The Chair of Service Operations Management currently offers the following Master Thesis topics:

• Optimization models in software product line
• Integrated Models in the Airline Scheduling Process
• Prescriptive Analytics for the Design of Experiential Services

Furthermore, you have the opportunity to make an own proposal for the Master Thesis. A proposed Master Thesis topic requires acceptance by our Chair. The proposed topic must have a clear link to our Research Topics.

We advise you to contact us at an early stage, if you are planning to propose a Master Thesis topic. Please contact M.Sc. David Topchishvili and attach a description of the proposed topic. We will check the feasibility of the topic and inform you about next steps.

• Discrete Choice Model estimation for Intercontinental Travel
• Experiential Service Design – Empirical Evidence
• How Analytics can help in Improving the Service Delivery Process?
• Measurement, Design, and Simulation of Responsive Service Processes
• An Analysis of the Loan Application Process using Process Mining
• Subproblems in Airline Crew Scheduling
• What are the most important attributes when designing an Electric Toothbrush?
• Personnel scheduling during pandemics
• Discrete Choice Model estimation in the Airline industry
• The Impact of Product Variety on Sales Performance: Evidence from an Online Publisher
• Integrated Crew Scheduling
• Customer-oriented service design for online and mobile services
• Offering self-services via app – on the balance between customer orientation, IT investments and operational benefits
• Choice-based Airline Schedule Design
• From Airline Revenue Management to Data-driven Dynamic Offer Management
• Predictive Analytics for Distribution Network Design at Bayer Crop Science (based on INFORMS OR & Analytics Student Competition)
• Prescriptive Analytics for Distribution Network Design at Bayer Crop Science (based on INFORMS OR & Analytics Student Competition)
• Simulation-based Analytics for Distribution Network Design at Bayer Crop Science (based on INFORMS OR & Analytics Student Competition)
• Measuring Fit Between a Firm's Competitive Priorities and Process Capabilities
• Assortment and Price Selection under the Mixed Multinomial Logit Model
• Capacity Planning of Fitness Studio using Simulation
• Estimating choice data for the itinerary choice of railway passengers
• Choice-based Airline Schedule Design
• Measuring Schedule Preferences – a Case study in Crew Scheduling
• Analysis of Alternative Objectives in Revenue Management
• Optimizing Long-Distance Bus Operations Integrating Both Customer and Company Perspective
• Measuring Schedule Preferences – A Case-Study in Higher Education
• A Rerouting Model for Railways in Case of Delays
• Analyzing Co-opetition in Service Clusters with Waiting-Area Entertainment using Simulation
• Hybrid Simulation Modeling of Healthcare Service Process Using AnyLogic: A Case Study of West Coast University Primary Care Center
• Solving Train Dispatching Problems via Benders Decomposition
• Revenue Management techniques in practice: A Survey of Railway Companies
• Creating Process Alternatives for Service Design
• Master Planning in Theory and Practice
• Conjoint Analysis With Experiential Attributes – What Role Does Virtual Reality Play?
• Analyzing Service Process at Vapiano with Queuing Theory and Simulation
• Rescheduling vs. Delay Management Models for Railways
• Measuring Capacities of Railway Networks
• Railway Schedule Design – Current State-of-the-Art and Extensions
• Green Product Design and Pricing in Fashion Retailing
• Simulating Service Processes – Taking Advantage of Discrete Event Simulation and Agent-Based Modelling with applications to healthcare service design
• Simulating Service Processes – Taking Advantage of Discrete Event Simulation and Agent-Based Modelling with applications to railway service design
• Passenger Railway Revenue Management in a Network
• Design of Hybrid Product-Service Bundles with Applications to Industrial Services (in cooperation with Freudenberg)
• Simulation and Analysis of the German Procedures for Processing Applications for Asylum with ARENA
• Skill-based project scheduling with application to new product development projects
• Strategic Network Planning at Dell – Going West in China (in cooperation with Dell)
• The Effect of Revenue Management in a Make-to-Order Production Environment on Order Acceptance and Due Date Quotation
• Passenger Railway Revenue Management – Current State-of-the-Art and Extensions (in cooperation with Deutsche Bahn)
• Green Product Design and Pricing (in cooperation with Dell)
• Revenue Management for Print Ads (in cooperation with Burda)
• Green Product Design and Pricing in the Food Industry
• Planned Obsolescence – Critical Review and Servicing Opportunities

Overview:

A process overview with relevant information regarding the Master Thesis can be downloaded here.

Prerequisites:

In order to write a Master Thesis at our Chair of Service Operations Management, you must have succesfully completed a Seminar Thesis. The Area Operations Management recommends to write the Seminar and the Master Thesis at the same Chair (OPM 781 – Research Seminar in Service Operations Management). However, we accept Seminars from all chairs of the Area Operations Management (OPM 701, 741, 761, 781).

During your Master Thesis, we expect you to participate in Master-Kolloquium (OPM 782).

Please note that after a succesful completion of the Master Thesis, there may be a possibility of extending the topic to a Doctoral Thesis.

Application:

Please apply for a Master Thesis only at one chair within the Area Operations Management. 

Please send your full application (single PDF file) to M.Sc. David Topchishvili. The application should contain the following documents:

• Short motivation (incl. preferred start date)
• Preferred topic (incl. topic description in case of own proposal)
• Current Transcript of Records
• Bachelor Certificate
• CV (optional)

In case of questions regarding the Master Thesis, please contact M.Sc. David Topchishvili.

A MS Word template for the Master Thesis can be found here.

The exposé guide can be found here.