Jakob PUCHINGER

Jakob PUCHINGER

Paris

Professor in Supply Chain Management and Logistics

Presentation

Jakob Puchinger is professor in Supply Chain Management and Logistics. He joined EM Normandie in 2022. He is also affiliate professor at the Laboratoire Génie Industriel at CentraleSupélec, Université Paris-Saclay and co-director of the Future Cities Lab with Centrale Pékin. Jakob Puchinger holds a doctoral degree from TU Wien obtained in 2006. His thesis investigated the combination of metaheuristics and integer programming for solving cutting and packing problems. His main research interests are in logistics and urban mobility, disruptive technologies and the optimization of the underlying transport systems. Jakob Puchinger co-authored more than 80 scientific publications, has supervised six theses and currently supervises five.

Professional experience

Since 2022: Professor in Supply Chain Management and Logistics, EM Normandie
Since 2019: Head of the Operations Management team at the Laboratoire Génie Industriel de CentraleSupélec, Université Paris-Saclay
Since 2019: Co-director of the Future Cities Lab at Centrale Pékin
2015-2022: Holder of the Anthropolis Chair and professor in Industrial Engineering at IRT SystemX and CentraleSupélec, Université Paris-Saclay.
2008-2014: Scientist, Senior Scientist, Head of Business Unit Dynamic Transportation Systems, Austrian Institute of Technology, Vienna, Austria
2009-2015: External Lecturer, Vienna University of Technology
2006-2008: Researcher, NICTA, University of Melbourne

Département
Supply Chain & Management Digital
Matières enseignées
Supply Chain Management
Diplômes
2006 : PhD in computer science, TU Wien, Austria

Publications

  • Achamrah, F.E. & Puchinger, J (forthcoming), 'A gradient-descent-based framework for solving a stochastic two-echelon delivery problem with cargo-bikes', Transportation Research Part E. FNEGE : 2 ; ABS : 3.

    2024

    Academic articles

  • Wang, H, Abdin, A, Fang, Y-P, Puchinger, J & Zio, E 2024, 'Coordinating dynamic traffic-power systems under decentralized and centralized decision environments', Computers & Industrial Engineering, vol. 196, October. FNEGE : 3 ; ABS : 2.

    2024

    Academic articles

  • Su, Y, Dupin, N, Parragh, S.N & Puchinger, J (forthcoming), 'A Branch-and-Price Algorithm for the Electric Autonomous Dial-A-Ride Problem', Transportation Research Part B: Methodological. FNEGE : 1 ; ABS : 4.

    2024

    Academic articles

  • Yu, S & Puchinger, J (forthcoming), 'Collaborative Truck-Robot Deliveries: Challenges, Models, and Methods', Annals of Operations Research. FNEGE : 2 ; ABS : 3.

    2024

    Academic articles

  • Xianyi, Y, Abdin, A & Puchinger, J (forthcoming), ‘Optimal management of coupled shared autonomous electric vehicles and power grids: potential of renewable energy integration’, Transportation Research Part C: Emerging Technologies.

    2024

    Academic articles

  • Baltazar, J, Bouillass, G, Vallet, F, Puchinger, J & Perry, N (forthcoming), 'Integrating environmental issues into the design of mobility plans: insights from French practices', Transport Policy. FNEGE : 2 ; ABS : 3.

    2024

    Academic articles

  • Su, Y, Dupin, N, Parragh, Sophie N & Puchinger, Y 2024, 'Branch-and-Price for the Electric Autonomous Dial-A-Ride Problem', ROUTE, Mauerbach, Austria, May 26-29.

    2024

    Academic communications