MET

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: 2

A mechanical engineering drawing course that uses drawing modeling for machine parts assembly would typically cover a range of topics related to mechanical design and engineering. The course would focus on teaching students how to use software tools to create accurate and detailed drawings of machine and mechanical parts, as well as how to assemble these parts into a functioning machine. The course would typically start with an introduction to AutoCAD and SolidWorks, including basic navigation and modeling techniques in conventional drawing. Students would then learn how to create 2D and 3D models of machine parts, including how to use different tools and features to create complex geometries and shapes. Also will cover topics related to assembly, including how to create and manage assemblies of multiple parts, how to add constraints and mates to ensure proper fit and alignment, and how to perform interference checks to identify potential issues. Throughout the course, students would also learn best practices for creating detailed engineering drawings, including how to use annotations, dimensions, and tolerances to ensure that parts are manufactured to the correct specifications. Overall, course would provide students with a comprehensive understanding of the principles and practices of mechanical modeling, as well as the practical skills needed to create accurate and detailed drawings of machine parts and assemblies. Design project assessment evaluates students' ability to collaboratively create a machine part assembly that meets requirements, adhering to industry standards and design principles. The assessment tests communication, presentation skills, and professional responsibility.

Credit Hours: 3

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The course provides engineers with a strong understanding of the three primary types of materials and composites, as well as the relationships that exist between the structural elements of materials and their properties. The relationships among processing, structure, properties, and performance components for steels.

Credit Hours: 3

The course gives students an overview of Basic theories of circuit analysis in direct current (DC) circuits. In addition, fundamentals of the alternating current (AC) and the three phase circuits are covered. The course gives insight into principles of electronic circuits components. Finally, it gives an overview of the three phase circuits.

Credit Hours: 3

Introduction to thermodynamics (Revision) -The Carnot Cycle - The Carnot Cycle for perfect gas - The Constant pressure cycle - Air standard Heat Engine Cycles (Constant Volume Cycle, Diesel Cycle, Dual Cycle) - Gas Turbine Cycles (The practical gas turbine cycle, The use of a power turbine) - Positive Displacement Machine (Reciprocating Compressors, Reciprocating compressors including clearance, Multistage compression) - Steam Cycles (Rankin Cycle, Rankine cycle with superheat, the enthalpy-entropy Chart, the reheat cycle) - Refrigeration and Heat Pumps (Reversed heat engine cycles, Vapour Compression cycles) - Heat transfer (Fourier’s Law of conduction, Newton's Law of cooling, The composite wall and the electrical analogy, Heat flow through a cylinder and a sphere)

Credit Hours: 4

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) to design a project in marine engineering field.

Credit Hours: 3

The course covers essential concepts of sensors, transducers for non-Electrical quantities such pressure, temperature, level, and flow. The role of sensors within closed loop control systems is also introduced. This course provides the instrumentation background needed to understand control systems and automation in Marine application.

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classification of internal combustion engines, construction details, systems of marine diesel engines, super-charging, marine fuels and fuel injection systems, combustion and diesel knocking, engine preparation and starting, engine performance and heat balance analysis and calculation. Operation and trouble shooting. Hands-on laboratory work is an integral part of this course.

Credit Hours: 4

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Credit Hours: 3

This course provides the principles of Naval Architecture through the well understanding of calculating (load, pressure and stresses acting on the ship - coefficients of form - ship’s areas and volumes - center of gravity and buoyancy -transverse and longitudinal stability.

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Introduction to marine engineering, types of marine power plants, introduction to marine auxiliary engines transmission of power through propulsion systems, thrust bearing, shafting, shaft bearing, stern tube, propeller, different types of pumps, displacement and roto-dynamic, construction, performance, characteristics, heat exchangers, bilge and ballast systems, oil treatment methods, purifiers, marine air compressors, different types of marine boilers, steering gear systems fundamentals, refrigeration system fundamentals and marine pollution prevention equipments.

Credit Hours: 4

Credit Hours: 2

The course mainly covers Safe Engineering Watch-Keeping-Procedures to be adopted in safe Watch keeping -Watch in port – Watch keeping routine during sea going – Receiving the watch – Handing over the watch /Taking over the watch – Watch keeping routine duties – Engine room log book data – Preparation for maneuvering –Communication with officer in charge- Emergency cases in the engine room - Safe Working Practices – Risk Assessment- Safe movement on board ship– Entering enclosed or confined spaces – Maintenance of machinery –Hot Work-Painting hazards – Emergency procedures, action to be taken in the event of fire, flooding of Engine room, action in case of stoppage of the main engine. In addition, Actions in the event of Main Engine auto slow-down and shut down. Main Boiler auto shut-down- Power Failure- Emergency Steering, Blackout operations and power restoration- Machinery space Logbook and the significance of the readings taken.

Credit Hours: 6

Review of marine diesel engines constructional features, kinematics and dynamics of crankshaft mechanisms, deflection, engine room resource management, spare parts control, maintenance and repair of diesel engine parts, fixed and moving parts, cylinder head, cylinder liner, trunk piston, crosshead piston, connecting rod , crosshead, stuffing box, safety preparations before diesel engine maintenance and use of appropriate specialized tools and measuring instruments, engine test operation and performance evaluation.

Credit Hours: 4

Review of heat transfer - Steady state conduction one dimension - General conduction equations – External surfaces -Steady state conduction two dimensions - Principles of convections - Empirical relations for forced convections - Natural convection systems - Radiation heat transfer.

Credit Hours: 3

This course covers basics of magnetic circuits, AC and DC Electric machinery in addition to single phase transformers; this includes the theory of operation, construction, characteristics and application will be discussed for specific AC and DC Electric machines and single-phase transformers. The derivation of equivalent circuit and related analysis will be covered.

Credit Hours: 3

This course is designed to provide students with an opportunity to conduct a project that can lead to an original research orjoin a competition in the field of marine engineering. Students will work individually or in small groups to select a topic, develop a research proposal considering relevant constraints, collect data, conduct software simulation and experiments, analyse the results, and communicate their findings effectively.

This course covers a range of ship repair technologies utilized in modern shipyards as well as the student will gain knowledge with regard to modern docking systems and ship repair recommended procedures, shipyard layout, shipbuilding industry, shipbuilding processes, hazardous , safety , damage control, course covers the basic techniques and procedures employed in surveying and repair the ship’s hull, propulsion systems and rudder to determine the needed repairs, modern welding techniques, defects detection methods, ship delivery and sea trials. The course provides a general introduction to the language and terminology commonly used in the shipbuilding and repair industry.

Credit Hours: 3

Different types of pumps maintenance, steering gear maintenance, bow thruster, fresh water generator, fire detection and prevention, firefighting equipment and safety in engine room, treatment of oils filtering, purification, clarification, maintenance, heat exchangers maintenance, marine boilers control, safety devices, maintenance, shafting system, stern tube, thrust bearing maintenance, deck machinery and hull equipments.

Credit Hours: 4

Thermodynamics of vaporous: ideal and practical cycles, re-heating superheating and regeneration. Steam tables and charts.

• Boilers: types and classification, heating surfaces, mountings and fittings, combustion and combustion equipment , insulation, de-superheats control systems

• Turbines: theory, types, flow through nozzles, jet deflection, super saturation, power calculations, design of components, governors.

• Plant : Real cycle , steam systems, feed water system, plant performance, air ejector, deaerators, evaporators condenser

Credit Hours: 3

Credit Hours: 4

Credit Hours: 3

The course is considered as a crucial part of student’s degree. It consolidates findings and the skills developed and refined throughout the degree. Student will have the opportunity to utilize skills and knowledge from other courses in the degree and forge a valuable contribution by research. The description of the course and related activities is as follows:

• The students in a group of 3 to 4 works on a topic approved by the head of the department under the guidance of one or two faculty members.

• Weekly meetings between students and supervisors to follow up progress.

• The thesis should be of sufficient pages of text, with supporting documentation, images, and notes and standard method of referencing.

• A review committee (consisting of external and internal examiners) may be constituted by the Head of the Department to evaluate the project.

• The project work is evaluated by the review committee based on oral presentation and the project report.

Credit Hours: 3

This course covers the legal and economic aspects of international shipping of goods and related international contracts and agreements that regulate the transport of goods by sea, international commercial documents and terms used in sea shipping.

Credit Hours: 3

Credit Hours: 3

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Credit Hours: 3

Credit Hours: 4

This course enhances the student’s understanding about the concepts of control systems and automation in Marine applications. The course covers essential topics such as Relay logic control, MCC and Programmable logic controllers PLC. In addition, the topics related to the control systems such as modeling, analysis and PID tunning methods are introduced to the students.

Credit Hours: 3