The Dutch Maritime industry is transitioning to Zero Emission by developing new forms of propulsion to reduce its footprint, by creating new methods to design its ships, by building partnerships and coalitions allowing for more sustainable and (economically) efficient vessels, and looking into more autonomy to support efficient use and manning issues.
ADSE has developed systems and processes that complement this transition. We help you with strategic development, advising on policy and implementing solutions.
Maritime Value Propositions - this is our promise to you
New Technology Introduction
We contribute to zero emission shipping by supporting the development of the ships of tomorrow. We help design and integrate sustainable electric and hybrid PPE systems and the methods required to design and produce them.
Improving reliability and availability of ships and ship components by making active monitoring and digitalisation of the supply chain possible, and providing life cycle management processes and RAMS-, ILS and LSA analyses
Implementation of Systems Engineering processes and Model-Based Systems Engineering tools as a method to ensure that the integration of new technology is controlled, sustainable, and successful for both new and existing ships.
See what ADSE can do for you
Innovations in Maritime Transport
Building upon our existing engineering, integration, and certification capabilities, we continuously invest in new technology, processes, and methods to support the challenges of Maritime Transport concerning sustainability, autonomy, and digitalisation. We do this by performing projects with our customers at the forefront of technology, and by active participation in R&D projects together with our partners (University, Institutes, and Industry) on topics like:
(Model-Based) Systems Engineering
For its F126 program we support Damen Naval with the implementation of its SE methodologies and tools.
ADSE has supported various R&D programmes providing knowledge and cross industrial experience about Systems Engineering methods and tools. ADSE was part of the consortia driving the Robuust Ontwerpen van Toekomstbestendige Schepen (ROTS) project, SHIPTOOLS in which the use of a standardised data repository as the basis for Concurrent Engineering would be developed and in supporting NMT with developing the context and plan for the Joint Maritime Digital Platform.
SMART Maintenance and ILS
ADSE can support our clients in extended warranty and customer support for maritime projects, assist in supply chain control to ensure sustainability and availability of the ship and its systems, and support the development of reliability programs and ILS packages according to the latest standards.
Sustainable Propulsion (PPE) Systems
We support the development and integration of new sustainable Power, Propulsion & Energy concepts (electric, hydrogen, hybrid) into new and existing ship designs by performing conceptual trade-off studies, feasibility, and technology appraisal studies, by advising on certification challenges, and support organisation building.
We support our clients with the introduction of technologies that enable autonomous and remote ship operation. We analyse the concept of operations, determine the required technical and operational changes (reduced manning), calculate the business case, and verify the safety risks involved in order to determine the best possible strategy for implementation.
Some of the customers for whom we've made it work!
Defence Materiel Organisation
Interested in what we can do for you? Feel free to contact our Business Development Manager Maritime.
Business Development Manager Maritime