ICT Help Desk serves as our point of contact for all operational issues and general queries.
Located in room W2051 of the Marine Institute’s Ridge Road Campus
Telephone: 709-778-0628 Email: servicedesk@mi.mun.ca
Ask ICT Help Desk on Microsoft Teams (8:30am - 4:30pm)
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Last day - students in Marine Engineering Term six (6) to drop courses and receive 25% refund of tuition fees for the summer semester
No refunds will be granted to students in summer semester programs after this date
Fire Rescue
Technical Rescuer Rope Rescue Awareness, Operations and Technician ends
Last date - Students in Fire Rescue can drop courses and receive 25% refund of tuition for winter semester. No refunds will be granted to students in winter semester after this date
Technical Rescuer Confined Space Rescuer Awareness, Operations and Technician begins
End date - Work term - Bridge Watch
End date- Work term two (2) - Marine Environmental Technology (2023 cohort)
End date - Technical session two (2) and three (3) - Naval Architecture
End date - Technical session Two (2) and three (3) - Marine Engineering Systems Design
CMS
Course Link: Anchor Handling I
Course Facilitator: Centre for Marine Simulation (CMS)
Course Location: Marine Institute campus, Ridge Road (CMS)
Certificate Awarded: Certificate of Achievement
Duration: 5 days
Prerequisites: Minimum certification of Watchkeeping Mate STCW/2
Type and Purpose: This course is designed for deck and engineering officers who have bridge experience in at least one anchor handling operation. The course will provide theory and simulator experience covering basic anchor handling and winch operations.
Course Topics:
Course Link: Anchor Handling and Towing Stability
Duration: 3 days (21 hours)
Prerequisites: Chief Mate or Master Certificate; and participants are accepted on the recommendation of the company
Type and Purpose: This course develops an understanding of statical stability theory, criteria for stability assessment and rules and regulations impacting on vessel stability. Emphasis is placed on practical application of the theory to calculate statical stability parameters under specific conditions of load and then compare this to accepted stability standards.
