MKT 511 (MKT 5110): Data, Analytics and AI for Marketing Strategy

Contents
This course provides an advanced understanding of how data, analytics, and artificial intelligence can be leveraged to design and optimize marketing strategies. It focuses on the transformation of marketing decision-making in data-rich environments, moving from intuition-driven approaches to evidence-based and algorithm-supported strategies.
Students will learn how to structure marketing decision problems, integrate and evaluate data sources, and apply analytical models to key strategic areas such as customer segmentation, customer lifetime value (CLV), acquisition and retention, marketing mix allocation, pricing, and revenue optimization. The course also introduces modern machine learning approaches and AI-driven decision systems, including reinforcement learning and generative AI applications in marketing.
The course combines conceptual foundations with quantitative tools and practical applications. Through case studies, tutorials, and hands-on exercises, students will develop the ability to translate analytical insights into actionable marketing decisions. Special emphasis is placed on causal inference, economic decision criteria, and the strategic implications of AI-enabled marketing.
As part of this course, you are also required to independently work through several online videos as self-study.

Learning outcomes
Upon successful completion of this course, students:

  • are able to structure and formalize marketing decision problems in data-rich environments, integrating strategic objectives, constraints, and performance metrics.
  • understand the role of data, analytics, and AI in marketing decision-making, including the distinction between predictive and causal approaches.
  • are able to apply key analytical frameworks and models (e.g., segmentation, CLV, marketing mix models, pricing and demand models) to derive optimal marketing strategies.
  • are able to evaluate marketing actions based on economic criteria such as profit, ROI, and customer lifetime value.
  • have acquired the ability to design data-driven customer and market strategies, including targeting, acquisition, retention, cross-selling, and pricing decisions.
  • understand the opportunities and limitations of machine learning and AI in marketing, including issues of model evaluation, interpretability, and governance.
  • are able to translate analytical results into actionable managerial recommendations and communicate them effectively.
  • have developed hands-on experience with analytical tools and methods used in modern marketing analytics and AI-supported decision-making.

Necessary prerequisites

Recommended prerequisites

Forms of teaching and learningContact hoursIndependent study time
Lecture2 SWS8 SWS
Exercise class2 SWS10 SWS
ECTS credits8
Graded yes
Workload240h
LanguageEnglish
Form of assessmentWritten exam (90 min)
Restricted admissionno
Further information
Examiner
Performing lecturer
Prof. Dr. Florian Stahl
Prof. Dr. Florian Stahl
Prof. Dr. Florian Stahl
Frequency of offeringSpring semester
Duration of module 1 semester
Range of applicationM.Sc. MMM, M.Sc. Bus. Edu., M.Sc. Econ., M.Sc. Bus. Inf., LL.M., MAKUWI, MMDS, M.Sc. MMOSCM
Preliminary course work
Program-specific Competency GoalsCG 1, CG 4
LiteratureChapman, Christopher N., McDonnell Feit, Elea (2015): R for Marketing Research and Analytics. The book is available for free from the URL: https://link.springer.com/book/10.1007/978-3-319-14436-8
Grigsby, Mike (2018) Marketing Analytics: A Practical Guide to Improving Consumer Insights Using Data Techniques
Katsov, Ilya (2018) Introduction to Algorithmic Marketing: Artificial Intelligence for Marketing Operations
Course outlineIntroduction in Marketing and Marketing Analytics
Consumer and Customer Analytics: Analyzing and Predicting Individual-level Preferences and Brand Choice
Binary Brand and Product Choice
Multinomial Brand and Product Choice
Markov Models
Analyzing and Modeling Purchase Quantity and Timing
Market Analytics: Analyzing and Predicting Aggregated Demand and Competition
Product Sales
Market Basket Analysis
Forecasting New Product Sales
S-Curves (New Product Sales Over Time)
Neural Networks
Considering Trends and Seasonality
Brand Sales and Market Share
Market and Customer Segmentation
RFM Models
Classification Trees
Latent Class Analysis
Collaborative Filtering
Marketing Management: Increasing Efficiency of Marketing and Competitive Advantage through Analytics Customer Management
Customer Relationship Management (CRM) Analytics
Customer Journey Analytics
Brand Management
Measuring Brand Perception Using Big Data
Brand Audit through Social Listening
Marking Strategy: Increasing Efficiency of Marketing Instruments Pricing Analytics
Dynamic Pricing
Multi-Channel Pricing