RESEARCH / FUNDED PROJECTS / SAFECO II
SAFECO
II
Safety of Shipping in Coastal Waters
SAFECO II was a continuation of SAFECO. Its overall objective was to devise improved technologies and organisation for internal/external communication and to demonstrate the application of risk analysis methods to assess economical benefits and safety improvements of the devised solutions for total quality operations. Its secondary objectives were:
1. Prototype of the Collision Avoidance Advisory System (CAAS) integrated with ECDIS (Electronic Chart Display) and with a transponder interface.
2. Prototype of the Simulator Exercise Assessment system (SEA), which also forms relevant input to the standardisation process.
3. An updated version of the Marine Accident Risk Calculation System (MARCS), which includes risk factors, related to the communication aspect of marine transportation and consequence models for economical and environmental impacts.
4. Based in identified problems, a conceptual description of technologies, procedures and regulations for improved communication in maritime transportation will be given. This information will form a relevant input to the development of international guidelines and standards.
5. Example of Formal Safety Assessment based on IMO guidelines which serve as an example of a cost/benefit analysis for decision making.
PARTNERS
Safety of Shipping in Coastal Waters
SAFECO II was a continuation of SAFECO. Its overall objective was to devise improved technologies and organisation for internal/external communication and to demonstrate the application of risk analysis methods to assess economical benefits and safety improvements of the devised solutions for total quality operations. Its secondary objectives were:
1. Prototype of the Collision Avoidance Advisory System (CAAS) integrated with ECDIS (Electronic Chart Display) and with a transponder interface.
2. Prototype of the Simulator Exercise Assessment system (SEA), which also forms relevant input to the standardisation process.
3. An updated version of the Marine Accident Risk Calculation System (MARCS), which includes risk factors, related to the communication aspect of marine transportation and consequence models for economical and environmental impacts.
4. Based in identified problems, a conceptual description of technologies, procedures and regulations for improved communication in maritime transportation will be given. This information will form a relevant input to the development of international guidelines and standards.
5. Example of Formal Safety Assessment based on IMO guidelines which serve as an example of a cost/benefit analysis for decision making.
PARTNERS
Organisation |
Type |
Country |
DET NORSKE VERITAS AS |
Industry |
NO |
DANISH MARITIME INSTITUTE |
Research Organisation |
DK |
GEMEENTELIJK HAVENBEDRIJF ROTTERDAM (ROTTERDAM PORT AUTHORITY) |
Other |
NL |
KELVIN HUGHES LTD |
Industry |
GB |
NATIONAL TECHNICAL UNIVERSITY OF ATHENS |
Education |
GR |
NORWEGIAN MARINE TECHNOLOGY RESEARCH INSTITUTE |
Research Organisation |
NO |
RISO NATIONAL LABORATORY |
Research Organisation |
DK |
UNIVERSITY OF WALES, CARDIFF |
Education |
GB |
MARINE SAFETY INTERNATIONAL ROTTERDAM B.V. |
Industry |
NL |
CONTACT
INFORMATION
Laboratory for Maritime Transport
National Technical University of
Athens
9, Iroon Polytechneiou str
157 73
Zografou , Greece
Tel: +30 210 772 1410 (Secretariat)