Michael Stein is an alumnus of the KLU, who graduated in 2014 and joined the Hapag-Lloyd Center for Shipping and Global Logistics (CSGL) as an external researcher for maritime innovations in November 2018. Next to his ressearch at CSGL, he started following the KLU PhdD programme in October 2020.
Michael started his career in the shipping sector with a traditional vocational education as “Schifffahrtskaufmann” in the port of Kiel and the Kiel Canal in 2011. Later he finished his dual bachelor study of shipping trade and transportation in Hamburg while working for a ship-owner in the controlling department. In 2014 he finished his master study at the KLU and the Center for Maritime Economics and Logistics (MEL) in Rotterdam focusing on maritime logistics. As a student worker he stayed in the maritime domain, first working for a classification society and later for a maritime consultancy. From 2015 he worked for a security company as a business development manager for maritime services. Here, his focus on maritime logistics changed from the ship-owner to the port sector side. Since October 2018 Michael Stein operates as an independent consultant for the maritime sector. His services deal with the integration of unmanned Systems in port operations, maritime online learning, 3D maping and programming of infrastructures for innovative inspection services.
The research area of Michael Stein was firstly oriented in ship finance and strategic maritime investments. In 2015 he began looking at the port operator side of the maritime supply chain with regard to researching maritime innovations. His current research focuses (parallel to his work profession) on unmanned technology in shipping, be it Unmanned Aerial Vehicles (UAV) or Remotely Operated Vehicles (ROV) as well as online education in the port sector. Combining photogrammetry with drone-driven aero triangulation, Michael also researches innovative approaches of heavy-infrastructure inspections in ports. In 2019 his research focus is extended by virtual reality frameworks in e-learning and human behavior simulation in the maritime domain as well as global port sustainability. His PhD will furthermore address the topics of human-machine interactions and the valuation of innovations in maritime logistics.
Stein Michael, Acciaro, Michele (2020): Value Creation through Corporate Sustainability in the Port Sector: A Structured Literature Analysis. In: Sustainability 12 (14), p. 5504.
Stein, Michael (2018): Drone Operations in Critical Infrastructures. In: Industrie 4.0 Management (6/2018).
Stein, Michael (2018): Conducting Safety Inspections of Container Gantry Cranes Using Unmanned Aerial Vehicles. In: Dynamics in Logistics LDIC 2018, pp. 154-161.
Stein, Michael (2018): Integrating Unmanned Vehicles in Port Security Operations: An Introductory Analysis and First Applicable Frameworks. In: Oceans Yearbook 32, pp. 556–583.
Chartron, Sylvain, Stein, Michael, Gaysse, Jerome, & Haasis, Hans-Dietrich (2018). Digitalization Potentials in Supporting Offshore Wind Logistics. In: Logistics 4.0 and Sustainable Supply Chain Management, pp.81-101
Stein, Michael (2021): Critical Success Factors in Online Education of Safety and Security Content in Industrial SME Environments. International Association of Maritime Economists (IAME) Conference, Rotterdam, The Netherlands.
Stein, Michael (2021): Utilizing a Custom Deep Convolutional Neural Network for the Assessment of ROV Video Feeds for Marine Fouling Detection on Ship Hulls. International Association of Maritime Economists (IAME) Conference, Rotterdam, The Netherlands.
Stein, Michael, Parviainen, Henri (2020): Remote Vessel Inspection with an ROV Using Life Streaming. Port In-Water Cleaning Conference (PortPIC).
Stein, Michael, Acciaro, Michele (2020): New Insights in Value Creation through Corporate Sustainability in the Port Sector: Introducing Empirical Evidence. International Academic Conference on Sustainable Maritime Business (SMB), Hamburg, Germany.
Stein, Michael (2020): UAV based crane inspections – A mixed-method analysis on the example of container gantry cranes of the port of Hamburg. Proceedings of 28th International Crane Symposium, Magdeburg, Germany.
Stein, Michael (2020):Unmanned maritime infrastructure inspection– A mixed method risk management approach from German port facilities. Proceedings of Transport Research Arena (TRA), Helsinki, Finnland.
Stein, Michael (2019): Combining unmanned aerial vehicles (UAV) and 3D mapping of port infra-structures - A sustainable approach for security and risk management in high competitive transport environments, IAME Conference, Athens, Greese.
Stein, Michael (2019): Aero-triangulation and photogrammetry in sensible infrastructures – How the industry benefits from low-cost 3D modelling conducted by Unmanned Aerial Vehicles (UAV). Proceedings of: 2019 Marine Industry 4.0, Rotterdam, The Netherlands.
Stein, Michael and Acciaro, Michele (2019): Value creation through corporate sustainability in the port sector: Building empirical evidence using a structured literatrue analysis. Proceedings of: 2019 World of Shipping Conference (WoS), Lisbon, Portugal.
Chartron, Sylvain, Stein, Michael, Gaysse, Jerome, & Haasis, Hans-Dietrich (2018) : Digitalization Potentials in Supporting Offshore Wind Logistics. Proceedings of: Hamburg International Conference of Logistics (HICL). epubli, 2018.
Stein, Michael (2018): Conducting Safety Inspections of Container Gantry Cranes Using Unmanned Aerial Vehicles. Dynamics in Logistics, Proceedings of: the 6th International Conference LDIC 2018, Bremen, Germany.
Stein, Michael (2018): Using unmanned systems for safety inspections of critical infrastructures - Examples from German port facilities. Proceedings of: 27th Conference of the Society for Risk Aalysis Europe (SRA-E).
Weickhardt, Michael (2016) Integrating Unmanned Vehicles in Port Security Operations: An Introductory Analysis and First Applicable Frameworks. Proceedings of: 2016 International Association of Maritime Economists (IAME) Conference.
Weickhardt, Michael (2016) E-learning in (maritime) supply chain security – new risk assessment models and introductory empirical analysis. Proceedings of: 2016 International Association of Maritime Economists (IAME) Conference.
Weickhardt, Michael (2016): Using Unmanned Vehicles to Enhance Port Facility Security – Introductory Frameworks with Regard to the ISPS-Code and Other Regulations: Proceedings of: 11th Security Research Conference Future Security.
Weickhardt, Michael, Michele Acciaro (2015) Maritime High-Yield Bond Issues: New Empirical Evidence Proceedings of: 2015 European Conference on Shipping and Intermodalism (ECON Ship).