
Data Science and Machine Learning using Python. NumPy, Pandas, Scikit-learn, Natural Language processing, NLTK, Recommender Systems, Decision Trees, Random Forests, Regression, Support Vector Machines
Please download the course material (link is provided below FAQ). The material includes all the resource and code files that you need for this course!
Frequently Asked Question (FAQ):
How to get successful in the filed of Data Science and Machine Learning, what is the probability of getting the job?
Few tips for you: Remember, you need to create your profile. I suggest, if you don’t have, create your GitHub account and upload all of your work there. As a data scientist, one of the key thing is reporting based on your findings. This course is an excellent jump-off to get into this rewarding career. After finished each project / section, create a report and present conclusions. Attach the report to each project in your Github account. You are most welcome to reference this course in your report, this might be helpful. Please don’t put the course material (the folder which came with this course) in your Github, create your own stuff (don’t worry even if they are similar), everything should go through your hands. I have seen that the blog posts are also helpful in creating your profile and to make good connections. Regarding job, there are more jobs in the market than the available professionals in this field. This course will land you in the interview, success is on your efforts and hard-work. Practice is a key and there are tons of datasets available to practice your skills. Keep yourself motivated, a great career is waiting for you!
Set up your data science environment with Python by installing the Anaconda distribution and Jupiter notebook, and access course materials, cheat sheets, and data files.
Create a dedicated environment for the course, install and verify key libraries (Python 3.6, pandas, matplotlib, seaborn, cufflinks, statsmodels) and launch Jupyter notebook to run code in notebooks.
Please follow the instructions to create an environment. Once, you are done creating environment, you don't need to install anything for this course. This is super easy!
Explore Python data types including lists, dictionaries, tuples, sets, and booleans, showing indexing, mutability, and common operations like append, pop, and key access.
Explore Python's comparison operators and control flow with if, else, and elif statements. Learn to combine conditions with logical operators and understand indentation-driven blocks.
Python's key concepts for Data Science and Machine Learning, List comprehension, loops, lambda function. Hands-on with coding examples
Explore Python essential exercises covering arithmetic, strings, lists and dictionaries, indexing, tuples vs sets, email domain extraction, Calgary checks, square numbers, lambda expressions, map and filter, and discount logic.
Learn NumPy, a fundamental numerical Python library for linear algebra and integration with C, C++, and Fortran; install via pip or conda and work with arrays, matrices, and vectors.
Numpy's arrays, useful methods and key concepts for Data Science and Machine learning
Explore numpy essentials: indexing and slicing elements in 1d and 2d arrays, learn broadcasting concepts, and use boolean masking to reference, assign, and filter values.
Explore numpy essentials through practice exercises that test your knowledge, including importing numpy, converting lists to arrays, and applying boolean masks to generate metrics.
Explore numpy essentials: distinguish vectors from matrices, create arrays with arange, zeros, ones, and linspace, reshape with shape, and practice slicing, indexing, sums, standard deviation, and boolean masking.
Explore pandas, the open source data analysis library for Python, offering fast data cleaning, preparation, and analysis. Learn how to import data from various sources and install pandas with conda.
Explore pandas, a high-performance open source data analysis library for Python, covering data frames, indexing, cleaning, missing data, joining, concatenation, grouping, and aggregation, with hands-on data analysis exercises.
Explore Pandas series, a one-dimensional data structure with labeled indices, created from lists or dictionaries, and learn index-aligned operations, missing-data handling, and quick inspection with head and tail.
Master pandas hierarchical indexing with multi-level indexes on series and dataframes, name index levels, and access data via cross sections and xs from outside to inside.
Learn how to combine and merge data in pandas using inner, outer, left, and right joins on one or more keys, and how concatenation stacks dataframes along axes.
This lecture will cover a fundamental and most useful concept of GroupBy in Pandas with visual explanation and code example.
Learn pandas essentials to inspect, clean, and analyze a data frame using info, head, drop, fill, unique, sort_values, boolean indexing, apply, and pivot tables.
Explore pandas essentials with a 30,000-entry customer purchases dataset: load data, inspect top rows, compute ages and spending statistics, profile customers by profession, email provider, and purchase day.
Load the customer purchases dataset with pandas and inspect the first rows. Compute max, min, and mean ages and spending, then filter by profession, gender, and Visa usage.
Dive into Pandas essentials with Chicago payroll data in Project 2. Learn to read the dataset, inspect the head, and analyze salaries, hourly rates, and officer titles.
Analyze Chicago payroll data with pandas, loading the dataset and handling missing values while computing statistics. Parse salaries, compare by department and job type, and identify max and min earners.
Learn pandas essentials by analyzing the Chicago payroll data: compute max, min, and mean hourly rates, create new columns, filter, and explore departments and job titles.
Explore basic plotting with matplotlib, including line plots of x vs y, axis labels and titles, and creating multiple plots with subplots in Jupyter notebooks.
Explore matplotlib essentials through an object-oriented approach, setting figure size and dpi, adding labels and legends, and creating subplots, scatter plots, histograms, and box plots.
Master matplotlib essentials through hands-on exercises that guide you to create figures, axes, and subplots, plot data x and y, and set labels, titles, and legends for clear visualizations.
Master Matplotlib essentials with hands-on exercises: create figures and axes, plot data, label axes and titles, customize legends and colors, and build subplots and scatter plots.
This is a self-study and optional part.
Jupyter notebook is provided for you guys to learn few advanced plotting concepts using matplotlib.
Matplotlib provides tons of options that we don't use often, but it is good to know few of them.
Keep in in your mind, you can always explore the official documentation for more resources.
Explore Seaborn, a Python data library built on matplotlib, offering a high level interface to create attractive plots, such as bar, violin, and regression plots, plus installation and API guidance.
Learn Seaborn distribution plots to visualize data distributions, including distplot, jointplot, rug plot, kde, and pairplot, using the tips dataset to examine total bill and tip relationships.
Explore seaborn's categorical plots, including strip, swarm, box, and violin plots, using the tips dataset to compare distributions across days, sexes, and other categories with jitter, hue, and palette options.
Explore seaborn's categorical plots to compare central tendency and variability across groups using estimators, with bar, count, point, and box plots.
Explore seaborn matrix plots, including heat maps and cluster maps, to visualize correlations and patterns in data, and learn to prepare data with pivot tables and color maps.
explore seaborn regression plots using lmplot to display a scatterplot with a linear fit, including hue by sex and separate plots by columns and rows.
Explore Seaborn figure aesthetics by applying style, size, and context settings to produce clear, publication-ready plots. Learn to adjust spines, tick marks, and font scale for effective data presentation.
Practice exploratory data analysis with seaborn through Titanic and tips datasets, recreating multiple plots, setting styles, and labeling axes to reinforce data visualization skills.
Explore seaborn exercise solutions by visualizing Titanic, tips, and Iris datasets with box plots, joint plots, and a heatmap.
Explore pandas built-in data visualization to create histograms, area, bar, line, scatter, box plots, kde, hex bins, and pie charts; customize styles, colors, sizes, and subplots.
Learn practical pandas data visualization by building data frames, creating scatter plots, and adjusting color, size, alpha, and styles. Explore density and box plots to reveal data insights.
Explore interactive geographical plotting with Plotly and cufflinks by building data dictionaries, creating text labels for US states and GDP data, and visualizing maps with color scales.
Explore interactive plotting with plotly and cufflinks to build geographical maps and bar plots from happiness, election, and alcohol datasets, using offline plotting in a Jupyter notebook.
Build offline interactive plots with Plotly and cufflinks, creating text-enabled bars and geography maps from country happiness data for global and US state visuals.
Explore capstone data analysis in Python by performing exploratory data analysis on oil and bank stocks, reading datasets, and creating interactive visualizations to evaluate stock performance during the 2007–2009 recession.
Combine banks and oil stock data, rename to entity and stock, compute max and min prices, and build bar and interactive line plots for multiple tickers.
This project analyzes oil and bank stock prices during a recession using Python, computing daily returns, profits, and risk metrics, and visualizing with seaborn subplots for RBC, Encana, and Suncor.
Engage in optional emergency calls data analysis from Montgomery County, PA by importing libraries, reading data, and answering questions with practice-focused guidance from the solution notebook.
Explore what machine learning is, why it matters in the era of big data, and how supervised, unsupervised, and reinforcement learning enable data analysis and prediction.
Explore linear regression and the least-squares fit, and understand the no free lunch principle alongside the bias-variance tradeoff. Learn how model complexity affects underfitting and overfitting for reliable predictions.
Load the Boston housing data from scikit-learn, explore features with histograms and a correlation heatmap, and prepare for a linear regression model.
Build and evaluate a linear regression model in scikit-learn. Use a train-test split; train on the training set, predict on the test set, and assess with mean absolute error.
Learn how to save and load your trained machine learning model using Python. Apply practical techniques to preserve and reuse models in real projects.
Build a linear regression model with scikit-learn to predict health insurance charges using age, sex, bmi, children, smoker, and region, with binary encoding for smoker and sex.
Greetings,
I am so excited to learn that you have started your path to becoming a Data Scientist with my course. Data Scientist is in-demand and most satisfying career, where you will solve the most interesting problems and challenges in the world. Not only, you will earn average salary of over $100,000 p.a., you will also see the impact of your work around your, is not is amazing?
This is one of the most comprehensive course on any e-learning platform (including Udemy marketplace) which uses the power of Python to learn exploratory data analysis and machine learning algorithms. You will learn the skills to dive deep into the data and present solid conclusions for decision making.
Data Science Bootcamps are costly, in thousands of dollars. However, this course is only a fraction of the cost of any such Bootcamp and includes HD lectures along with detailed code notebooks for every lecture. The course also includes practice exercises on real data for each topic you cover, because the goal is "Learn by Doing"!
For your satisfaction, I would like to mention few topics that we will be learning in this course:
Basis Python programming for Data Science
Data Types, Comparisons Operators, if, else, elif statement, Loops, List Comprehension, Functions, Lambda Expression, Map and Filter
NumPy
Arrays, built-in methods, array methods and attributes, Indexing, slicing, broadcasting & boolean masking, Arithmetic Operations & Universal Functions
Pandas
Pandas Data Structures - Series, DataFrame, Hierarchical Indexing, Handling Missing Data, Data Wrangling - Combining, merging, joining, Groupby, Other Useful Methods and Operations, Pandas Built-in Data Visualization
Matplotlib
Basic Plotting & Object Oriented Approach
Seaborn
Distribution & Categorical Plots, Axis Grids, Matrix Plots, Regression Plots, Controlling Figure Aesthetics
Plotly and Cufflinks
Interactive & Geographical plotting
SciKit-Learn (one of the world's best machine learning Python library) including:
Liner Regression
Over fitting , Under fitting Bias Variance Trade-off, saving and loading your trained Machine Learning Models
Logistic Regression
Confusion Matrix, True Negatives/Positives, False Negatives/Positives, Accuracy, Misclassification Rate / Error Rate, Specificity, Precision
K Nearest Neighbour (KNN)
Curse of Dimensionality, Model Performance
Decision Trees
Tree Depth, Splitting at Nodes, Entropy, Information Gain
Random Forests
Bootstrap, Bagging (Bootstrap Aggregation)
K Mean Clustering
Elbow Method
Principle Component Analysis (PCA)
Support Vector Machine
Recommender Systems
Natural Language Processing (NLP)
Tokenization, Text Normalization, Vectorization, Bag-of-Words (BoW), Term Frequency-Inverse Document Frequency (TF-IDF), Pipeline feature........and MUCH MORE..........!
Not only the hands-on practice using tens of real data project, theory lectures are also provided to make you understand the working principle behind the Machine Learning models.
So, what are you waiting for, this is your opportunity to learn the real Data Science with a fraction of the cost of any of your undergraduate course.....!
Brief overview of Data around us:
According to IBM, we create 2.5 Quintillion bytes of data daily and 90% of the existing data in the world today, has been created in the last two years alone. Social media, transactions records, cell phones, GPS, emails, research, medical records and much more…., the data comes from everywhere which has created a big talent gap and the industry, across the globe, is experiencing shortage of experts who can answer and resolve the challenges associated with the data. Professionals are needed in the field of Data Science who are capable of handling and presenting the insights of the data to facilitate decision making. This is the time to get into this field with the knowledge and in-depth skills of data analysis and presentation.
Have Fun and Good Luck!