| The specialty was established in 1956, and began to recruit
graduate students in1960. It is one of the earliest specialties in
our country which have been authorized to award the master's degree,
and it has been given doctorate gift in 1998. Based on machinery,
engineering heating physics and control theory, this specialty deals
with the designing, studying, and developing of power plant performance,
essential parts and control system by means of modern analysis and
experimental techniques.
The laboratory of the specialty has many experimental platforms
which are for various special-purposes such as the diesel engine,
the transmission equipment, the hydraulic coupling machine, the
separation of air and water, the purification of air, etc. The laboratory
is also equipped with parameter monitors of machinery and heating
power, artificial equipment of monolithic processor, programmable
controller, digital artificial machine of high performance, and
the monitoring system, etc.
In recent years, the specialty has launched a series of research
on subjects such as the control and emulation of diesel engine power
plant, the modeling and emulation of transmission equipment’s dynamic
performance, and the air water separation technology of shipping
gas turbine, etc. Its scientific findings have won many prizes in
Advanced Science and Technology both of Shanghai and of the country.
I. Training Objectives
The master's degree winners should have a solid theoretical foundation
in marine engine engineering as well as systematical specialized
knowledge of shipping power plant. They know well about the developing
direction of the specialty, and can use computers skillfully to
carry on scientific calculations and emulation analysis. They also
have the studying, developing, designing and managing ability in
the field of marine engine engineering.
II. Directions of the Specialty
1. Power plant and its optimizing
2. New-type power transmission and controlling
3. Trouble diagnosis of power plant
4. Shipping main engine and special machinery
5. Modern technology of electromechanical control
6. Environmental protection technology of power plant
III. Length of Schooling and Credits
The full-time Master degree candidates’ length of schooling is
2. 5 years. The total credits must get requested 32 credits at least;
among them the credits of degree lessons must get requested 19.
Semi-sabbatical master degree candidates’ period of schooling can
be prolonged for another half a year or one year as approved.
IV. Courses Offered
| Classification |
No. |
Name of Courses |
Credit |
Time |
Remarks |
| Degree |
G090501 |
Introduction to
Natural Dialectics |
2.0 |
autumn |
Compulsory courses |
| Degree |
G090503 |
Theory and Practice
of Scientific Socialism |
1.0 |
spring |
Compulsory courses |
| Degree |
G140501 |
Basic English |
3.0 |
spring and autumn |
Compulsory courses |
| Degree |
G140503 |
Professional English |
1.0 |
autumn |
Compulsory courses |
| Degree |
G071501 |
Matrix Theory |
2.0 |
autumn |
|
| Degree |
G071502 |
Optimize Method |
3.0 |
autumn |
|
| Degree |
G071503 |
Computing Technology |
3.0 |
autumn |
|
| Degree |
X020517 |
Modern Control
Theory |
3.0 |
spring |
|
| Degree |
X010516 |
Overall judging
and optimizing of power plant |
3.0 |
autumn |
|
| Degree |
X010517 |
Modeling and emulation
of dynamical system |
3.0 |
spring |
|
| Degree |
X010520 |
Measurement and
controlling of computers |
2.0 |
spring |
|
| Degree |
X020521 |
Advanced engineering
thermodynamics |
3.0 |
autumn |
|
| Non-degree |
F020536 |
Network Technology |
2.0 |
spring |
|
| Non-degree |
F010524 |
Identification
of dynamic system model |
2.0 |
spring |
|
| Non-degree |
F010534 |
Principle and
application of computers |
3.0 |
autumn |
|
| Non-degree |
F010535 |
Spot trunk with
application in shipping automation |
2.0 |
spring |
|
| Non-degree |
F010536 |
Separate Technology |
3.0 |
spring |
|
| Non-degree |
F010537 |
Trouble diagnosis
of power plant |
3.0 |
spring |
|
| Non-degree |
F010538 |
The front of the
turbine engineering development |
2.0 |
autumn |
|
| Non-degree |
F010539 |
FEM Analysis |
2.0 |
spring |
|
| Non-degree |
S010501 |
Symposium |
2.0 |
spring and autumn |
Compulsory courses |
V. Middle Examinations
Master degree candidates are supposed to have an all-round exam
once a month in the fourth term to check whether their credits and
grades in course study meet demands, by which to determine whether
they can enter the stage of the academic dissertation. Its details
refer to the relevant regulations of the graduates’ institution.
VI. Opening Report
The opening report of master degree candidates should be finished
before the end of the third terms (at the latest the fourth term
after in months). The reading amount of documents is no less than
twenty.
VII. Academic Dissertation
Refers to the regulations about academic dissertation of the university.
VIII. Thesis Publishing
Refers to “Requirement for graduate students of publishing scientific
paper during learning at Shanghai Jiaotong University ".
|
‖Education‖Education
Program ‖Marine Engine Engineering