BEng(Hons) Structure, Modules - Final Year

Stage 3: the Project, marked with *** is worth a total of 30 credits as is Engineering Design and Computational Methods.

'Mech' indicates module taken by Mechanical Engineering;
'Mar' indicates Marine Technology;
'MComp' indicates Mechanical Engineering with Composites. For second and final year students the previous course name 'Compostite Materials Engineering' is correct. The formal change of name was for marketing reasons, the content did not significantly change.
For simplicity in the tables the 'MComp' term is used.

* indicates that Marine Technology students may take 2 of these 3 modules.
In the 'Credits' column: '10 +' indicates 10 credits worth in the Autumn term followed by 10 credits worth in the Spring term to make a total module value of 20 credits.
Code Credits Title C/W Exam Pathway
Final Year, Autumn Term   Level 3      
STAT 353 10 Engineering Statistics 100 0 All
DSGN 313 30 total Engineering Design and Computational Methods *** 100 0 All
PRME 304 30 total Project *** 100 0 All
MECH 306 10 Failure Mechanisms and Mechanics 100 0 Mech
THER 305 10 + Thermal and Fluids Engineering 30 70 Mech
MARN 304 * 10 + Marine Engineering 50 50 Mar
MARN 335 * 10 + Naval Architecture 2 100 0 Mar
MATS 320 10 + Composites Engineering 100 0 MComp
MATS 324 10 + Composites Design and manufacture 50 50 MComp
CONT 314 * 10 + Control and Intelligent Systems Design 30 70 Mech, alternative to THER 305
Spring Term          
MFRG 318 10 Manufacturing Processes 30 70 Mech
MATS 320 10 + Composites Engineering 100 0 MComp
MATS 324 10 + Composites Design and manufacture 100 0 MComp
MARN 304 * 10 + Marine Engineering 50 50 Mar
MARN 335 * 10 + Naval Architecture 2 100 0 Mar
DSGN 313 30 total Engineering Design and Computational Methods *** 100 0 All
PRME 304 30 total Project *** 100 0 All
THER 305 10 + Thermal and Fluids Engineering 30 70 Mech
MARN 303 10 Marine Systems Engineering 30 70 Mar
MFRG 310 10 Quality Management II 30 70 Mech and MComp
CONT 314 * 10 + Control and Intelligent Systems Design 30 70 Mech, alternative to THER 305

Year 1.......Year 2

David Grieve, 2nd October 2006