avatarNaina Chaturvedi

Summary

The website presents a comprehensive series of data science and machine learning projects, providing resources for building a solid portfolio in these fields.

Abstract

The website outlines a vertical series of data science and machine learning projects, offering a structured approach for individuals to enhance their practical skills through hands-on coding exercises. It follows the completion of a 60-day introductory series on data science and machine learning, with each project linked for easy access. The initiative aims to deepen understanding and intuition in data science and machine learning by covering a wide range of topics from data collection to machine learning system design. The projects are supported by tools like Google Colabs and Jupyter Notebooks, and the content includes a variety of data science areas such as data visualization, analysis, and various modeling techniques including supervised and unsupervised learning. Additionally, the website promotes a Tech Newsletter for further learning and updates in the tech industry, and it encourages readers to subscribe to a YouTube channel for video content related to the projects.

Opinions

  • The author believes in the importance of practical application of knowledge, emphasizing the need for hands-on projects to truly understand data science and machine learning.
  • There is a strong endorsement for using specific tools like Google Colabs and Jupyter Notebooks for project implementation.
  • The author values continuous learning and engagement, as evidenced by the invitation to subscribe to a newsletter and YouTube channel for ongoing educational content.
  • The structured approach of the series, with a clear sequence from Day 1 to Day 60, suggests a pedagogical opinion that step-by-step learning is effective for mastering complex subjects.
  • The author is enthusiastic about sharing knowledge and resources, aiming to create a comprehensive repository for learners at various stages of their data science and machine learning journey.

Data Science and ML Projects Series

Vertical series ( One post that will house all the projects as we build/implement them)

Welcome back peeps! Holiday season has started and before I jet off to my holidays, here’s something new that I have started which will help you build your Data science and ML skills through projects.

As we have already completed 60 days of Data Science and ML Series ; now we are moving ahead with the projects.

Project 1

Project 2

Project 3

Project 4

Project 5

Project 6

Project 7

Project 8

Project 9

Project 10

Project 11

Project 12

Project 13

Project 14

Project 15

Project 16

Project 17

Project 18

Project 19

Project 20

Project 21

Project 22

Project 23

Project 24

Project 25

Project 26

Project 27

Project 28

Project 29

Project 30

Project 31

Project 32

Project 33

Project 34

Project 35

Project 36

Project 37

Project 38

Project 39

Project 40

Project 41

Project 42

Projects Videos —

All the projects, data structures, SQL, algorithms, system design, Data Science and ML , Data Analytics, Data Engineering, , Implemented Data Science and ML projects, Implemented Data Engineering Projects, Implemented Deep Learning Projects, Implemented Machine Learning Ops Projects, Implemented Time Series Analysis and Forecasting Projects, Implemented Applied Machine Learning Projects, Implemented Tensorflow and Keras Projects, Implemented PyTorch Projects, Implemented Scikit Learn Projects, Implemented Big Data Projects, Implemented Cloud Machine Learning Projects, Implemented Neural Networks Projects, Implemented OpenCV Projects,Complete ML Research Papers Summarized, Implemented Data Analytics projects, Implemented Data Visualization Projects, Implemented Data Mining Projects, Implemented Natural Leaning Processing Projects, MLOps and Deep Learning, Applied Machine Learning with Projects Series, PyTorch with Projects Series, Tensorflow and Keras with Projects Series, Scikit Learn Series with Projects, Time Series Analysis and Forecasting with Projects Series, ML System Design Case Studies Series videos will be published on our youtube channel ( just launched).

Subscribe today!

Tech Newsletter —

If you are interested, you can join my newsletter through which I send tech interview tips, techniques, patterns, hacks — Software Development, ML, Data Science, Startups and Technology projects to more than 30K readers. You can subscribe to Tech Brew :

Goal/objective —

Note : Everyday new data science and ML projects will be uploaded/posted here. This is a vertical post so check this post regularly for new projects.

This post will house all the projects that you can build to have a solid projects portfolio, foundation and skills in Data science and Machine Learning. The goal is to develop an intuition and understand (in the depth) the practical side of data science and ML by building projects.

This post will not cover theory related to data science and Machine Learning. That you can cover through the pre-requisite.

I have created a GitHub repo for this series where we will be maintaining our code. Follow.

Pre-requisite to Data Science and ML projects —

Complete 60 days of Data Science and ML series ( as detailed below) before jumping on the projects —

Tools

We will be using Google Colabs/Jupyter Notebooks.

Through end to end projects, we will be covering —

1. Data Science

Data Collection — web scraping

Data Cleaning

Python

Pandas

Numpy

Summary Functions

Indexing

Grouping

Sorting

2. Analysis

Regression Analysis

Statistical Analysis

Least Square and inference

Missing Value Analysis

Fill the missing Values

Unique Value Analysis

Univariate Analysis

Bivariate Analysis

Multivariate Analysis

Correlation Analysis

3. Data Visualization

4. Data Modeling

5. Data Evaluation

6. Math

Probability Distributions

Bayesian Inference

Statistics

7. Supervised Learning

Regression

Linear Regression

Ordinary Least Squares

Logistic Regression

Stepwise Regression

Multivariate Adaptive Regression Splines

Locally Estimated Scatterplot Smoothing

Classification

k-nearest neighbor

Support Vector Machines

Decision Trees

Ensemble Learning

Boosting

Stacking

Bagging

Random Forest

AdaBoost

8. Unsupervised Learning

Clustering

Hierchical clustering

k-means

Anomaly Detection

Density-based clustering

Fuzzy clustering

Mixture models

Dimension Reduction

Principal Component Analysis (PCA)

t-SNE; t-distributed Stochastic Neighbor Embedding

Factor Analysis

Latent Dirichlet Allocation (LDA)

Neural Networks

Self-organizing map

Adaptive resonance theory

Hidden Markov Models (HMM)

9. Semi-Supervised Learning

Clustering

Generative models

Low-density separation

Laplacian regularization

10. Scikit learn

Intro to scikit-learn

Scikit learn projects

11. Ensemble Modeling

12. Feature Engineering

Coming soon! Project 1 to 20.

Let me know if you have questions in the comment section below. Subscribe/ Follow, Like/Clap as it would encourage me to write more in my free time

Stay Tuned!!

Read More —

11 most important System Design Base Concepts

1. System design basics

2. Horizontal and vertical scaling

3. Load balancing and Message queues

4. High level design and low level design, Consistent Hashing, Monolithic and Microservices architecture

5. Caching, Indexing, Proxies

6. Networking, How Browsers work, Content Network Delivery ( CDN)

7. Database Sharding, CAP Theorem, Database schema Design

8. Concurrency, API, Components + OOP + Abstraction

9. Estimation and Planning, Performance

10. Map Reduce, Patterns and Microservices

11. SQL vs NoSQL and Cloud

12. Most Popular System Design Questions

13. System Design Template — How to solve any System Design Question

14. Quick RoundUp : Solved System Design Case Studies

System Design Case Studies — In Depth

Design Instagram

Design Messenger App

Design Twitter

Design URL Shortener

Design Dropbox

Design Youtube

Design API Rate Limiter

Design Web Crawler

Design Facebook’s Newsfeed

Design Yelp

Design Uber

Design Tinder

Design Tiktok

Design Whatsapp

Most Popular System Design Questions

Mega Compilation : Solved System Design Case studies

Complete Data Structures and Algorithm Series

Complexity Analysis

Backtracking

Sliding Window

Greedy Technique

Two pointer Technique

Arrays

Linked List

Strings

Stack

Queues

Hash Table/Hashing

Binary Search

1- D Dynamic Programming

Divide and Conquer Technique

Recursion

Some of the other best Series —

60 days of Data Science and ML Series with projects

30 Days of Natural Language Processing ( NLP) Series

30 days of Machine Learning Ops

30 days of Data Structures and Algorithms and System Design Simplified

60 Days of Deep Learning with Projects Series

30 days of Data Engineering with projects Series

Data Science and Machine Learning Research ( papers) Simplified **

100 days : Your Data Science and Machine Learning Degree Series with projects

23 Data Science Techniques You Should Know

Tech Interview Series — Curated List of coding questions

Complete System Design with most popular Questions Series

Complete Data Visualization and Pre-processing Series with projects

Complete Python Series with Projects

Complete Advanced Python Series with Projects

Kaggle Best Notebooks that will teach you the most

Complete Developers Guide to Git

Exceptional Github Repos — Part 1

Exceptional Github Repos — Part 2

All the Data Science and Machine Learning Resources

210 Machine Learning Projects

Tech Newsletter —

If you are interested, you can join my newsletter through which I send tech interview tips, techniques, patterns, hacks — Software Development, ML, Data Science, Startups and Technology projects to more than 30K readers. You can subscribe to Tech Brew :

For Python Projects —

For complete 60 days of Data Science and ML : Day 1 — Day 60 : Quick Recap of 60 days of Data Science and ML

Follow for more updates. Stay tuned and keep coding!

For other projects, tune to —

Build Machine Learning Pipelines( With Code)

Recurrent Neural Network with Keras

Clustering Geolocation Data in Python using DBSCAN and K-Means

Facial Expression Recognition using Keras

Hyperparameter Tuning with Keras Tuner

Custom Layers in Keras

Data Science
Machine Learning
Tech
Programming
Artificial Intelligence
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