Machine Learning for Business Decisions
Demystify machine learning to understand how it can help you make more informed decisions in support of organizational and mission success via a unique, immersive gaming experience from Wharton Interactive.
Demystify machine learning to understand how it can help you make more informed decisions in support of organizational and mission success via a unique, immersive gaming experience from Wharton Interactive.
Expand your AI knowledge by learning about the fundamentals of Python programming.
Gain valuable knowledge and hands-on experience using the key concepts, tools and methodologies for natural language processing and text mining with Python.
Gain valuable, new knowledge in how to move from raw data to powerful insights for decision makers using the state-of-the-art data visualization tool, Tableau.
In this online training course, learn about spatial statistical analysis methods to solve geospatial problems with a focus on R. The course also explains and give examples of the analysis that can be conducted in a geographic information system.
Continue to expand your professional AI and data science portfolio by learning about the critical issue of bias in data analysis and how to avoid or mitigate it to build better models.
Continue to grow your data science know-how by gaining basic skills in Python and data structures: how to load data from different sources, aggregate the data, analyze the information and visualize the data to create first-rate products for your customers.
Expand your AI, machine learning and data science knowledge by learning about basic concepts in predictive analytics, with a focus on Solver, to visualize and explore predictive modeling.
Expand your AI and machine learning knowledge by learning about basic concepts in predictive analytics, with a focus on R, to visualize and explore predictive modeling
Expand your AI and machine learning knowledge by learning about basic concepts in predictive analytics, with a focus on Python, to visualize and explore predictive modeling