About
Marine Engineers are responsible for the design and connstruction of seagoing vessels and structures, focusing primarily on their internal systems. Simply put, they design the onboard electrical, environmental and propulsion systems aboard everything from oil platforms to cruise ships.
No environment on Earth is as demanding as the sea. Designing and building vessels and structures that can withstand the wind, waves and salt exposure requires special education and experience. The modern world’s global commerce is largely enabled by the ocean-going technological marvels created by Marine Engineers.
Today’s oceans are plied by oil and cargo ships that are amazingly huge and complex. The largest ship ever built, once named Seawise Giant, was over 1500 feet long. Royal Caribbean International recently launched 2 Oasis class cruise ships, floating paradises that routinely carry over 5000 happy cruisers on vacation. The Marine Engineering involved in assuring the safety of the crews and passengers of these behemoths is challenging and exacting. Marine engineers routinely break records and create new technology as a normal course of doing business.
Career
Marine engineers can advance into supervisory or management positions with experience. Typically, the USCG licenses can help marine engineers move up; as the level of license increases, responsibilities normally increase. Some marine engineers move into sales, using their technical knowledge to help clients plan and execute projects.
Job Prospects
Like any engineering field, Marine Engineering requires a strong background in math and science. Pursuing and engineering degree is a serious commitment and is not to be taken lightly.
Along with math and science skills, you’ll probably do well if you’re fascinated by the ocean and the engineering involved with in harnessing the power of the sea. Not all Marine Engineers work safely behind a desk designing systems. If you don’t think you ever want to spend time on a ship or other off-shore structure, you might think about a different career choice. However, if ships and the sea call to you, this is a rewarding profession worthy of consideration.
Remuneration
The normal path to becoming a Marine Engineer is to pursue a Bachelor’s Degree from an accredited university. Many public and private colleges offer undergraduate degrees in Marine Engineering, but there are some schools that specialize in this arena. Marine Engineers are highly involved in the design and operation of shipboard electrical and environmental systems as well as power plants, so you’ll take courses in electrical engineering, fluid dynamics and power production.
Moving on to a Master’s Degree in Marine Engineering will often encompass a broader area of study including Naval Architecture. Naval Architecture involves the overall structural design of ships and other vessels.
At the pinnacle of Marine Engineering are professionals who have earned their Doctor of Philosophy (Ph. D.) in the field. With the complexity involved in many of these large-scale systems, the sky is the limit.
Course Structure
Part-I
| Subject Code | Subject Name | Download |
|---|---|---|
| 1.1 10001 | ENGINEERING MATHEMATICS | Download |
| 1.2 10002 | APPLIED PHYSICS | Download |
| 1.3 10003 | APPLIED CHEMISTRY | Download |
| 1.4 10004 | COMMUNICATION SKILL | Download |
| 1.5 10005 | ENGINEERING DRAWING | Download |
| 1.6 10006 | COMPUTER FUNDAMENTAL | Download |
| 1.7 10007 | TIME MANAGEMENT | Download |
| 1.8 10008 | MANUFACTURING PROCESS | Download |
| 1.9 10009 | ENGINEERING MECHANICS | Download |
Part-II
| Subject Code | Subject Name | Download |
|---|---|---|
| 2.1 30251 | STRENGTH OF MATERIALS | Download |
| 2.2 30252 | FLUID MECHANICS | Download |
| 2.3 30253 | MATERIAL SCIENCE & ENGINEERING | Download |
| 2.4 30254 | WORKSHOP TECHNOLOGY | Download |
| 2.5 30255 | ENVIRONMENTAL ENGINEERING | Download |
| 2.6 30256 | METROLOGY | Download |
| 2.7 30258 | TECHNICAL ENGINEERING DRAWING | Download |
| 2.8 30208 | BASIC SHIP THEORY | Download |
| 2.9 30268 | MANFACTURING TECHNOLOGY | Download |
| 2.10 30270 | CNC MACHINE | Download |
| 2.11 30273 | THERMAL ENGINEERING | Download |
| 2.12 30212 | MARINE ENGINEERING – I | Download |
| 2.13 30285 | FREE HAND DRAWING & PAINTING | Download |
| 2.14 30214 | SHIP CONSTRUCTION TECHNOLOGY | Download |
| 2.15 30215 | WELDING IN SHIP CONSTRUCTION | Download |
| 2.16 30216 | MARINE ENGINEERING – II | Download |
| 2.17 30219 | SHIP REPAIR ENGINEERING | Download |
| 2.18 30218 | SHIP DRAWING & CALCULATIONS | Download |
Project Work
Candidates are required to submit a Referee / Project Report to complete the requirement of the Technician Membership Examination(TMIIE-DIPIIE-DMIIE).
A candidate of Technician Membership Examination(TMIIE-DIPIIE-DMIIE) can take up submission of his report only after he has obtained a pass in Part-I of TMIIE-DIPIIE-DMIIE Examination and only after he/she has appeared and obtained 40% marks in at least 5 subjects of Part-I of TMIIE-DIPIIE-DMIIE Examination.
Project Report / Referee Report
Each candidate appearing for Technician Membership Examination under the scheme of examination as approved by Govt. of India, is required to submit the Project Report in bound volumes.
Project Report detailed requirements and Project Report applications form is given in Institution website .The Project Report Application should be submitted with a fee.
Final pass Certificate will be issued only after Project Report is approved. Candidate is also required to pay certification fee and submit experience certificate for minimum period of 3½ years on employer’s letterhead.
bb9a3380-822a-4afa-adba-9e5357af7436.docModel Format for submission of Refree/ project report for TMIE-DIPIIE-DMIIE Examinations .
Note:Academic Member needs to undertake Six months practical training from A.I.C.T.E or applicable Polytechnic/College.
