Koc University, Industrial Engineering and Operations Management, 2018-2023

Bılkent University, Industrial Engineering, 2014-2016

Bılkent Unıversity, Industrial Engineering, 2009-2013

Scarce-capacity allocation, supply-chain coordination and contract design, pricing and revenue management, operations-marketing interfaces, analytical modelling; optimization, game theory, mechanism design.

PUBLICATIONS

• Çelik, B., Schwarz, J. A., & Tan, B. (2025). Product and price competition with selection of unique and common features and different quality levels. International Journal of Production Economics, 287, 109667.
• Çelik, B., Schwarz, J. A., & Tan, B. (2024). New product introductions with selection of unique and common features in monopoly markets. Omega, 125, 103018.

WORKING PAPERS

• Çelik, B., & Tan, B. Coordination, not first-mover advantage: Sequential commitment in competing platform ecosystems. Manuscript under review at Management Science.
• Çelik, B., & Peura, H. The price of priority: Efficient rationing with common posted prices. Manuscript in preparation for submission to Production and Operations Management.
• Neuhierl, L. M., & Çelik, B. Maritime chokepoint disruptions in automotive supply chains: A multi-period MILP approach. Manuscript in preparation for submission to Transportation Research Part E.
• Çelik, B., & Peura, H. When capacity reserves make hidden service quality credible. Manuscript in progress.
• Çelik, B. Performance-adjusted allocation. Manuscript in progress.

Operations and Supply Chain Analytics — Master’s level, Aalto University School of Business, Fall 2025.

Teaching Assistant / Selected Teaching Assistance

• Revenue Management and Demand Analytics
• Operations and Supply Chain Analytics
• Operations Management (MBA)
• Pricing and Revenue Management
• Industrial Engineering Design
• Decision Analysis
• Applied Statistics
• Engineering Economics
• Financial Issues in Engineering Projects
• Introduction to Financial Engineering
• Modeling and Methods in Optimization
• Introduction to Modeling and Optimization