avatarNaina Chaturvedi

Summary

The website content provides a comprehensive compilation of resources and projects for learning Data Science and Machine Learning (DSML), including series overviews, project implementations, course recommendations, and a call to subscribe to a newly launched YouTube channel for video tutorials.

Abstract

The web content serves as a detailed guide for individuals looking to self-study DSML, offering a structured approach through various series such as "100 days: Your Data Science and ML Degree — Part 3." It emphasizes the importance of practical projects alongside theoretical learning, with links to implemented projects in areas like Data Preprocessing, Data Visualization, Machine Learning Classification, and Natural Language Processing. The author, Naina Chaturvedi, also recommends highly-rated Udacity courses for those seeking certified learning paths. Additionally, the content promotes the author's Tech Brew newsletter and the new Ignito YouTube channel, encouraging readers to subscribe for additional coding exercises and tech interviews tips. The article concludes with a motivational quote from Steve Jobs, urging readers to make the most of their time by pursuing their own paths in the field of DSML.

Opinions

  • The author believes in the value of hands-on projects as a means of learning DSML, as evidenced by the numerous project implementations provided.
  • There is an emphasis on the idea that expensive courses are not necessary to learn DSML, suggesting a cost-effective approach to education in this field.
  • The author expresses enthusiasm about the launch of the Ignito YouTube channel, which is expected to be a valuable resource for visual learners and those who prefer video tutorials.
  • By offering a structured series of articles and resources, the author conveys a commitment to providing a well-rounded and comprehensive learning experience for readers at all levels.
  • The inclusion of a motivational quote at the end of the content reflects the author's belief in the importance of personal growth and self-directed learning in the field of DSML.

100 days : Your Data Science and ML Degree — Part 3

Everything you need to know…

Credits : Packt Subs

Welcome back peeps. Hope all’s well at your end. While I’m extremely busy with work; I target to write once every three days ( mostly on weekends) if my schedule allows. This post is a 100 days — your Data Science and ML degree ( Part 3) — mega compilation of Data Science and ML theory and projects that we have built till now and progressing forward — what to expect.

Some of the other best Series —

30 Days of Natural Language Processing ( NLP) Series

60 days of Data Science and ML Series with projects

30 days of Data Structures and Algorithms and System Design Simplified

60 Days of Deep Learning with Projects Series

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

All the Data Science and Machine Learning Resources

210 Machine Learning Projects

30 days of Machine Learning Ops

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 :

You can use this as a starting point to advanced level and devise your own Data Science and ML degree ( PS: you don’t have to buy expensive courses to be able to learn/get into/ build data science and ML).

Part 1 ( Day 1- 71 ) of this series can be found here —

Part 2 ( Day 72—91 ) of this series can be found here —

Highly Recommended Data Science and Machine Learning Courses that you MUST take ( with certificate) —

Complete Data Scientist

Complete Data Analyst

Complete Data Engineering

Complete Machine Learning Engineer

Complete Deep Learning

Complete Natural Language Processing

Complete Self Driving Car Engineer

Lets dive in for Day 92 -100.

Complete Data Preprocessing and Data Visualization with Projects — Mega Compilation Part 2

Project — DecisionTreeRegressor and RandomForestRegressor

In this post we developed an intuition and implemented DecisionTreeRegressor and RandomForestRegressor through a project.

Where to find Day 18 post :

Project — Detailed Analysis of the Netflix Content.

In this post we covered detailed Analysis of the Netflix Content.

Machine Learning Classification and a Project

In this post we covered ML Classification in detail with a project.

Machine Learning Classification Project 2 ( part 2)

In this post we covered ML Classification on Customer Review and Analysis in detail with another project ( Part 2).

Machine Learning Clustering in detail with a project 1

In this post we covered Machine Learning Clustering in detail with a project( Part 1).

Machine Learning Clustering in detail with a project 2 ( part 1)

In this post we covered Machine Learning Clustering in detail with another project( Part 1).

Machine Learning Clustering in detail with a project 2 ( part 2)

In this post we covered Machine Learning Clustering in detail with another project( Part 2).

Multiple linear regression with a project

In this post we covered multiple linear regression with a project. Along the lines we evaluated model fit and accuracy using numerical measures such as R² and RMSE.

Logistic regression with a project

In this post we covered logistic regression with a project.

Logistic regression with another project

In this post we covered logistic regression with another project.

Advanced Regression Techniques with project ( Part 1)

In this post we covered Advanced Regression Techniques with a project

Advanced Regression Techniques with project ( Part 2)

In this post we covered Advanced Regression Techniques with a project

Support Vector Machine with a project

In this post we covered Support Vector Machine with a project

Scikit learn with a project

In this post we covered the basics of Scikit learn with a project.

Multilayer Perceptron with project

In this project we implemented a multilayer Perceptron model with Keras.

Pytorch and ResNet with a project

In this post we learned about the basics of PyTorch ( one of my favorite library) and ResNet.

Natural Language Processing using Naive Bayes through a project

In this post we learned and implemented the basics of NLP using Naive Bayes through a project.

30 days of Natural Language Processing Series with Projects

In this post we covered some more basics of NLP and then started with SpaCy.

30 days of Natural Language Processing Series with Projects

In this post we covered advanced concepts of SpaCy in detail.

30 days of Natural Language Processing Series with Projects

In this post we SpaCy with a project where we implemented the advanced concepts of SpaCy like Tokenization, POS tagging, Chunking, Named Entities Recognition ( NER)

30 days of Natural Language Processing Series with Projects

In this post we covered Regular Expressions — Part 1 in NLP. Regular Expressions are expressions/patterns used to find or match character combinations in text/strings. These are text-matching tool embedded in Python which are very useful in creating string searches/performing any modifications in Strings.

30 days of Natural Language Processing Series with Projects

In this post we covered Regular Expressions — Part 2 in NLP.

30 days of Natural Language Processing Series with Projects

In this post we covered Natural Language Tool Kit — Part 1 in detail. Natural Language Toolkit (NLTK ) is an amazing library for working in linguistics, natural language using Python which lets you analyze linguistic structure, classification, tokenization, stemming, tagging, parsing, and semantic reasoning, corpora, categorizing text etc.

30 days of Natural Language Processing Series with Projects

In this post we covered Pythonic code in detail that we will be using in NLP projects.

Part 4 of this series : Coming soon!

Follow for more updates. Stay tuned and keep coding!

More Projects —

Complete Python And Projects — Mega Compilation

Maths —

Statistics for Data Science and Machine Learning with Code Implementation

Maths for Data Science and Machine learning

In this post we covered Maths for ML . Topics like Linear Algebra, Calculus, Matrix and Vectors, Bayes Theorem and Cheatsheets etc are covered in detail.

Follow for more updates, stay tuned and of-course let me end this post with a quote by Steve Jobs ;)

“Your time is limited, so don’t waste it living someone else’s life.”

Machine Learning
Data Science
Artificial Intelligence
Tech
Programming
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