ࡱ> /1.` dbjbjss .d$$$$$$$8@ @ @ @ L 8" l l l l l G G G  $2h $G G G G G $$l l } } } G $l $l } G } } $$} l ` tM@ ] } 0" } $s $} $$} $G G } G G G G G s G G G " G G G G 888888888$$$$$$ ENERGY FUTURES (Nuclear) (MSc/PgDip) 57H22NB1/61H22NVX Qualifications for entry: An Honours degree in Engineering at 2.2 or above; or Honours degree in a Physical Science subject at 2.2 or above, with the approval of the Programme Co-ordinator. Content: First Half-session CM 5018 Processes, Materials and Bioremediation for the Energy Industry (15 credit points) EG 50E1 Overview of Energy Industry (15 credit points) EG 5012 Statistics and probability for risk, reliability and quality analysis (15 credit points) EG 5051 Basic safety, reliability, risk concepts and legislation (15 credit points) Second Half-session EG 55E1 Power Distribution and Sustainability (15 credit points) EG 55E2 Environmental Monitoring and Decommissioning (15 credit points) EG 55E3 Project Management and Group Project (15 credit points) GG 5519 Environmental Planning and Remediation (15 credit points) For MSc candidates only EG 5904 Energy Futures Dissertation (60 credit points) From June to September, students will work on a dissertation which is, where possible, undertaken while on an industrial placement. The subject for a students dissertation will be chosen following discussion between staff and the student and in the light of placement availability. Assessment: By written examination and course work as prescribed for each course. In addition, MSc candidates must submit a dissertation on their project, and may be required to undergo an oral examination. The degree of MSc shall not be awarded to a candidate who fails to achieve a CAS mark of 9 or above in EG 5904, irrespective of their performance in other courses. 78Q cdhjh8hY}>*OJQJ\^J!h8hY}6OJQJ\]^Jh8hY}OJQJ\^Jh8hY}OJQJ^J 78    q ] ^ r s < ~   6$d8gdY} 6$d8gdY} 06$d8gdY} 06$d8gdY}  0D%gdY}d cd 6$d8gdY},1h. A!"#$% J`J Y}Normal$a$CJOJQJ_HmH sH tH 8`8 Y} Heading 2$@&>*>`> Y} Heading 3$d8@&5DA@D Default Paragraph FontRi@R  Table Normal4 l4a (k@(No Listd78q ]^rs<~cf(@0d@0@0@0@0@0@0B@0@0@0@0@0@0@0B@0@0@0@0@0@0@0B@02@02@02@02@02@02078q ]^rs<~cf*@0e@0@0@0@0@0@0C@0@0@0@0@0@0@0C@0@0@0@0@0@0@0C@03@03@03@03@03@03 00cd d d 8@0(  B S  ?#ff3fXY}j@%-? --d`@UnknownGz Times New Roman5Symbol3& z ArialY CG TimesTimes New Roman"qhF,FG,Fp p !24aa2QHP)?Y}2$ENERGY FUTURES (Nuclear) (MSc/PgDip)u06jp4u06jp4Oh+'0 , L X dpx(ENERGY FUTURES (Nuclear) (MSc/PgDip)u06jp4 Normal.dotu06jp41Microsoft Office Word@F#@&@Jp՜.+,0  hp  51cg a %ENERGY FUTURES (Nuclear) (MSc/PgDip) Title  !"#$%'()*+,-0Root Entry FZM2Data  1Table$WordDocument.SummaryInformation(DocumentSummaryInformation8&CompObjq  FMicrosoft Office Word Document MSWordDocWord.Document.89q