Business Analytics for Decision Making

The first complete text suitable for use in introductory Business Analytics courses, this book establishes a national syllabus for an emerging first course at an MBA level. There are three levels of knowledge that those who work with business analytics need to understand: encoding, solution design, and analytics: post-solution analysis. This book is about all three levels. For much of the book, the authors emphasize analytics and de-emphasize representation and encoding so students will have plenty to sink their teeth into regardless of how much computer programming experience they have.

Business Analytics for Decision Making, the first complete text suitable for use in introductory Business Analytics courses, establishes a national syllabus for an emerging first course at an MBA or upper undergraduate level. This timely text is mainly about model analytics, particularly analytics for constrained optimization. It uses implementations that allow students to explore models and data for the sake of discovery, understanding, and decision making.

Business analytics is about using data and models to solve various kinds of decision problems. There are three aspects for those who want to make the most of their analytics: encoding, solution design, and post-solution analysis. This textbook addresses all three. Emphasizing the use of constrained optimization models for decision making, the book concentrates on post-solution analysis of models.

The text focuses on computationally challenging problems that commonly arise in business environments. Unique among business analytics texts, it emphasizes using heuristics for solving difficult optimization problems important in business practice by making best use of methods from Computer Science and Operations Research. Furthermore, case studies and examples illustrate the real-world applications of these methods.

The authors supply examples in Excel^®, GAMS, MATLAB^®, and OPL. The metaheuristics code is also made available at the book''s website in a documented library of Python modules, along with data and material for homework exercises. From the beginning, the authors emphasize analytics and de-emphasize representation and encoding so students will have plenty to sink their teeth into regardless of their computer programming experience.