Taught modules and detailed programme structure
There are 5 themes (specialisations) within the Maritime Engineering Science programme of study. Each theme consists of 8 compulsory modules (totalling 80 CATS points) and 4 optional modules (totalling 40 CATS points) chosen from a list of modules appropriate to your selected theme. At least 90 CATS points for each theme are at level M. Table 1 details all of the modules for the programme of study, together with the unit code and credit points associated with the module. Table 2 illustrates which modules comprise each theme within the programme of study. The research project and dissertation are equivalent to 60 CATS points at level M.
|
Table 1 - Modules for the programme of study in Maritime Engineering Science |
|||||||||
|
Module code |
Module name |
Credit Points |
Level |
||||||
|
SESM 6002 |
Advanced Electrical Systems |
10 |
M |
||||||
|
SESG 3003/3004 |
Advanced Materials |
10 |
H |
||||||
|
SESS 6003 |
Advanced Naval Architecture |
10 |
M |
||||||
|
SESS 6015 |
Advanced Numerical Methods |
10 |
M |
||||||
|
SESM 6001 |
Advanced Signal Sensing and Processing |
10 |
M |
||||||
|
SESS 6007 |
Computational Fluid Dynamics |
10 |
M |
||||||
|
SESS 6011 |
Computational Modelling |
10 |
M |
||||||
|
SESS 6019 |
Condition Monitoring |
10 |
M |
||||||
|
SESS 6018 |
Control and Marine Applications |
10 |
M |
||||||
|
SESS 6009/6010* |
Finite Element Analysis |
10 |
M |
||||||
|
SESS 6020 |
High Performance Computing |
10 |
M |
||||||
|
SOES 6014/SESS 6022* |
Introductory Physical Oceanography/Applied Mechanics |
10 |
M |
||||||
|
MANG3022/MANG 3023 |
Management I/Management II |
10 |
H |
||||||
|
SESS 6014/SESM 3011* |
Marine Dynamics/Power Transmission and Vibrations |
10 |
H |
||||||
|
LAWS 6030 |
Marine Law |
10 |
M |
||||||
|
SESS 6017 |
Marine Propulsion Engineering |
10 |
M |
||||||
|
SESS 6002 |
Marine Safety and Environmental Engineering |
10 |
M |
||||||
|
SESS 6004 |
Marine Structures |
10 |
M |
||||||
|
SESS 6021 |
Maritime Applications of Computational Fluid Dynamics |
10 |
M |
||||||
|
SESG 3001/3002* |
Materials in Design, Manufacture and Service |
10 |
H |
||||||
|
SESS 6005 |
Naval Architecture Dynamics |
10 |
M |
||||||
|
SESS 6001 |
Naval Studies |
10 |
M |
||||||
|
MATH 3005 |
Numerical Methods for Differential Equations |
10 |
H |
||||||
|
SOES |
Ocean Modelling |
10 |
H |
||||||
|
SESS 6012 |
Powercraft Performance and Design |
10 |
M |
||||||
|
SESS 6013 |
Sailing Yacht Design |
10 |
M |
||||||
|
SESS 6006 |
Ship Resistance and Propulsions |
10 |
M |
||||||
|
ISVR 6037/6050* |
Underwater Acoustics |
10 |
M |
||||||
|
MATH 3005 |
Viscous Flow and Environmental Fluid Dynamics |
10 |
H |
||||||
|
SESS 6008 |
Yacht Experimental Techniques |
10 |
M |
||||||
*Modules are currently assessed together, the total being 10 CATS points.
| Table 2 - Themes and modules comprising the programme of study in Maritime Engineering Science | |||||
| Theme | Navel Architecture (12 Modules) | Yacht and Small Craft (12 Modules) | Advanced Materials (12 Modules) | Marine Engineering (12 Modules) | Maritime Computational Fluid Dynamics and Applied Mechanics (12 Modules) |
| Compulsory (80 Credits) | LAWS 6060
SESS 6022 SOES 6014 SESS 6001 SESS 6002 SESS 6004 SESS 6005 SESS 6006 SESS 6003 |
LAWS 6060
SESS 6022 SOES 6014 SESS 6001 SESS 6002 SESS 6004 SESS 6007 SESS 6008 SESS 6029 |
LAWS 6060
SESS 6022 SOES 6014 SESS 6001 SESS 6002 SESS 6004 SESS 6005 SESG 3001 SESG 3003 SESG 3002 SESG 3004 |
LAWS 6060
SESS 6022 SOES 6014 SESS 6001 SESS 6002 SESS6017 SESS 6031 SESS 6014 SESM 3011 SESS 6023 |
LAWS 6060
MA339 SESS 6011 SESS 6015 SESS 6004 SESS 6007 SESS 6010 SESS 6009 SESS 6021 |
| Optional (40 Credits) | SESS 6007
SESS 6010 SESS 6020 SESG 3001 ISVR 6037 SESS 6027 SESS 6009 SESG 3002 ISVR 6050 SOES |
SESS 6005
SESS 6010 SESS 6020 SESG 3001 SESS 6027 SESS 6009 SESG 3002 SOES |
SESS 6007
SESS 6010 SESS 6020 ISVR 6037 SESS 6003 SESS 6009 ISVR 6050 SOES |
SESS 6006
SESS 6020 SESS 6003 SESS 6027 SESS 6018 SESS 6019 SOES |
SESS 6005
SESS 6006 SESS 6008 SESS 6022 SOES 6022 SESS 6003 SOES MATH 3005 |