Maritime: Marine Engineering TechnologyCertificate
The Marine Engineering Technology (MET) program is a US Coast Guard-approved program that combines practical experience and courses in engineering, computation, communications and human relations. Emphasis is placed on the theory, design, operation and maintenance of marine propulsion plants and equipment. During the second and third quarters, students gain shipboard experience aboard the college's training vessels. The academic program is followed by a 90-day at-sea internship on a commercial vessel.
Each graduate who successfully completes the 72.5-credit program receives a certificate that the Coast Guard has approved in lieu of the written examination and sea service requirements for national endorsement as a Qualified Member of the Engineering Department (QMED): Fireman/Watertender/Oiler, as well as the practical requirements for STCW endorsement as a Rating Forming Part of an Engineering Watch (RFPEW).
NOTE: Students must complete a Coast Guard-approved STCW Basic Training course prior to the at-sea internship.
Estimated Length of Completion
|Certificate||Full Time: 4
Part Time: Part Time Option Not Available
Program lengths are estimates, not guarantees. For the most current program information, please check with the program contact.
There are no entry requirements for this program
Students are strongly encouraged to meet with an advisor to discuss specific career goals and recommended coursework.
Job tests this program will prepare you for:
- Upon completion, eligible for a U.S. Merchant Mariners Document endorsed with the following engine room (QMED) ratings: Electrician; Oiler; Pumpman; Refrigerating Engineer; and Junior Engineer.
For current employment and wage estimates, please visit the following online resources and search for the relevant occupational term:
All costs are estimates and are not guarantees. For the most current program information, check with an adviser by calling 206.934.5391. There are additional costs for books and supplies. Each student is responsible for the purchase of certain supplies and required tools before the instruction begins.
- Credits :19.5
- Resident Student Cost : $1,651.42
- Non-Resident Student Cost : $1,810.02
- International Student Cost : $3,596.72
- Resident BAS Student Cost : $2,784.90
- Non-Resident BAS Student Cost : $2,943.50
- International BAS Student Cost : $3,596.72
- Credits :22.0
- Resident Student Cost : $1,682.66
- Non-Resident Student Cost : $1,841.26
- International Student Cost : $3,682.88
- Resident BAS Student Cost : $3,214.10
- Non-Resident BAS Student Cost : $3,372.70
- International BAS Student Cost : $3,682.88
- Credits :31.0
- Resident Student Cost : $1,823.24
- Non-Resident Student Cost : $1,981.84
- International Student Cost : $4,070.60
- Resident BAS Student Cost : $5,145.50
- Non-Resident BAS Student Cost : $5,304.10
- International BAS Student Cost : $4,070.60
- Resident Cost : $8,471.65
- NonResident Cost : $9,582.71
- International Student Cost : $21,835.76
Equipment Fee associated with this program
- knife, flashlight, work shoes, foul weather gear : $120 - $320
- STCW Basic Training Course : $1150
Hours may vary based on specific program requirements.
This program is offered at times and in formats that meet the needs of working adults. This includes:
- Courses offered between 8:00 AM and 4:00 PM
Introduction to Shop and Tools
Provides training in proper use of hand tools, power tools (both hand and stationary) and measuring instruments commonly used in mechanical trades. Covers safe work practices, including safety equipment, work procedures, etiquette and regulatory considerations. Includes fastenings, bearings, seals, gasketing methods and other relevant materials and equipment.
Proficiency in Survival Craft
A study of survival craft commonly found aboard ships today. Training in lifeboat operation and handling congruous to that required for the U.S. Coast Guard rating of Lifeboatman. Includes lifeboat nomenclature and equipment, launching procedures, handling by oars, inflatables and other types of lifesaving equipment. Course is Coast Guard approved.
Study in seamanship to prepare for employment aboard ship. Includes training in seamanship congruous to that required for the U.S. Coast Guard rating of Able Seaman (AB). Includes nomenclature, ship structure, vessel equipment, deck fittings, knots and splices, rigging and watchstanding duties.
Auxiliary Machinery and Ship Design
Intro to auxiliary machinery. Includes heat exchangers, pumps, air ejectors, steering gear, distilling plants, pressure vessels, piping systems, and cargo handling equipment.
This course provides a basic introduction to engineroom watchstanding, with an emphasis on making good rounds, watch handover, log-keeping, and communication. Students will be introduced to principles of diesel engines and steam plants, and will learn common tasks that are routine to engine room operations.
Leadership and Management
Examines relevant concepts and principles in management, leadership and organizational communication as they apply aboard ship. Emphasizes instilling an attitude and work ethic required to realize the objectives of Social Responsibility advocated by the STCW Code. Satisfies the General Education Requirement in human relations.
Reviews algebraic and trigonometric methods. Includes the basics of signed numbers, linear equations, fractions, percentages, plane geometry, measurement and variables which represent additional aspects of mathematics required to solve shipboard problems. Satisfies the General Education Requirement in computation.
Fundamentals of Marine Electricity
Fundamentals of AC and DC electricity and elementary electronics. Focuses on basic theory, measurements and instruments, routine maintenance of electrical components, and general operation of shipboard electrical systems.
Marine Engineering Practicum
Introductory underway practicum. Receive an indoctrination to both watchstanding duties and shipboard responsibilities of a marine engineer. Covers how to read vessel blueprints, trace machinery systems and troubleshoot simulated malfunctions. Involves 12-hour voyages weekly aboard SMA¿s training vessels.
Fundamentals of refrigeration cycles, system components, common refrigerants, theory of operation and preventive maintenance techniques as they apply in the marine industry.
QMED: Diesel Engines
Provides knowledge and understanding of diesel engine principles and component systems, while providing the student with practical applications/exercises in a laboratory setting to apply understanding of engine monitoring and demonstrate engine maintenance skills.
QMED: Steam Applications/Turbines
Combines theory and applied training in operating steam boilers and propulsion turbines. Covers the principles, operation, maintenance and repair of marine boilers.
Advanced Engineering Practicum
Advanced underway practicum. Under supervision, assume the role of Designated Duty Engineer aboard ship and be responsible for all facets of the operation of the engine room and related equipment while the training vessel is underway. Demonstrate competency, proficiency and confidence in running an engine room without guidance. Involves weekly 12-hour voyages aboard SMA¿s training vessels.
At Sea Internship
Provides real-world at-sea experience on vessels of at least 500 gross tons that operate beyond the boundary line. During 30¿60 day internship demonstrate mastery of the competencies outlined in Table A-II/4 of STCW for ratings forming part of navigational watch or Table A-III/4 of STCW for ratings forming part of an engineering watch.
Applied Marine Electricity
An applied course in AC and CD motors and generator applications. In this course the student will apply AC and DC electrical theory to typical marine equipment. Topics covered include: 3-phase circuits and transformers, DC machines, AC machines, batteries and power electronics. The student receives practical experience in operating marine electrical equipment in the laboratory, on a panel board simulator and aboard ship.
Basic survey course utilizing lectures, laboratory experiments, and practical demonstrations. Students will perform routinemaintenance, troubleshooting and repair of marine hydraulic equipment.The student will be required to disassemble, analyze and re-assemble various hydraulic components.
Advanced Diesel Engines
Continuation of MTS 217. Advanced training in the disassembly and rebuilding of marine diesel engines. Special emphasis on air intake systems, fuel injectors, governors, lubrication systems, cylinder wear, ring wear, piston clearances, bearing wear and crankshaft alignment.
Shipboard Pollution Prevention
Using a non-technical format, review issues in pollution prevention and control as they impact on the duties and tasks performed by deck and/or engineering personnel onboard ship.
Seminar on licensure knowledge requirements for deck/engineering candidates preparing to take the U.S. Coast Guard deck/engineering exams. Learn to consult and reference the Code of Federal Regulations, Title 46 and other publications.
Covers skills and strategies needed to meet writing demands in college and on the job.