Building business intelligence in a data-driven world.
The M.S. in Business Data Science and Analytics program focuses on three core areas:
The business analytics courses listed are delivered as a full-time, fixed curriculum, cohort-based program. Students will start in January (spring) and graduate the following December (fall).
We register students for all their data and business analytics classes. Please see the academic calendar for specific dates and deadlines on MSU scheduling.
Students must maintain a cumulative grade-point average of 3.0 or higher in all graduate courses. For more information, please refer to the handbook:
1 Credit
Career development theory through experiential and skill-based learning focused on the unique requirements of the data science and analytics industry. Active practice of career management, networking, negotiation, goal setting, and development planning skills. Offered first half of the semester.
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1 Credit
External speaker perspectives and/or lectures on topics related to the field of business data science and analytics. Note: This course will extend into the fall semester.
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3 Credits
How digitized business processes and data analytics are essential to the performance and competitive advantage of a modern corporation. Different approaches for strategic data management and business analytics. Real-world cases of successes and failures with analytics-based business strategies.
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3 Credits
Emerging issues in big data (e.g., collection, warehousing, pre-processing and querying; mining, cluster analysis, association analytics; out-of-core, online, sampling-based, and approximate learning algorithms; model evaluation and applications, etc.).
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1 Credit
This course is the lab associated with the CSE 801a course above.
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1 Credit
Development of managerial-level business communication skills focusing on oral and written formats. Translation of technical data for communication to non-technical audiences.
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2 credits
Application of statistical concepts including random variables, distributions, parameter estimation, hypothesis testing, analysis of variance and time series analysis. Develop modeling understanding of when to use what analytical capability. SPSS and R software introduced.
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Introduction to the project management process in an analytics framework using real-world data. One business’ problems presented and solved by the full cohort, broken into smaller student teams. Approximately 10–11 weeks long.
3 Credits
Fundamental concepts in probability and statistics including hypothesis tests, type I and type II errors, statistical significance and power, uncertainty quantification, bootstrapping, Monte Carlo methods, and advanced statistical modeling. Three-week intensive at start of semester.
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3 Credits
The collection and analysis of information from the web, including predicting future behavior, search engine optimization, landing page optimization, and mobile marketing and analytics. Online throughout the summer with in-person meetings in early May.
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1 Credit
Corporate analytics project or internship designed to integrate strategic business understanding with analytical and modeling skills. Manage project engagement with organization. 10–12 weeks, last week of May through late August.
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3 Credits
This course explores the application of network analysis in business contexts. Focus is placed on establishing the basic methods and terminology associated with network analysis and text analytics and then progresses into broad-based applications. Applications of these techniques span a broad range of business contexts, including human resource management, CRM systems, supplier networks and online networks.
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3 Credits
Techniques and algorithms for knowledge discovery in databases, from data pre-processing and transformation to model validation and post-processing.
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3 Credits
Concepts and application in decision making, (stochastic) gradient descent, supervised learning (such as penalized regression, classification, survival analysis), deep neural networks for classification, optimization in Python and R, advanced topics in machine learning (such as generative models, adversarial learning, meta learning).
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1 Credit
Corporate practicum in the development and delivery of predictive data analysis for strategic decision making in organizations. Application of the principles and tools of analytics to real-world problems in research & development, marketing, supply chain, accounting, finance and human resources management. Development and presentation of analytical insights and recommendations.
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