Introduction to Mathematical Models in Operations Planning 1st Edition

Clear, rigorous and immediately applicable, Introduction to Mathematical Models in Operations Planning (1st Edition) by Halit Alper Tayalı equips students and professionals with the mathematical foundations needed to optimize real-world operations. Whether you are studying operations research in university or refining planning skills for supply chain and production environments, this textbook bridges theory and practice with clarity.

Discover core topics such as linear and integer programming, network flows, inventory and capacity planning, and forecasting methods presented through concise explanations and illustrative examples. The author emphasizes model formulation, solution interpretation, and how to translate operational problems into solvable mathematical frameworks—ideal for coursework, project work, and workplace problem solving.

Readers will appreciate the approachable writing, step-by-step derivations, and problem sets designed to build competency progressively. Case-driven examples highlight applications in manufacturing, logistics, and service operations, making the material highly relevant for managers, engineers, analysts, and graduate students. If you work across Europe, Turkey, North America or beyond, the models and methodologies are directly applicable to contemporary planning challenges.

Practical yet academically robust, this 1st Edition prepares you to design better schedules, reduce costs, and improve resource allocation through proven optimization techniques. Add this essential resource to your library to deepen your understanding of operations planning and enhance your decision-making toolkit. Order your copy today to start building mathematically sound solutions for complex operational problems.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.