap, Schemes and Mind Maps of Computer science

1. Comprehensions List, Set, Dict Comprehensions: [expr for item in collection if condition], {expr for item in collection}, {key: val for key, val in pairs} Efficient, readable ways to filter/transform data. 2. Iterators and Generators Iterator: Implements __iter__() and __next__(), produces data one item at a time. Generator: Function with yield producing items on demand, saves memory. Generator Expressions: (expr for item in collection). 3. Regular Expressions Used for pattern matching/searching in text. Key module: import re Main patterns: \d, \w, ., [abc], ^, $ Main functions: re.search, re.match, re.findall, re.sub 4. Decorators and Closures Decorator: Function wrapping/enhancing another function (@decorator) Closure: Nested function remembering variables from its enclosing scope. Use functools.wraps to preserve metadata. 5. Classes and Objects Class: Blueprint for objects. Object: An instance of a class. Attributes: Data associated with object or class.

Typology: Schemes and Mind Maps

2024/2025

Available from 08/27/2025

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Weeks 1–2: Python, Core Data Science Libraries & ML
Basics
Topics:
Python programming (data types, modules, functions, classes, error
handling).
Essential data libraries: pandas, numpy, matplotlib, seaborn.
Scikit-learn basics: Supervised vs unsupervised learning, regression,
classification.
Quick math brush-up: Linear algebra and stats for ML intuition.
Projects:
Analyze a public dataset (e.g., movies, weather).
Data visualization gallery: Create compelling, relaxing visuals.
Build & evaluate a simple classifier or recommender (e.g., predict movie
genre).
Resources: Interactive courses on DataCamp, Udemy, or GeeksforGeeks; “Python
for Data Analysis” by Wes McKinney; Corey Schafer & Keith Galli YouTube series.
Weeks 3–5: Classic Machine Learning Projects, API
Deployment, React Native Integration
Topics:
ML workflow: EDA, preprocessing, model selection, feature engineering.
Popular algorithms: Logistic regression, decision trees, random forest,
k-means, SVM.
Model evaluation: Cross-validation, confusion matrix, ROC curves.
Model deployment: Build REST API with FastAPI or Flask.
Integration: Connect ML APIs to your React Native mobile frontend
projects.
Projects:
Text sentiment analyzer for app reviews (API + frontend).
Recommendation engine (e.g., personalized news or products).
API deployment: Host an ML model and consume from your app.
Resources: “API Development: Build a Predictive Machine Learning Site With
React and Python”; mini-courses on ML pipeline deployment; YouTube project
walkthroughs.
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Weeks 1–2: Python, Core Data Science Libraries & ML

Basics

● Topics: ● Python programming (data types, modules, functions, classes, error handling). ● Essential data libraries: pandas, numpy, matplotlib, seaborn. ● Scikit-learn basics: Supervised vs unsupervised learning, regression, classification. ● Quick math brush-up: Linear algebra and stats for ML intuition. ● Projects: ● Analyze a public dataset (e.g., movies, weather). ● Data visualization gallery: Create compelling, relaxing visuals. ● Build & evaluate a simple classifier or recommender (e.g., predict movie genre). ● Resources: Interactive courses on DataCamp, Udemy, or GeeksforGeeks; “Python for Data Analysis” by Wes McKinney; Corey Schafer & Keith Galli YouTube series.

Weeks 3–5: Classic Machine Learning Projects, API

Deployment, React Native Integration

● Topics: ● ML workflow: EDA, preprocessing, model selection, feature engineering. ● Popular algorithms: Logistic regression, decision trees, random forest, k-means, SVM. ● Model evaluation: Cross-validation, confusion matrix, ROC curves. ● Model deployment: Build REST API with FastAPI or Flask. ● Integration: Connect ML APIs to your React Native mobile frontend projects. ● Projects: ● Text sentiment analyzer for app reviews (API + frontend). ● Recommendation engine (e.g., personalized news or products). ● API deployment: Host an ML model and consume from your app. ● Resources: “API Development: Build a Predictive Machine Learning Site With React and Python”; mini-courses on ML pipeline deployment; YouTube project walkthroughs.

Weeks 6–7: Deep Learning, Computer Vision or NLP, MLOps

Basics

● Topics: ● Deep learning fundamentals: Neural networks, CNNs, basic NLP. ● Keras/TensorFlow or PyTorch quickstart; try HuggingFace for NLP. ● Computer vision: Image classification, object detection basics. ● Natural Language Processing: Text classification, entity recognition. ● MLOps overview: Versioning, MLflow, simple CI/CD, containerization (Docker). ● Projects: ● Image classifier using CNN (e.g., plant/food identification). ● Custom chatbot or text classifier. ● Deploy a deep learning model as an API and monitor with MLflow/Grafana. ● Resources: DeepLearning.AI Coursera specialization; Datacamp’s computer vision project guides; DataCamp MLOps Concepts; free tools for monitoring, deployment, and experiment tracking.

Week 8: Early Specialization, Open Source Contribution,

Portfolio Growth

● Topics: ● Pick a focus: NLP, computer vision, or edge AI for mobile. ● Deepen expertise with real project or Kaggle competition. ● Try cloud-agnostic MLOps tools: DVC, Kubeflow, Optuna, ONNX. ● Contribute to open-source AI/ML projects on GitHub and start documenting your journey. ● Build/organize your portfolio: Publish APIs, demos, and projects. ● Projects: ● Edge AI: Optimize and run small ML models on-device via TF Lite or similar. ● Join/submit a pull request to an open-source ML repo. ● Write a summary of your 8-week journey and share progress visuals online—moodboards, dashboards, or code art.