Accreditation:
Commission for Academic Accreditation (CAA)
Program Title:
Bachelor of Maritime Transport (BMT)
Other Facts:
Effective Date: 9 June 2023
Renewal Date: 15 June 2028
Program Chair
Program Aim:
The aim of the program is to provide the students with the knowledge, understanding and skills necessary to prepare marine officers graduates who meet the entry requirements for the Watchkeeper Certificate of Competency (2nd officer certificate).The Maritime Transport program is committed to being an instrument of positive change in the maritime industry for the ultimate benefit of society. For all those who undertake education and training at the program, Maritime Transport program shall facilitate the acquisition of the Updated learning, essential skills and the proper attitude thereby promoting in them a passion for the profession.
Program Description:
The college provides diverse educational programs that all graduates may have a proper place in the world maritime industry. All maritime educational and training programs have been designed to meet the standards set by SMA and to satisfy the requirements of the STCW 78 as amended, in addition to the IMO model courses, which meet the conditions for the Certificates of Competency (COC), and set to satisfy the different needs of individuals, organizations and institutions in the maritime industry. Improving the educational, training, and personal skills of students, together with enhancing student’s sportive and social activities to meet the maritime industry demand. The program is qualifying Students for a variety of maritime business careers, giving a special advantage to those wishing to enter the shipping and port business and offshore operations.
Program Objective
1. Provide a strong foundation in basic and updated knowledge related to the shipping and maritime industry.
2. Qualify students to track their professional career and managerial studies by gaining the skills and competence that enhance their ability to communicate effectively using transferable and soft skills.
3. Support the shipping and maritime industry with successful marine officers implementing all shipping duties at sea and operating using modern technological tools.
4. Upscale and improve students analytical and critical thinking skills to be able to prepare and implement useful projects related to the shipping and maritime industry
Program Learning Outcomes (PLOS)
The Program Learning Outcomes (PLOs) describe the Knowledge, Skills, and Aspects of Competence that our students acquire by the time of graduation. The Bachelor of Maritime Transport has the following PLOs:
(K1) Identify principles of mathematics, science, maritime language, and information technology to support marine and navigational modern techniques.
(K2) Explain the key terminology, fundamental concepts, principles, and theories used to support marine and navigational modern techniques.
(S1) Apply appropriate techniques, resources and theories in ship operations and navigational methods in different and emergency situations.
(S2) Conduct written, oral, practical simulation, effective presentations, technical reports, and research projects.
(S3) Demonstrate a proper level of responsibility and professionalism involved in shipping and port business and offshore operations to support marine and navigational modern techniques.
(C1) Work effectively individually and as part of a team according to the significant logistics roles of port management to assess the regional and international maritime economic needs.
(C2) Interpret risk assessment to various shipping and port business and offshore operations, with awareness leading to a safe working environment.
Entry Requirements
Required Documents:
- General Secondary School Certificate/ Transcript or its equivalent approved by the UAE Ministry of Education.
- Copy of a valid Emirati ID and/ or a passport for both the applicant and the guardian.
- A copy of a valid Resident Identity Card for non-local applicants.
- Family book for the local applicant and birth certificate for non-local applicant.
- Four Passport-size photographs.
- National Service Certificate for the local male applicates (exemption or postponement).
- Certificate of Good Conduct.
- Certificate of proficiency in English (IELTS Academic or TOEFL or EmSAT).
- Payment receipt for the non-refundable admission fees.
English Language Certificate Requirements:
- EmSAT: 1100
- IELTS Academic: 5
- TOEFL Institutional: 500
- TOEFL IBT: 61
For Bank Deposit
Sharjah Islamic Bank
Account: 0012070039001
IBAN: AE470410000012070039001
For more information, you can contact us.
+971 9 2089999
+971 9 2089560
Students are required to complete 142 credit hours distributed as follows:
1. 21 credit hours as university requirements.
2. 75 credit hours as college requirements.
3. 46 credit hours as program requirements.
University Requirement (General Education)
21 credit hours as university requirements
Mandatory Courses
- GED 100 Introduction to Research Methodology Credit Hours: 3
- GED 102 General Mathematics Credit Hours: 3
- GED 103 General Maritime English I Credit Hours: 3
- GED 104 Advance Mathematics Credit Hours: 3
- GED 105 General Maritime English II Credit Hours: 3
- GED 106 Innovation and Entrepreneurship Credit Hours: 3
- GED 107 Personal Development Credit Hours: 3
College Requirement
75 credit hours as college requirements.
Mandatory Courses
- PE 101 Physical Education I Credit Hours: 0
- PE 102 Physical Education II Credit Hours: 0
- PE 203 Physical Education III Credit Hours: 0
- PE 204 Physical Education IV Credit Hours: 0
- MT 111 Ship Knowledge and Marine Communications Credit Hours: 3
- MT 112 Bridge Watchkeeping Credit Hours: 3
- MT 121 Fundamentals of Physics Credit Hours: 3
- MT 122 Advance Physics Credit Hours: 2
- MT 131 Fundamentals of Navigation Credit Hours: 3
- MT 132 Chart Work Credit Hours: 3
- MT 141 Information Technology Credit Hours: 2
- MT 151 Meteorology Credit Hours: 3
- MT 161 Industrial Chemistry Credit Hours: 2
- MT 213 Ship Emergency Procedures Credit Hours: 2
- MT 214 Ship Handling Credit Hours: 2
- MT 222 Ship Stability Credit Hours: 3
- MT 231 Ship Construction Credit Hours: 2
- MT 232 Marine Engineering Credit Hours: 2
- MT 235 Voyage Planning & Ocean Passage Credit Hours: 4
- MT 236 Ship Compasses Credit Hours: 3
- MT 239 Celestial Navigation Credit Hours: 3
- MT 251 Cargo Handling & Stowage Credit Hours: 3
- MT 262 Marine Radar and Automatic Plotting Aids Credit Hours: 3
- MT 263 Digital Navigation Systems Credit Hours: 3
- MT 292 International Maritime Law Credit Hours: 3
- MT 501 Seamanship & Watchkeeping Credit Hours: 4
- MT 502 Ship Construction & Stability Credit Hours: 4
- MT 503 Advanced Cargo Handling & Stowage Credit Hours: 4
- MT 504 Terrestrial Navigation Credit Hours: 4
- MT 505 Electronic Navigation Credit Hours: 2
Program Requirement (Specialization Courses)
46 credit hours as program requirements
Offshore Operations Concentration Courses
Mandatory Courses
- MT 101 Project year I Credit Hours: 2
- MT 202 Project year II Credit Hours: 2
- MT 403 Final Project I Credit Hours: 3
- MT 404 Final Project II Credit Hours: 3
- MT 436 Integrated Navigation System Credit Hours: 3
- MST 305 Practical Sea Training I Credit Hours: 6
- MST 306 Practical Sea Training II Credit Hours: 6
- MOS 410 Offshore Operations Management Credit Hours: 3
- MOS 412 Offshore Units & Handling Credit Hours: 3
- MOS 413 Offshore Engineering Credit Hours: 3
Electives Courses
- MOS 411 Maritime Safety Quality Systems Credit Hours: 3
- MOS 414 Advanced Operations Management Credit Hours: 3
- MOS 416 Liquid Cargo Credit Hours: 3
- MOS 417 Offshore Cargo Handling Credit Hours: 3
- MOS 418 Rig & Platform Safety Credit Hours: 3
- MOS 451 Offshore Units’ Documentations Credit Hours: 3
- MOS 454 Offshore Units Acquisition Credit Hours: 3
- MOS 455 Offshore Risk Assessment Credit Hours: 3
Port & Shipping Operations Concentration Courses
Mandatory Courses
- MT 101 Project year 1 Credit Hours: 2
- MT 202 Project year 2 Credit Hours: 2
- MT 403 Final Project 1 Credit Hours: 3
- MT 404 Final Project 2 Credit Hours: 3
- MT 436 Integrated Navigation System Credit Hours: 3
- MST 305 Practical Sea Training I Credit Hours: 6
- MST 306 Practical Sea Training II Credit Hours: 6
- MPS 445 Port Operations Management Credit Hours: 3
- MPS 446 Commercial Maritime Law Credit Hours: 3
- MPS 447 Maritime Logistics Credit Hours: 3
Electives Courses
- MPS 438 Smart Ports Operation Credit Hours: 3
- MPS 439 Energy Management Credit Hours: 3
- MPS 440 Ship Business Credit Hours: 3
- MPS 441 Maritime Marketing Credit Hours: 3
- MPS 442 Maritime Economics Credit Hours: 3
- MPS 443 Maritime Port Economics Credit Hours: 3
- MPS 448 Maritime Crewing Management Credit Hours: 3
- MPS 451 Maritime Safety Quality Systems Credit Hours: 3
Courses
Credit Hours: 3
The course deals with various aspect regarding seamanship principles to provide the background knowledge to support ship operation and means of marine communications between ship.
Credit Hours: 3
The course provides information regarding the fundamentals of terrestrial navigation including terminologies positioning and projection in addition to basic chartwork.
Credit Hours: 3
Credit Hours: 3
Credit Hours: 3
This course provides students with the essential background in general physics and mechanics including the motion of material objects, heat, temperature, expansion of solids, liquids, transmission of heat, change of states and their environmental effect on the ship. This course also Perform experiments in laboratory to verify laws.
Credit Hours: 2
This course provides students with knowledge about the effects of the environment on the material, whatever its form. In addition, acquaint students with concepts of chemistry to control and protect the used material to overcome industrial problems. Also Perform experiments in laboratory
Credit Hours: 3
The course deals with various aspect regarding watchkeeping to provide the background knowledge to support: The Convention on the International Regulations for Preventing Collisions at Sea, 1972 (COLREGs), Summarize IALA buoyage system in different regions and OOW duties in addition to Bridge Resource Management (BRM).
Credit Hours: 3
The course describes the various effects that influence the ship’s voyage from one position to another including distinguishing between courses and tracks in addition to position finding techniques.
Credit Hours: 3
Marine meteorology deals with physics of the marine atmosphere and its composition, atmospheric phenomena, Atmospheric processes and their influence on sea or ocean surface.
Credit Hours: 3
This course provides students with the essential background of waves, electromagnetic radiation, sound waves, light waves as well as magnetism and electrical principles.
Credit Hours: 2
Credit Hours: 3
This course is designed to introduce students to planning and executing a marine engineering project. The course will cover project management tools and skills, including scoping, scheduling, budgeting and techno-economic assessment, and risk assessment and management.
Credit Hours: 2
Credit Hours: 2
This course provides the principles of Ship Construction through the well understanding of (various ship types and terminology related to it - Stresses acting on the ship and how to resist through framing systems - hull materials - types of rudders and propellers - classification societies - etc…).
Credit Hours: 3
Credit Hours: 2
The course describes various emergency situations that take place at sea and the procedure and response to each situation.
Credit Hours: 3
This course provides the students with information and awareness in maintaining the seaworthiness of the vessel and provides them with the skills to keep his vessel under favourable stability conditions, calculation of the forces contributing to the stability of a ship; effect of loading, shifting, or discharging weights and also enable students to cover aspects of law of flotation, basic transverse stability, free surface effect of liquids and its danger to a listed vessel, causes and correction of a negative stability and as well as an introduction to longitudinal stability.
Credit Hours: 3
The course deals with the fundamentals principles of marine radar operation including setting, interpretation, factors affecting radar performance, position fixing and manual plotting. In addition, automatic radar plotting aid is an essential part with regards to assessing navigational situations.
Credit Hours: 3
This course discusses the main core topics of law such as the contract (including intellectual property), tort, employment, and business organizations (including formation), and dissolution. In addition, the course includes a range of features to aid understanding, applying, and analyzing legal concepts related to UAE society.
Credit Hours: 3
The course deals with various aspect regarding cargo handling and stowage to provide the background knowledge to support: The Basic knowledge of the regulations and recommendations affecting cargo handling and stowage.
Credit Hours: 2
The course covers controllable and uncontrollable factors that affects ship maneuverings in different situations including the effect of shallow water effects under various affecting forces as well as ship’s characteristics.
Credit Hours: 4
The course describes the types of voyage planning on paper charts and by using ECDIS including weather routing and chart corrections, different types of sailing, gathering information relevant to the passage, tide calculations.
Credit Hours: 3
This course covers the theoretical part of principles of celestial navigation and the practical part of applying celestial observations of solving celestial sight patterns to obtain a position line, in addition to compare vessel’s compasses by using heavenly bodies (sun and stars) obtaining the compass error for a safe and efficient offshore navigation.
Credit Hours: 3
This topic will provide students with the theoretical understanding and knowledge of electromagnetic waves and their propagation, Satellite position fixing, and Marine Electronic Navigation equipment to enable the equipment to be used to the best advantage with the full understanding of the capabilities and limitations.
This course is designed This course is designed to provide students with opportunity to apply basics and utilize software tools and practical implementation (if applicable) in design of a project in marine engineering field.
Credit Hours: 2
An approved seagoing service of not less than 12 months split in 2 semesters as a part of an approved training program which includes onboard training that meets the requirements of section A-III/1 of the International Conference on Training and Certification of Seafarers (STCW) and is documented in an SMA Cadetship Training Record Book.
Credit Hours: 6
An approved seagoing service of not less than 12 months split in 2 semesters as a part of an approved training program which includes onboard training that meets the requirements of section A-III/1 of the International Conference on Training and Certification of Seafarers (STCW) and is documented in an SMA Cadetship Training Record Book.
Credit Hours: 6
Credit Hours: 3
Credit Hours: 3
The course applies the integrated navigation system techniques through performing numerous tasks involving radar, AIS and ECDIS separately and in an integration way.
Credit Hours: 3
The course deals with various aspect regarding Offshore Operations to provide the background knowledge to support: The various types of anchor handling and towing operations plane, Categorize the safety precautions during the various operations in addition to the Operational Risk Management.
Credit Hours: 3
The course covers several topics related to communication. It addresses elements and principles of interpersonal skills and introduces learners to different barriers to communication. The course also focuses on large group communication, addressing group meetings, and job interviews. The course also works on enhancing personal development of students by equipping them with the knowledge and skills needed to work at sea, such as leadership skills, decision making skills, and other skills that enable them to competently carry out all duties on board vessel.
Credit Hours: 3
The course deals with various aspect regarding Offshore Units & Handling to provide the types of offshore units, the characteristics of offshore vessels, the capabilities of the supply vessels on maneuvers and the functions of each type of supply vessels and offshore installations in addition to the ability of offshore vessels on maneuvers in different weather conditions.
Credit Hours: 3
The course deals with various aspect regarding Offshore Engineering to provide the design concepts of offshore installations, the types of material used for drilling, the types of rigs used, the tools and materials used in each stage of the drilling in addition to the description of produced oil and natural gas.
Credit Hours: 4
The course deals with various aspect regarding watchkeeping to provide the background knowledge to support: The Convention on the International Regulations for Preventing Collisions at Sea, 1972 (COLREGs), Summarize IALA buoyage system in different regions and ship handling including forces affecting ships and various maneuverings in addition to P.O.B cases.
Credit Hours: 4
This course provides the students with information and awareness in maintaining the seaworthiness of the vessel and provides them with the ability and skills to keep his vessel under favorable stability conditions, calculation of the forces contributing to the stability of a ship; and also provides the principles of Ship Construction, ship yard practices affecting ship’s stresses acting on hull structure.
Credit Hours: 4
The course deals with various aspect regarding cargo handling and stowage to provide the background knowledge to support: The Basic knowledge of the regulations and recommendations affecting cargo handling and stowage.
Credit Hours: 4
The course covers various aspects regarding to advanced positioning and passage planning in addition to different calculations and procedures affecting vessel’s safety in different areas.
Credit Hours: 3
This topic will provide preparation for the Certificate of Competency (COC) license exam at the Ministry of Energy and Infrastructure, federal maritime authority, as students with the theoretical understanding and knowledge of electromagnetic waves and their propagation, Satellite position fixing, and Marine Electronic Navigation equipment to enable the equipment to be used to the best advantage with the full understanding of the capabilities and limitations.
- Neil James Thambi, MARINE CHIEF ENGINEER (UNLIMITED), Maters's, Technical Ship Mangement / Marine Engineering, University of Strathclyde, UK
- Dr. Hossam M. Eldessouky, Assistant Professor, PhD, Advanced Manufacturing Systems, University of Bath, UK
- Akram Zeid, Assistant Professor, PhD, Mechanical and Marine Engineering, University of Nottingham, UK
- Ahmed Hamdy Moursy, Head of Maritime Transport Department, Masters Maritime Affairs - Maritime Safety & Environmental Administration, Maritime Safety & Environmental protection, World Maritime University - Sweden
- Georgios Katsoulis, Dean, PhD, Electronics Engineering, National Technical University of Athens, Greece
- Ahmed Ismail, Captain/Master Mariner, master's Science in Maritime Affairs, Maritime Safety & Environmental Administration, World Maritime University, Sweden
- Hongseok Bae, Assistant Professor, PhD, Naval Architecture, Ocean and Marine Engineering, University of Strathclyde, UK
- Tarek Ali Hassan Abou Elela, Assistant Professor, PhD, Marine and Commercial Law- International Transport Law & Multimodal Transport. - Marine Communications. - Seaman ship. - Maritime arbitration. - Marine insurance., Alexandria University, Egypt
- Mohamed Abdelfattah Mohamed, Captain Master Mariner, Masters Operation of ship and Maritime Safety, Maritime Safety and Environmental Protection, AASTMT, Egypt
- Dr. C. Elavarasi Sasikumar, Assistant Professor, PhD, Electronics Engineering- Communication system Communication System, Antenna, Microwave and Millimeter wave Antenna, Microwave Electronics, Electromagnetic Transmission Line, Pondicherry University, India
- Ahmed Salem, Associate Professor, PhD, Ship Design, Construction and Stability, University of Strathclyde, UK
- Donald Macleod Paterson, Assistant Professor, PhD, Ship Stability & Risk-based Design, University of Strathclyde, UK
- Mauro Francesco, Assistant Professor, PhD Ocean Engineering, Research in hydrodynamics and marine propulsion, University of Rijeka, Croatia