Marine Engineering Technology (MET) | Sharjah Maritime Academy

Overview

The Bachelor of Marine Engineering Technology (MET) is designed to equip students with the essential knowledge and skills required for a successful career in marine engineering.

This program prepares graduates to meet the entry requirements for the Watchkeeper Certificate of Competency (3rd Engineer Certificate), aligning with international maritime standards.

Program Highlights

Accreditation

Commission for Academic Accreditation (CAA)

Duration

Four years of comprehensive study

Credits

128 credit hours

Why Choose This Course?

Designed for aspiring marine engineers, this program prepares you for the 3rd Engineer Certificate with a strong foundation in engineering principles and marine technology. It meets international maritime standards and combines technical knowledge with practical sea training. Through industry-focused projects, simulations, and hands-on learning, you'll be equipped to manage engine room operations, oversee ship systems, and lead in engineering roles across the global maritime sector.
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Industry-Relevant Curriculum

1. Apply advanced theoretical knowledge, engineering principles, and modern practices in marine engineering technology to analyse, design, and implement solutions to complex maritime challenges.

2. Engage in research, experimentation, and problem-solving by integrating knowledge from diverse sources, employing appropriate methodologies, and utilizing data-driven decision-making in maritime engineering contexts.

3. Demonstrate the ability to lead and collaborate effectively in multidisciplinary and multicultural teams, contributing to safe, efficient, and sustainable maritime operations.

4. Communicate effectively across technical and non-technical maritime environments and demonstrate ethical, responsible, and professional conduct consistent with international maritime standards.

5. Pursue continuous professional development, adapt to emerging technologies, and contribute responsibly to the maritime industry and global society through innovation, ethical practice, and citizenship.

Program Learning Outcomes

Demonstrate advanced theoretical knowledge and a deep understanding of current practices in marine engineering technology.

Evaluate knowledge from various sources in marine engineering technology and apply appropriate research methods to investigate complex issues within a broader context.

Analyse diverse and complex marine engineering technology problems by applying relevant principles of engineering, science, & mathematics.

Conduct appropriate experimentation, analyse and interpret data, and use engineering judgment to draw conclusions in marine engineering issues.

Demonstrate the ability to function effectively as a member as well as a leader on technical teams.

Apply written, oral, and graphical communication in technical and non-technical maritime environments.

Demonstrate an understanding of the importance of continuous professional development through self-directed learning while upholding ethical and professional standards and demonstrating responsible citizenship in the marine engineering field.

Design systems, components, or processes tailored to meet specific requirements for broadly defined marine engineering problems.

Program Structure

Emirati Studies

Credit Hours: 3

General English

Credit Hours: 3

Study Skills

Credit Hours: 3

Marine Engineering Drawings

Credit Hours: 2

Seafaring and Leadership I

Credit Hours: 0

Physical Education I

Credit Hours: 0

Islamic Studies

Credit Hours: 3

Introduction to Marine Engineering Systems

Credit Hours: 3

Introduction to Programming & AI Machine Learning

Credit Hours: 3

Seafaring and Leadership II

Credit Hours: 0

Physical Education II

Credit Hours: 0

Technical Writing and Communication

Credit Hours: 3

Marine Engineering Practice I

Credit Hours: 2

Introduction to Ship Stability & Construction

Credit Hours: 2

Introduction to Maritime Law

Credit Hours: 2

Seafaring and Leadership III

Credit Hours: 0

Physical Education III

Credit Hours: 0

Maritime Placement

Credit Hours: 6

Physics I

Credit Hours: 3

Calculus I

Credit Hours: 3

Thermodynamics I

Credit Hours: 3

Manufacturing Technology

Credit Hours: 3

Physics II

Credit Hours: 3

Calculus II

Credit Hours: 3

Engineering Mechanics: Statics & Dynamics

Credit Hours: 3

Chemistry and Alternative Fuels

Credit Hours: 3

Marine Auxiliary Machinery

Credit Hours: 3

Electrical Engineering

Credit Hours: 3

Material Science and Mechanics of Materials

Credit Hours: 3

Fluid Mechanics for Marine Engineers

Credit Hours: 3

Maritime Cyber Risk Management

Credit Hours: 3

Marine Propulsion System

Credit Hours: 3

Instrumentation & Measurements

Credit Hours: 3

Thermodynamics II

Credit Hours: 3

Innovation & Entrepreneurship

Credit Hours: 3

Advanced Ship Stability & Construction

Credit Hours: 3

Marine Engineering Practice II

Credit Hours: 3

Computer-Aided Design (CAD) for Marine Engineers

Credit Hours: 3

Research Methods

Credit Hours: 3

Electrical Power Generation and Associated systems

Credit Hours: 3

Ship Repair Technology and Management

Credit Hours: 3

Contemporary Maritime Practices

Credit Hours: 3

Marine Environment Sustainability

Credit Hours: 3

Automation and Control for Marine Systems

Credit Hours: 3

Marine Refrigeration & Air Conditioning

Credit Hours: 3

Capstone Design Project I

Credit Hours: 3

Engine Room Watchkeeping and Resource Management

Credit Hours: 3

Engineering Ethics, Risk and Safety

Credit Hours: 3

Capstone Design Project II

Credit Hours: 3

Bachelor Of Marine Engineering Technology (MET)

Overview

Why Choose This Course?

Industry-Relevant Curriculum

Program Learning Outcomes

Program Structure

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Faculty