2020 Online Workshop – Advancing Canadian Marine Technology

The 2020 CISMaRT Online Workshop will report on the progress made on ship underwater radiated noise and maritime autonomous surface ships following the CISMaRT 2018 and 2019 Workshops. Opportunities for follow-on projects in these subject areas to be funded by Transport Canada (TC) and National Research Council (NRC) will be discussed.

Topic of Nov. 25 Session: Ship underwater radiated noise
Topic of Nov. 26 Session: Maritime autonomous surface ships.

Workshop Dates: November 25 and 26, 2020
Workshop Times: 12:30pm-5:00pm Newfoundland Time Zone
Workshop Venue: Zoom Webinar
Workshop Breakout Sessions: Zoom Meeting
Registration: Closed

Workshop Documents

Instructions for panelists

Instructions for general participants

Summary of the Nov 25 session on URN

Summary of the Nov 26 session on MASS

Instructions for breakout sessions on Nov 25

Instructions for breakout sessions on Nov 26

List of participants on Nov 25

List of participants on Nov 26

Bios of speakers / panelists

Workshop Presentations on URN – Nov 25

CISMaRT Updates

Update on Ship Underwater Noise and Transport Canada Innovation Centre Initiatives

Marine Acoustic Research Station (MARS) in the St. Lawrence

Real-time Hydrophone Deployment in Boundary Pass in the Salish Sea

Queen of Oak Bay URN and GHG Reduction with Hull Maintenance

URN and GHG Reduction Program for Canada’s Inshore Fishing Craft

URN and GHG Reduction for Small Vessel with Side-by-Side Diesel and Electric Propulsion System

URN Monitoring for Orca-Class Training Vessel

Cavitation Monitoring and Management with KINETIX

Feasibility of Real-Time Shipboard Cavitation Monitoring and Management

Support ISO TC43/SC3 to Develop Measurement Standard for Shallow Water Vessel Source Level Measurements

URN Technical Bibliography

Vessel URN Project Concept

Workshop Presentations on MASS – Nov 26

Overview of NRC’s Ocean Program

Overview of TC’s MASS Activities

Use of Machine Learning for Identification and Characterization of Vessel Operational Best Practices

Digital Twin Technology for Autonomous Operation in Harsh Environment

Prediction of Ice in the Canadian Arctic and St Lawrence Waterway Using Artificial Intelligence

Development of Ship Situational Awareness in Ice

MASS Navigation in Ice

St. Lawrence Seaway Autonomous Marine Testbed

Extension of Driving Automation Research Activities at NRC to the Marine Use Case

Presentation by the Panelist – Dave Belisle, Algoma

Presentation by the Panelist – Brian Veitch, Memorial University

Presentation by the Panelist – Vince den Hertog, Robert Allan Ltd.

Presentation by the Panelist – Ørnulf Jan Rødseth, SINTEF Ocean

Presentation by the Panelist – Bruce Phillips, Vard Marine

Short Courses Supporting Canada’s Quiet Vessel Initiative and Marine Industry