Considering a company-internal supply chain, the author´s first research question is whether the results of integrating machine scheduling and vehicle routing are significantly better than those of classic decomposition approaches which break down the overall problem and solve the subproblems successively.

Christian A. Ullrich investigates the optimization potential of integrated supply chain scheduling approaches. Considering a company-internal supply chain, the author´s first research question is whether the results of integrating machine scheduling and vehicle routing are significantly better than those of classic decomposition approaches which break down the overall problem and solve the subproblems successively. The scope is then broadened to include the machine and transportation scheduling problems of two and more companies at consecutive supply chain stages. The last part of this dissertation addresses supply chain contracting issues.ContentsIntegrated machine scheduling and vehicle routingMultiple-stage transportation and production schedulingR&D investment sharing contractsTarget GroupsResearchers and students in the field of supply chain management, operations research, scheduling, contracting, operations managementPractitioners involved in SCM, logistics, operations management, software engineeringThe Author Dr. Christian A. Ullrich obtained his doctorate degree at Bielefeld University (chair of business administration, management accounting & operations management), Germany.