Maritime: Marine Engineering Technology Certificate

Program Overview

The Marine Engineering Technology program equips students with the skills and knowledge to operate and maintain marine propulsion plants and equipment. The program combines practical experience with theoretical knowledge in engineering, computation, communication, and human relations. Graduates are prepared for careers as Sailors and Marine Oilers, and they obtain a certificate that allows them to bypass the written examination and sea service requirements for national endorsement as a Qualified Member of the Engineering Department (QMED): Fireman/Watertender/Oiler.

Program Outline

Degree Overview:

Overview:

The Marine Engineering Technology (MET) program is a US Coast Guard-approved program that equips students with the necessary skills and knowledge to operate and maintain marine propulsion plants and equipment. The program combines practical experience with theoretical knowledge in areas such as engineering, computation, communication, and human relations.

Objectives:

Upon completion of the 72.5-credit program, graduates will:

• Obtain a certificate that allows them to bypass the written examination and sea service requirements for national endorsement as a Qualified Member of the Engineering Department (QMED): Fireman/Watertender/Oiler.
• Be prepared for the job market as a Sailor and Marine Oiler.

Description:

The program consists of three quarters, with the first two quarters focusing on theoretical knowledge and the third quarter emphasizing practical experience aboard the college's training vessels. This is followed by a 90-day at-sea internship on a commercial vessel.

Outline:

Content:

• Engineering: Students gain a comprehensive understanding of marine propulsion systems, including diesel engines, steam turbines, and auxiliary machinery.
• Communications: Students learn effective communication skills in the maritime context, including written and oral communication.
• Human Relations: This component focuses on leadership, teamwork, and conflict resolution skills crucial for working effectively in a team environment.

Structure:

• First Quarter: Focuses on foundational knowledge and skills, including Introduction to Shop and Tools, Proficiency in Survival Craft, Seamanship, Auxiliary Machinery and Ship Design, Rfpew Introduction, Leadership and Management, and Marine Mathematics.
• Second Quarter: Builds upon the first quarter with courses such as Fundamentals of Marine Electricity, Marine Engineering Practicum, Marine Refrigeration, QMED: Diesel Engines, and QMED: Steam Applications/Turbines.
• Third Quarter: Emphasizes practical experience with courses like Advanced Engineering Practicum, At Sea Internship, Applied Marine Electricity, Marine Hydraulics, Advanced Diesel Engines, Shipboard Pollution Prevention, and License Seminar.

Course Schedule:

• The program is offered in a full-time format, with courses typically taking place during the day.
• The specific course schedule may vary depending on the quarter and instructor availability.

Individual Modules:

• Introduction to Shop and Tools: Provides hands-on training in using hand tools, power tools, and measuring instruments.
• Proficiency in Survival Craft: Covers the operation and handling of survival craft commonly found on ships.
• Seamanship: Prepares students for employment aboard ship with training in seamanship skills.
• Auxiliary Machinery and Ship Design: Introduces students to various auxiliary machinery systems and ship design principles.
• Rfpew Introduction: Provides a basic introduction to engine room watchstanding, including making rounds, log-keeping, and communication.
• Leadership and Management: Examines concepts and principles in leadership, management, and organizational communication within the maritime context.
• Marine Mathematics: Reviews essential mathematical skills for solving shipboard problems.
• Fundamentals of Marine Electricity: Provides a foundation in AC and DC electricity and basic electronics.
• Marine Engineering Practicum: Offers hands-on experience in operating and troubleshooting simulated malfunctions on board training vessels.
• Marine Refrigeration: Covers the principles and operation of refrigeration systems in the marine industry.
• QMED: Diesel Engines: Provides in-depth knowledge and practical experience in operating and maintaining marine diesel engines.
• QMED: Steam Applications/Turbines: Combines theory and practical training in operating steam boilers and propulsion turbines.
• Advanced Engineering Practicum: Offers the opportunity to assume the role of Designated Duty Engineer aboard ship and demonstrate competency in operating the engine room.
• Applied Marine Electricity: Focuses on the application of AC and DC electrical theory to typical marine equipment.
• Marine Hydraulics: Provides training in the maintenance, troubleshooting, and repair of marine hydraulic equipment.
• Advanced Diesel Engines: Offers advanced training in the disassembly and rebuilding of marine diesel engines.
• Shipboard Pollution Prevention: Addresses pollution prevention and control regulations and practices relevant to deck and engineering personnel.
• License Seminar: Prepares students for taking the U.S. Coast Guard deck/engineering exams by familiarizing them with the Code of Federal Regulations and other relevant publications.
• Applied Composition: Develops writing skills for college and career contexts.

Assessment:

Assessment methods:

• A combination of assessments is used to evaluate student learning, including:
• Assignments and projects
• Examinations
• Practical demonstrations
• Generally, students are expected to demonstrate knowledge, skills, and understanding in the relevant subject areas.
Teaching: