Marine Engineering Notes | Syllabus, Reference Books and Important Questions

Marine Engineering Notes: Marine engineering is a specific field of study. It is career-oriented and requires knowledge of marine vehicles, maritime laws and policies and any changes in technologies. Students opting for marine engineering can freely download marine engineering notes. These notes are written by subject experts and are therefore reliable. Avail subject-wise B.Tech Notes related to Engineering Departments like ECE, CSE, Mech, EEE, Civil, etc. all in one place and plan your preparation according to your requirements.

Students who have used these notes have performed well in their exams. The way these notes are written is to create an excellent foundational base of learning about marine engineering. With proper guidance and consistent effort, you can also perform well in this course. Click on any of the links given below to know more about the course.

Introduction to Marine engineering

Marine engineering is a specialized field of study, divided into eight semesters. Engineering students in their four-year course study all the complexities of the subject. Everything from working principles and concepts to the maintenance of marine vehicles is thoroughly discussed in the course.

Students are required to obtain an in-depth understanding of the course contents, which requires constant effort from their side. The course is demanding for sure but at the same time is interesting as well. It’s essential to know about any course thoroughly before making an important choice like this.

The course is designed with the objective to give students real-time experiences of workings of marine vehicles. Students extensively study about vehicle parts like engines and their functioning. Marine engineering is an exciting career prospect and also attracts a lot of eager students.

Marine Engineering Notes Free PDF Download

The marine engineering course puts the students through a wide array of Syllabus. To help the students in this, we have made marine engineering notes pdf freely available for downloads. Students can download the free pdf and kickstart their preparations on this new journey. These notes are sure to help you immensely and will also help you in planning your studies well.

You can download the free pdf from any of the links given below. The language used in these notes is clear and logical to improve retention of information. Additional focus is given on concept-based learning to make better scholars. The pdf will benefit students during their revision as well because the notes are well categorised. You can directly go to the chapter or topic you want to study. Get your free pdf here.

Reference books for Marine engineering

Finding the right book to aid you in your studies can be a daunting task. With so much information available, it is prevalent for students to get confused as to which book should they consult. Books contain in-depth explanations of all the topics and concepts you will study, and it’s the right choice to invest in a good reference book.

This list given below is in no particular order. Students can look for free pdf of these books and download them if available online. It is advisable to look for newer editions of these books to include any changes in the Syllabus.

REFERENCE BOOK AUTHOR
Introduction to marine engineering, 2nd edition D.A. Taylor 
Marine engineering- general engineering knowledge H.D. McGeorge
Pounder’s marine diesel engine and gas turbines Doug Woodyard
Marine engineering series – Reed’s basic electrotechnology Edmund G.R. Kraal
Marine auxiliary machinery H.D. McGeorge
Practical marine electrical knowledge  Dennis T. Hall
Marine electrical equipment and practice H.D. McGeorge
Marine boilers G.T.H.Flanagan

Revised Syllabus for Marine Engineering

For students preparing for their examinations, it is essential to keep track of the Syllabus to plan your studies well. Also, students interested in applying for the course can go through the course contents to understand it better. Students are advised to go through the course contents thoroughly and get a clear and logical understanding of what the course is about.

Marine engineering is a career-specific field; it is the job of the marine engineer to design, build and maintain marine vehicles. The course is divided into eight semesters, to provide the students with the knowledge of working as a marine engineer.

Given below is the revised Syllabus for marine engineering, to keep up with the changing times in the field of marine engineering. Students will study the ins and outs of this field in their entire four year period, which is designed to keep the students interested and challenge them to become better.

SEMESTER I
  • English
  • Mathematics
  • Basic Thermodynamics
  • Basic Electrical & Electronics Engineering
  • Engineering Mechanics 
  • Workshop Technology
  • Geometrical Drawing
  • Basic Electrical & Electronics Laboratory
  • Workshop Practicals
  • Communicative English Lab
SEMESTER II
  • Seamanship, Elementary Navigation & Survival at Sea
  • Mathematics
  • Applied Thermodynamics
  • Strength of Materials
  • Computer Science
  • Engineering Mechanics
  • Engineering & Machine Drawing
  • Applied Mechanics Laboratory
  • Workshop Practicals
  • Computer Laboratory
SEMESTER III
  • Computational Mathematics
  • Analog Electronics & Communication
  • Applied Thermodynamics 
  • Strength of Materials
  • Mechanics of Machines 
  • Electrical Machines 
  • Marine Engineering Drawing
  • Electronics Laboratory
  • Heat & Chemical Laboratory
  • Workshop Practicals 
SEMESTER IV
  • Marine Boilers
  • Digital Electronics & PLC
  • Mechanics of Machines 
  • Electrical Machines
  • Fluids Mechanics
  • Marine Heat Engine & Air Conditioning
  • Applied Marine Control & Automation
  • Heat & Boiler Chemical Laboratory
  • Computer Microprocessor & PLC Laboratory
  • Workshop Practicals
  • Control Engineering Laboratory
SEMESTER V
  • Material Science
  • Ship Structure & Construction
  • Marine Internal Combustion Engine
  • Fluid Mechanics
  • Marine Auxiliary Machines 
  • Naval Architecture 
  • Elementary Design & Drawing
  • Material Science Laboratory
  • Vibration Laboratory & Fluid Mechanics Laboratory
  • Marine Power Plant Operation 
SEMESTER VI
  • Ship Fire Prevention & Control
  • Marine Internal Combustion Engine 
  • Marine Electrical Technology
  • Marine Auxiliary Machines 
  • Naval Architecture 
  • Management Science & Economics
  • Marine Steam Engineering
  • Fire Control & Life Saving Appliances Laboratory
  • Marine Power Plant Operation 
  • Electrical Machines Laboratory
SEMESTER VII
  • Ship Operation & Management
  • Advanced Marine Control Engineering & Automation
  • IMO – Maritime Conventions & Classification Society
  • Advanced Marine Technology
  • Engine Room Management
  • Elective
  • Marine Machinery & System Design
  • Simulator & Simulation Laboratory
  • Technical Paper & Project
SEMESTER VIII
  • ON BOARD TRAINING & ASSESSMENT
  • Training Report
  • Project on Environment & its Project
  • Viva – VoIce

Theoretical problems for marine engineering

The list of questions compiled below is to give the students a fair idea about the course. These are also some of the problems which are commonly asked in job interviews and examination papers. Students can easily find answers to all of these questions and many more, by downloading the Marine engineering notes pdf.

It is advised to go through these questions and improve your understanding of the course and the subjects included in this course.

  1. What do you understand by indicator pressure?
  2. What does Turbine surge signify?
  3. List down the factors affecting the reliability of the starting process.
  4. Differentiate between the gate valve and globe valve.
  5. What does the code number on bearings signify?
  6. Explain the working of a magnetic amplifier.
  7. On what principles does the axial pump work?
  8. How do we calculate fuel consumption, and what do the values signify?
  9. How many types of marine engines are there?
  10. Explain the term angular acceleration?
  11. What do you understand by buoyant force?
  12. What does slip mean?
  13. Explain the working of centrifugal pumps.
  14. List out the mandatory checks to be made in the engine room.
  15. What is priming?

Frequently Asked Questions on Marine Engineering Notes

Question 1.
Explain the ISM code and its significance.

Answer:
ISM code is used to ensure the safety of human life and prevent injuries and loss of life. It also extensively covers how to avoid damage to the ship or any other marine vehicle and the surrounding environment. The international safety management code is a set of guidelines to be followed earnestly by all to ensure safe management and operations of ships at sea.

  1. Construction parts and machinery check
  2. Safety equipment and other mandatory equipment
  3. Stability of ship and proper loading and unloading of cargo and materials.
  4. The operating guidelines and parameters
  5. Maintenance guidelines and emergency procedures
  6. Health and safety
  7. Proper functioning of the ship
  8. Adhering to the guidelines set by IMO

Question 2. 
What do you understand by the terms flash point and fire point?

Answer: 
The terms flash point and fire point signify flammability conditions required to be met for the flame to ignite. These terms are defined to differentiate between the conditions and stages and difference in temperatures.

  • Flashpoint – Flashpoint signifies the lowest temperature at which the liquid/vapour ignites by a flame or spark or any other nearby source of ignition.
  • Fire point – Fire point is the lowest temperature at which if the liquid/vapour is heated will start to burn continuously when ignited by a spark, flame or any nearby source of ignition.

The flashpoint temperature is below the fire point temperature. Another term auto-ignition temperature signifies the temperature at which when the liquid/vapour or a mixture of air doesn’t need any source of ignition and ignites without any spark, flame or nearby source of ignition.

Question 3.
What is fatigue crack, and how can it be identified?

Answer: 
Fatigue crack is primarily due to any fluctuations in the stress applied to the component and is propagated further.

Stress raisers are rough surfaces where the stress is applied and can easily lead to a fatigue crack. It is advisable to smoothen the body like this.

Usually, oil holes are sites of fatigue cracks. The number of oil holes should be minimised and should have a wider radius and should be smoothed out as much as possible.

In areas where tensile stress plays a role are a common area for the weakening of fatigue strength and can lead to fatigue cracks. Often cold rolling is used in these areas to increase the fatigue strength in these areas.

Materials which are hardened for specific purposes can lead to fatigue cracks due to higher stress on smaller components.

Question 4.
Explain the term “surge” in the turbine?

Answer: 
A surge is a complete stall that results in the disruption of the airflow inside the compressors of the turbine. It is a disruptive mode of operation which can be seen as a pulsating pressure on the blades. It is a violation of the dynamic gas stability inside the compressor system of the turbine.

It can cause a temporary drop in power or a complete loss of compression in case of a surge. The compressor stalls are of two types, either rotational or axisymmetrical. Surges in systems can be controlled or avoided by better designs of compressor and turbine systems.

Conclusion

Marine engineering is one of the few sought out career choices, many students make. This course attracts a lot of young and eager crowd. You can download the marine engineering free pdf to help you in your preparations. These are bound to help anyone who wants to learn about the course. Designed to give you an in-depth understanding, the pdf is available free of cost to promote quality education to everyone. It is advisable to put in constant efforts to do well in this course. Also, regular use of marine engineering notes pdf will help you in the long run.

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