| |
Mar 13, 2026
|
|
|
|
|
MT 134 - Marine Electrical Systems III Credits: 5 Variable Credit Course: No
Lecture Hours: 44 Lab Hours: 22 Worksite/Clinical Hours: 0 Other Hours (LIA/Internships): 0
Course Description: Advanced electrical systems including marine corrosion, advanced battery technologies, hybrid boat power systems, distributed power systems, and modern electrical control systems. Preparation for ABYC corrosion certificate.
Prerequisite: MT 133 with a D or higher. Meets FQE Requirement: No Integrative Experience Requirement: No
Student Learning Outcomes
- Understand modern porblems related to marine galvanic corrosion.
- Calculate the proper amount of sacrificial anodes for a vessel.
- Complete a galvanic corrosion survey on a vessel and recommend corrective or maintenance items necessary for control.
- Demonstrate ability to troubleshoot stray current corrosion problems.
- Install and program distributed power systems.
- Install and test a generator auto-start system.
- Understand new battery technology.
- Understand how to properly charge new battery types.
- Install and calibrate battery monitoring systems to support vessel battery banks.
- Demonstrate understanding of synchronizing inverter operation and installation procedures.
- Understand function and testing of galvanic isolators, isolation transformers, and reverse polarity indicators.
- Demonstrate understanding of advanced marine electrical systems by completing installation guide questions with a 70% competence.
- Demonstrate understanding of marine corrosion surveys by completing industry guided questions with a 70% competence.
Course Contents
- Galvanic corrosion theory, component installation, component testing, wiring, and documentation.
- Corrosion surveys on boats in the water.
- Distributed power system theory of operation, component testing, programming and installation.
- Generator auto-start theory of operation, component testing, programming and installation.
- New battery technology theory and specifications.
- New inverter and generator theory of operation, component testing, programming and installation.
Instructional Units: 5.5
|
|