ABS simulation-based training module promotes fishing industry safety

ABS has completed a four-year effort to develop a training module to enhance safety training in the commercial fishing industry.

The project delivered a web-based training platform with materials focused on six major categories of safety risks related to fishing vessel dynamic stability. Computational fluid dynamics and modern rendering techniques were adopted to make the simulations as realistic as possible.

The training module project was financially sponsored by the Commercial Fishing Occupational Safety Research program of the National Institute for Occupational Safety and Health (NIOSH) under the U.S. Department of Health and Human Services.

The training platform has been incorporated into the long-term course offerings of Alaska Marine Safety Education Association (AMSEA).

The project team consisted of ABS, AMSEA, George Mason University, and the Northeast Center for Occupational Health and Safety (NEC), with support from Hockema Group, Inc.

“We are excited to see this stability training tool come on-line! The interactive features permit the user to experiment with multiple stability-oriented scenarios; and in doing so, permit knowledge-based decision making on probable outcomes, which may enhance valuable stability decisions while at sea,” said Joseph D. Myers, U.S. Coast Guard fishing vessel safety program manager.

“This work shows the unwavering efforts of ABS to promote the security of life at sea. In some environmental conditions, commercial fishing can become an occupation with many risks. With modern simulation technologies, ABS is able to advance training for better situational awareness of safety risks to support those working in the fishing industry,” said Patrick Ryan, ABS senior vice president and chief technology officer.

The post ABS simulation-based training module promotes fishing industry safety appeared first on Marine Log.