Based on the marine, maritime, and shipping expertise of its associated companies, Aviontek has been offering since 2017 consulting on the use of navigation technologies, vessel lifecycle assessments, marine databases and port management technologies for port administrations. In addition, there is extensive know-how on terrestrial and marine environmental sciences, which is implemented for the sustainable and efficient use of seawater, with the use of ICT and geoinformatics-based technologies. Furthermore, AvionTek can lead and coordinate large shipping projects based on its experience in the aviation and other domains and can also assume the communication and dissemination of projects to the market, or assist projects to evolve to a commercial status, whilst duplicating the AvionTek paradigm. Selected projects with Aviontek’s participation are reported below.
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Services on shipping navigation technologies as fuel consumption reduction. Expertise in vessel lifecycle performance and assessments focused on the operation profile and based on installed or desired machinery for the shipyard and the shipping company. Energy efficiency and operational optimization, including exhaust gas emissions compliance for voyages in ECA zones and other. Marine databases for smart navigation and ECDIS mapping software onboard. Vessels and other maritime structures tender specifications |
| Route Optimization and Just-in-time arrival fuel management. Τhe choice of a ship's best route considers weather considerations, the ship herself, her load and fuel consumption, and any delay along the route. The Tool considers parameters like the cartographic imaging environment, appropriate software for data management, application development for user and software interaction, ability to predict the behaviour of the ship in waves (movements, acceleration, additional ship resistance), and a series of optimization algorithms, technology offered in cooperation with the National Technical University of Athens, Department of Naval Engineering. |
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Design of innovative Autonomous Unmanned Vehicles (AUV), capable to operating within deep ocean with a high level of independence whist surveying large areas for:
Cooperation with the Hellenic National Sciences and Technology Research Center CERTH |
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Advanced Fire Fighting System: Design of a solution to assist early detection and localization of a fire incident aiming at the efficient evacuation and fire suppression. Indoor Localization: Design of Wireless Sensor Networks (WSNs) Platform based on various techniques (e.g. Received-Signal-Strength RSS) for the localization of the passengers and the crew inside the vessel. Cooperation with the Hellenic National Research Center Demokritos, Institute of Informatics and Telecommunications (IIT). |
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e-SOLAS: digital platform that combines all of SOLAS treaty content with learning and training elements which may lead to a certification for:
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| Optimization of Fuel Consumption Modelling Hull and Propeller Fouling Performance Optimization, Trim Optimization, Life Cycle Consumption. The LCA Tool addresses the needs of a full vessel life cycle for the: Shipyard & Manufacturers (Design & Construction Phase, DCP), Operator and Shipping Company (Operational & Maintenance Phase, OMP), Retrofitting & Scrap (Retrofit & Scrap Phase, RSP), and A single vessel and an Operator’s Fleet for OMP. |
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