
Explore the evolution of analytics, from CRISP-DM and CIMA data mining to business intelligence and data visualization, and examine AI, machine learning, and deep learning.
Watch essential information to get the most from this video-based course, which includes downloadable exercises and instructor files, optional follow-along, unzip guidance, and playback quality and speed tips.
Trace the history of analytics from 17th-century descriptive statistics to modern artificial intelligence and big data milestones. See how bar charts, business intelligence, and deep learning shaped data analytics.
Explore the foundations of data, including structured, unstructured, and semi-structured forms, and the big data landscape defined by the three vs and the expanded six vs driving analytics.
Explore data mining to uncover patterns in large data sets and learn the CRISP-DM framework, data preparation, modeling, evaluation, and deployment to drive informed decisions.
Explore data preparation for mining: select, clean, transform, and integrate data; create derived attributes and new records; then choose modeling techniques, test, evaluate, and plan deployment.
Explore how business intelligence tools gather, analyze, and visualize data from diverse sources to enable self-service insights, augmented analytics, and data-driven storytelling across KPIs and operations.
Design clear dashboards by prioritizing top-left key information, using appropriate charts such as bar, line, scatter, and heatmap, with consistent colors and interactive drill-downs and filters.
Explore the four analytics types—descriptive, diagnostic, predictive, and prescriptive—and learn how each builds on the last to turn data into insights, foresight, and actionable optimization.
Explore a spectrum of analytics methods, from regression analysis and Monte Carlo simulation to cohort and cluster analysis, time series, and decision trees. Review non AI models like A/B testing.
Explore the fundamentals of artificial intelligence, machine learning, and deep learning, including supervised, unsupervised, and reinforcement learning. See how AI powers natural language processing, computer vision, and personalization.
Explore artificial intelligence foundations across NLP, speech recognition, real-time translation, TTS, machine translation, summarization, and text-to-image, driven by ML and deep learning; cover key analytical problem types and models.
Explore how machine learning underpins demand forecasting, product search, recommendations, and fraud detection, while neural networks, deep learning, and supervised, unsupervised, reinforcement, and ensemble methods map the field.
Explore machine learning fundamentals, including recurrent neural networks, generative adversarial networks, autoencoders, and perceptrons. Learn practical steps from problem definition to evaluation and address challenges like data bias and interpretability.
Explore how deep learning trains computers to recognize speech and images using multi-layer neural networks and unstructured data, including CNNs, RNNs, and GANs.
Explore descriptive statistics and a spectrum of AI analytics techniques, from naive Bayes and regression to Markov processes and Monte Carlo methods, with data visualization and real-world use cases.
Part two explains linear classifiers and discriminant analysis, highlighting interpretable models and use cases in sentiment analysis, medical diagnosis, and text classification with svm and k-means.
Explore instance-based learning, where predictions compare new data to stored instances; understand its lazy approach, advantages and drawbacks, plus use cases in recommender systems, image recognition, and NLP.
Trace the history of analytics, master data wrangling, cleansing, and analysis, and map modeling techniques to business problems within a modular AI analytics universe.
Perform three-cluster k-means on a 20-record grocery dataset in Excel, using four attributes (dairy, meat, dry goods, care products) and Euclidean distance, iterating centroids with averageif until stable.
Explore how to wrangle, cleanse, and analyze data and understand how analytics fits into today’s business world.
Learn to use generative ai for data analysis: summarize spreadsheets, spot trends and outliers, build charts, and generate actionable formulas and insights from prompts.
**This course includes downloadable exercise files to work with**
The richest data store is only as good as your ability to search, sort, analyze, and present the data within it. This introductory-level course will give students a broad overview of the theory and practice of data analytics and the many ways in which artificial intelligence (AI) contributes to it.
Your instructor will begin with a brief history of data analytics and then proceed into discussions of data warehouses, data mining, business intelligence, machine learning, and other emerging AI techniques to make sense of big data.
Students will learn how data is captured, cleansed, analyzed, and presented on business intelligence dashboards that captivate and persuade an audience. “It is a capital mistake to theorize before one has data," Sherlock Holmes once said.
Whether you are investigating analytics as a potential career move or wish to better understand the terminology you encounter with increasing frequency in your professional circles, this course will give you the foundation you are looking for.
This program includes 3 hours of instruction and a practice-based assessment, which will help students simulate real-world data analytics scenarios that are critical for success in today's increasingly complex workplace.
Students will gain:
A brief overview of the history of analyzing data, from medieval statistics to the sophisticated techniques developed by the likes of Google and Microsoft.
A look at data stores, which are growing exponentially, and the challenges of wrangling “big data.”
Understanding of data mining—what it entails, different approaches, and who’s leading the way.
A two-part discussion of business intelligence, including the principles of sound dashboard design and data presentation.
The key differences between the four types of analytics—diagnostic, descriptive, predictive, and prescriptive—and how they relate to and build upon each other, and how they apply to various industries.
An overview of specific analytics processes and models.
A first look at AI, its evolution, its functions, and what it can do for businesses today.
An exploration of machine learning—how systems can learn from data, identify patterns, and make decisions with little human intervention.
A survey of deep learning technologies, including a variety of neural networks.
An overview of the most important machine learning data modeling techniques
A practical and honest appraisal of the analytics and AI landscape today and moving forward, including the tremendous promise and the potential pitfalls.
Resources for continued study on these topics.
This course includes:
3 hours of video tutorials
20 individual video lectures
Course and Exercise files to follow along
Certificate of completion