
Learn numpy array indexing to access elements in one- and two-dimensional arrays using zero-based indices. Apply examples like a[0], a[2], and a2d[i, j] to understand element retrieval and basic operations.
Master NumPy array slicing in Python, using start and end indices and steps, for 1D and 2D arrays, with practical examples and notebook demos.
Learn numpy array searching with np.where and sorting with the sort function, locating value indexes and ordering numeric and alphabetic arrays.
Master pandas data frames analysis by using head and tail to view data frames, info to summarize structure, describe for statistics, and correlation to explore relationships, including read csv examples.
Explore essential Matplotlib plots, including line charts, bar charts, scatterplots, pie charts, and histograms, with practical data, plotting techniques, and line style variations.
Learn to use Seaborn in Python to create box plots, distribution plots, and rich plots for visualizing data. Explore in-built datasets such as tips, Titanic, MPD.
Explore feature scaling, a preprocessing technique that standardizes features with normalization and standardization. See how min-max and standard scalers adjust features such as age and salary for robust modeling.
Explore AWS services like S3, RDS, IAM, EC2, and SageMaker to understand storage, durability, storage classes, availability, scalable compute, and ML model deployment in the cloud.
Explore how Amazon SageMaker delivers a fully managed ML workflow across the complete machine learning lifecycle—from data labeling and preprocessing to training, tuning, evaluation, and deployment.
Implement a linear learner model in AWS SageMaker using S3 data, train on the UK breast cancer diagnostic dataset, deploy a hosted endpoint, and evaluate accuracy.
Explore no-code machine learning with AWS SageMaker Canvas, uploading data to automate data cleaning, processing, and model selection, then build and generate single or bulk predictions.
explore diabetes prediction using a machine learning workflow: load a diabetes dataset, preprocess with standardization, train a linear svm, evaluate accuracy, and predict a new case.
Explore stock price prediction with an lstm-based neural network using Microsoft stock data, including data preprocessing, scaling, and training within a sequential model.
Data science is the field that encompasses the various techniques and methods used to extract insights and knowledge from data. Machine learning (ML) and deep learning (DL) are both subsets of data science, and they are often used together to analyze and understand data.
In data science, ML algorithms are often used to build predictive models that can make predictions based on historical data. These models can be used for tasks such as classification, regression, and clustering. ML algorithms include linear regression, decision trees, and k-means.
DL, on the other hand, is a subset of ML that is based on artificial neural networks with multiple layers, which allows the system to learn and improve through experience. DL is particularly well-suited for tasks such as image recognition, speech recognition, and natural language processing. DL algorithms include convolutional neural networks (CNNs) and recurrent neural networks (RNNs).
In a data science project, DL models are often used in combination with other techniques such as feature engineering, data cleaning, and visualization, to extract insights and knowledge from data. For instance, DL models can be used to automatically extract features from images, and then these features can be used in a traditional ML model.
In summary, Data science is the field that encompasses various techniques and methods to extract insights and knowledge from data, ML and DL are subsets of data science that are used to analyze and understand data, ML is used to build predictive models and DL is used to model complex patterns and relationships in data. Both ML and DL are often used together in data science projects to extract insights and knowledge from data.
IN THIS COURSE YOU WILL LEARN ABOUT :
Life Cycle of a Data Science Project.
Python libraries like Pandas and Numpy used extensively in Data Science.
Matplotlib and Seaborn for Data Visualization.
Data Preprocessing steps like Feature Encoding, Feature Scaling etc...
Machine Learning Fundamentals and different algorithms
Cloud Computing for Machine Learning
Deep Learning
5 projects like Diabetes Prediction, Stock Price Prediction etc...
ALL THE BEST !!!