C531: Predictive Analysis/Data Mining (3 credit hours)

• Define and explain the business analytics process (problem definition; data preparation; technical analysis and modeling; evaluation of results; implementation and deployment).
• Understand and describe the functionality and role of analytic techniques in data mining and predictive analytics.
• Perform basic and advanced analytics tasks with JMP and Excel.
• Construct, validate, and interpret data mining and predictive analytics models using large multivariate data sets.
• Apply data mining and predictive analytic techniques to problems in areas such as fund raising, retailing, direct marketing, market segmentation, bankruptcy prediction, credit scoring, and fraud detection.
• Perform data exploration to evaluate variables for data mining and to suggest and implement approaches to handle data problems such as missing values, outliers, and skewed distributions.
• Compute and interpret key predictive accuracy measures and methods including lift charts, gain charts, and ROC curves.

C533: Data Warehousing & Visualization (3 credit hours)

Understand and utilize unsupervised models including principal components analysis, cluster analysis, and market basket analysis. Understand business intelligence-related concepts: 

• The notion of corporate information factory, 
• Dashboards and scorecards that support the businesses, 
• Different types of problems related to data quality including a methodology for maintaining data quality, and 
• An overview of variety of software tools that are employed in the development of a data warehouse: ETL (extraction, transformation and loading) and analytic tools.

Recognize some of the key issues for managerial considerations: 

• The tools of metrics in decision-making, 
• Types of business risks along with how to alleviate the risks associated with implementing informational systems, and 
• Issues related to data governance

Be cognizant of a variety of tools and techniques. 

C534: Simulation and Optimization for Business Analytics (3 credit hours)

• Develop analytical models using simulation and optimization to analyze and recommend sound solutions to complex business problems. 
• Develop models to provide solutions to operational problems in various business functional areas including finance, economics, operations, and marketing. 
• Solve complex problems using various tools on spreadsheets; including Excel solver for linear and integer programming problems, @@RISK for probabilistic simulations, and risk analysis. 
• Undertake input and output statistical analysis for simulation models. 
• Solve complex optimization problems using the ILOG-CPLEX package. 

C535: Developing Value through Business Analytics Applications (3 credit hours)

• Understand how various analytical techniques and tools are used to analyze complex business problems and derive business value for applications. 
• Apply analytical techniques to various retail and marketing problems; including determining customer value and using the concept to aid in business decision-making by allocating marketing expenditures between customer acquisition and customer retentions (marketing analytics). 
• Apply EXCEL financial functions (XIRR, XNPV, FV, PV, PMT, CUMPRINC, and CUMIPMT) and develop models to solve financial problems on spreadsheets (financial analytics). 
• Develop inventory models under uncertainty including service level and reorder point models for supply chains (supply chain analytics). 
• Deploy analytics, such as aggregate planning models in production planning and scheduling (operations analytics). 
• Use Data Envelopment Analysis (DEA) in solving various healthcare problems (healthcare analytics). 

After you complete the Kelley application, you’ll receive an email with instructions on how to apply through the Graduate CAS Application. During this Part 2 application, you will upload the following materials to complete your application.

• Resume—Provide a copy of your resume, summarizing your professional experiences and accomplishments.
• Personal Statement—Tell us what you want to achieve in this program in 500 words or less.
• Letter of Recommendation—Ask someone who knows your professional career to write a letter of recommendation for you. Provide the contact information of your recommender within the application. An email prompt will be sent to their email address, and they will be able to fill out a form and upload additional material. If you need alternative arrangements, please contact edp@@indiana.edu.
• Post-Secondary Transcripts—Provide copies of your transcripts from all of the post-secondary institutions you’ve attended. These copies can be sent to the program manager, or uploaded into the Part 2 Application.