ŠĻą”±į>ž’  ¢ž’’’˜™š”’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’ģ„Į'` šæAõbjbjėČėČ 4r‰¢‰¢Aķ’’’’’’¤Ö Ö Ö Ö Ö Ö Ö ź ZLZLZLZL\¶L”ź „–VNVNVNVNVNVNVNVN „„„„„„„$#†h‹ˆ2„Ö XVNVNXX2„Ö Ö VNVNG„*_*_*_X²Ö VNÖ VN „*_X „*_*_. HÖ Ö ‚VNJN paŒøü9ŹZL²[¶h@8‚Ō]„0„؁d‹‰h^¬‹‰€ ‚‹‰Ö ‚,VNlQ4*_ SÄdUœVNVNVN2„2„_VNVNVN„XXXXź ¤iŽu$²wk¶ā¤iź Žu²w¶āź ź ź Ö Ö Ö Ö Ö Ö ’’’’ Supplementary Regulations for the Degree of Master of Engineering (MEng) RESOLUTION The degree of Master of Engineering (MEng) is conferred in accordance with Resolution No. 183 of 1995, which was approved by the University Court and came into force on 12 December 1995. REGULATIONS 1. The Degree of Master of Engineering (MEng) may be conferred as a first degree but only following the completion of an Honours programme. The examiners may recommend that a candidate who has failed to achieve the standard for the award of the Degree with Honours be awarded the Degree of Bachelor of Engineering, or the Degree of Bachelor of Science in Engineering, in accordance with the Supplementary Regulations governing those degrees. Studies for the MEng are organised in five programme years. A full-time student carries out the studies of each programme year within one session. In each programme year the minimum curriculum which must be studied amounts to 120 credit points. All programme years may be undertaken by part-time study, in which case the studies of each programme year would normally be spread over two sessions. 3. The courses for the degree are those contained in the Schedule of Courses annexed to these regulations; only passes in those courses are recognised for the purpose of these regulations and the award of the degree. Passes obtained under previous versions of the Schedule of Courses will continue to be valid. 4. All candidates who are admitted to the degree or to the Honours programme must be registered for one of the following degree programmes: Engineering Chemical Engineering * Civil and Environmental Engineering Civil and Environmental Engineering with European Studies Civil and Structural Engineering Civil and Structural Engineering with European Studies Civil Engineering Electrical and Electronic Engineering Electrical and Electronic Engineering with Control Electrical and Electronic Engineering with European Studies Electrical with Sustainable Energy Electronic and Computer Engineering Electronic Engineering with Communications Electronics with Oceanic Instrumentation Electronics with Photonics Mechanical and Electrical Engineering Mechanical and Electrical Engineering with Energy Studies Mechanical Engineering Mechanical Engineering with Control Mechanical Engineering with European Studies Mechanical Engineering with Materials Petroleum Engineering * * Subject to final approval. This programme is not yet accredited by any of the Engineering Institutions. The requirements of the individual degree programmes are set out in the Schedule of Courses. The Professional Engineering Institutions, in accrediting the degree programme for registration and membership purposes, have accepted the degree programmes as indicated in the Schedule of Courses 5. The Honours programme of the degree comprises programme years 3, 4 and 5. 6. Candidates, unless granted exemption by the Academic Standards Committee, must attend courses in the ŗŚĮĻĶų for: (i) five sessions of full-time study; or (ii) the equivalent period of part-time and full-time study, as determined by the Academic Standards Committee. 7. In the case of exemption being granted by the Academic Standards Committee, the period of study at the ŗŚĮĻĶų must be at least three sessions full-time, or the equivalent if part-time study is involved. Normally the total period of study at a university or similar institution shall not be less than four sessions full-time, or the equivalent if part-time study is involved. Any such exemptions will be limited to courses in programme years 1 and 2. Exceptionally, in cases where the Academic Standards Committee has approved arrangements made with other specific institutions, recognition may be given to courses taken at one of these institutions and these courses may be regarded as part of the Honours Programme. In this case the minimum period of study at the ŗŚĮĻĶų may be reduced to two sessions full-time. 8. Credit points awarded as part of studies in programme years 1, 2, 3 and 4 of the BEng degree at the ŗŚĮĻĶų may be recognised for the purposes of the MEng degree. In terms of General Regulation for First Degrees 16.1(e), except with the permission of the Students' Progress Committee, candidates may not progress from programme year 1 to programme year 2 unless they have accumulated by award or recognition, at least 120 credit points from the EG courses prescribed for programme year 1. In terms of General Regulations for First Degrees 16.1(d) and 16.4, except with the permission of the Academic Standards Committee, candidates may not proceed to the Honours programme unless they have accumulated by award or recognition, least 240 credit points from the EG courses prescribed for programme years 1 and 2. In terms of General Regulations for First Degrees 16.3, candidates who do not satisfy the progression requirements in 9.1 or 9.2 above, and who wish to continue study, will normally be required by the Academic Standards Committee to transfer to the appropriate programme year of either the Degree of Bachelor of Engineering (BEng) or the Degree of Bachelor of Science in Engineering (BSc Eng), in accordance with the Supplementary Regulations which govern those degrees. 10. The situation of students who are in programme years 3 and 4 will be reviewed following receipt of the results for the first half-session and then again following receipt of result for the second half-session of those years. Those students deemed by the Head of Engineering not to have reached a sufficiently high level of performance may be required to transfer to the Degree of Bachelor of Engineering or the Degree of Bachelor of Science in Engineering. The level of performance which will be expected by the Head of Engineering will be set at a level consistent with the requirements of the Engineering Council as expressed in the document UK Standards for Professional Engineering Competence (UKSPEC) and made publicly available to students at the commencement of Programme Year 3 in the policy of the Department. 11. In determining the award of the degree, the examiners will take into account the candidate’s performance in the first opportunity for the degree assessment for courses in Programme Years 3, 4 and 5, unless General Regulation 21 (a) applies. In addition, consideration may be given to the performance in such other tests and assessment of a candidate’s previous work as the examiners, with the approval of the Senatus Academicus, may from time to time require. ANNEX Schedule of Courses for the MEng This Schedule of Courses applies to the academic year 2007/08. The Schedule is correct at the time of going to press but it may be necessary to make amendments. Details of any amendments can be obtained from the Registry Officer (Engineering). Programme Year 1 In a minimum curriculum for the degree of MEng candidates must take the following (all courses are 20 credit points): EG 1006 Engineering Mathematics 1 EG 1007 Engineering Science EG 1527 Applied Mechanics and Structures MEng candidates other than for Petroleum Engineering must take the following course worth 20 credit points: EG 1570 Engineering, Communication, Design and Practice 2 MEng candidates other than for Chemical or Petroleum Engineering must take the following (all courses are 20 credit points): EG 1076 Engineering Communication, Design and Practice 1 EG 1567 Electronic and Electrical Engineering MEng candidates for Chemical Engineering must take the following courses: CM 1012 Engineering Chemistry 1 (15 credit points) CM 1508 Engineering Chemistry 2 (15 credit points) EG 1077 Engineering Communication, Design and Practice 1 (10 credit points) MEng candidates for Petroleum Engineering must take the following courses: CM 1012 Engineering Chemistry 1 (15 credit points) CM 1508 Engineering Chemistry 2 (15 credit points) GL 1504 Materials Forming our Dynamic Earth: Introduction to Geology for Petroleum Engineers (15 credit points) EG 1077 Engineering Communication, Design and Practice 1 (10 credit points) EG 1570 Engineering Communication, Design and Practice 2 (10 credit points) Programme Year 2 In a minimum curriculum for the degree of MEng candidates must take the following (all courses are 15 credit points): EG 2010 Engineering Mathematics 2 EG 2029 Materials and Structures EG 2510 Engineering Mathematics 3 EG 2539 Fluid Mechanics and Thermodynamics MEng candidates other than for Petroleum Engineering must take the following (all courses are 15 credit points): EG 2079 Engineering Design and Practice 1 EG 2539 Fluid Mechanics and Thermodynamics EG 2570 Engineering Design and Practice 2 MEng candidates other than for Chemical or Petroleum Engineering must take the following (all courses worth 15 credit points): EG 2060 Electronics and Programmable Systems EG 2559 Electrical and Mechanical Systems MEng candidates for Chemical Engineering must take the following (all courses are 15 credit points): CM 2008 Physical Chemistry 2 EG 2580 Chemical Engineering Fundamentals MEng candidates for Petroleum Engineering must take the following (all courses are 15 credit points): GL 20xx Reservoir Geology EG 2079 Engineering Design and Practice 1 EG 2570 Engineering Design and Practice 2 EG 2560 Petroleum Engineering Fundamentals. Candidates who are admitted directly into Programme Year 2 will be given exemption or recognition for all or most of the courses in Programme Year 1. Candidates who have not been given exemption or recognition for EG 1076 will be required to take the following, but may be given exemption from, or recognition for, one or two of them: ES 1072 Engineering Physics Laboratory (5 credit points) ES 1073 Engineering Communication and Design (10 credit points) ES 1074 Engineering Computing 1 (5 credit points) Candidates who have not been given exemption or recognition for EG 1570 will be required to take the following, but may be given exemption from, or recognition for, some of them: either ES 1571 Engineering Computing 2A (5 credit points) or ES 1PS1 Engineering Computing 2B (5 credit points) ES 1572 Engineering Laboratory (5 credit points) either ES 1577 Engineering Design A (5 credit points) or ES 1PS2 Engineering Design B (5 credit points) ES 1578 Engineering Presentation (5 credit points) Candidates for direct admission to programme year 2 may be required to attend either or both of ES 1PS1 and ES 1PS2. In that case ES 1PS1 and/or ES 1PS2 must normally be taken immediately prior to the start of Programme Year 2. Programme Year 3 All courses are 15 credit points except where stated. In no circumstances may more than one course from outwith the Engineering Department be taken in any one half-session. In a minimum curriculum for the degree of MEng candidates must take the following courses: EG 3006 Engineering Analysis and Methods 1A (10 credit points) EG 3078 Engineering Design (MEng) (5 credit points) EG 3584 Economics, Resource and Safety Management A Other than those registered for Chemical or Petroleum Engineering, candidates must take three courses from Group I comprising: EG 3013 Fluid Mechanics A EG 3015 Stress Analysis A EG 3027 Geotechnics 1A EG 3034 Engineering Materials A EG 3043 Control Systems A EG 3092 C/C++ Programming A EG 3052 Signals and Systems A EG 3081 Analogue Electronics A Another course, approved by the Head of Engineering Other than those registered for Chemical or Petroleum Engineering, candidates must take three courses from Group II comprising: EG 3516 Mechanics of Structures A EG 3520 Professional Development in the Construction Industry A (10 credit points) EG 3529 Design of Structural Elements A EG 3537 Dynamics 1A EG 3536 Thermodynamics 1A EG 3557 Electrical Power Engineering A EG 3560 Digital Electronic Systems A EG 3567 Communications Engineering 1A EG 3585 Photonics 1A Another course, approved by the Head of Engineering Candidates studying EG 3520 are also required to attend EG 3722 Field Survey and Engineering Geology Field Course A (5 credit points) Candidates registered for Chemical Engineering must take the following courses: EG 3013 Fluid Mechanics A EG 3016 Process Modelling and Control EG 3017 Chemical Engineering Transport Processes EG 3570 Separation Processes EG 3571 Advanced Unit Operations EG 3536 Thermodynamics 1 Candidates registered for Petroleum Engineering must take the following courses: EG 3034 Engineering Materials A EG 3016 Process Modelling and Control GL 3018 Principles of Petroleum Geology EG 35xx Drilling Engineering EG 35xx Petroleum Fluid Properties EG 35xx Multi-phase Flow Programme Year 4 All courses are 15 credit points except where stated. In no circumstances may more than one course from outwith the Engineering Department be taken in the first half-session. No courses from outwith the Engineering Department may be taken in the second half-session. Candidates not registered for Chemical or Petroleum Engineering must take three courses from Group III. All Courses in Group III have 10 credit points. Group III comprises the following: EG 40CA Geotechnics 2 EG 40CB Civil Engineering Hydraulics EG 40CC Advanced Structural Design EG 40DG Dynamics 2 EG 40DB Fluid Dynamics EG 40DE Thermodynamics 2EG 40FD Electrical Machines and Drives EG 40GA Computer and Software Engineering EG 40SA Systems Analysis and Design EG 40GB Signal Processing EG 40GC Optical Engineering EG 4096 Instrumentation EG 4097 Photonics II Candidates other than those for Chemical or Petroleum Engineering must take two courses, each of which must be chosen either from Group I or from Group IV. Courses from Group I, which have been previously taken, may not be chosen. Group IV comprises the following: EG 40CD Advanced Structural Analysis EG 40CE Environmental Engineering EG 40DF Advanced Engineering Materials EG 40EE Advanced Control Engineering EG 40GD Communication Engineering 2 EG 40JA Safety and Reliability Engineering MS 2004 Managing Customers and Markets (available only to students following the programmes including the Diploma in Management, for whom this course is compulsory) Candidates for Chemical Engineering must take the following (all courses are 15 credit points): EG 40JA Safety and Reliability Engineering EG 40HA Chemical Reaction Engineering EG 40xx Advanced Process Control EG 40xx Environmental Remediation Candidates must take: either EG 4515 Individual Project (MEng) (45 credit points) or EG 4592 Software Engineering Project MEng and EG 4584 Engineering Project and Manufacturing Management (15 credit points) or EG 4513 Individual Project Abroad (MEng) (60 credit points) Candidates for Petroleum Engineering must take the following courses: EG 40JA Safety and Reliability Engineering (15 credit points) EG 40xx Well Engineering and Completion (15 credit points) GL 40xx Reservoir Modelling (15 credit points) EG 40xx Advanced Process Control/Petroleum Process Control (15 credit points) EG 4511 Individual Project/Placement (60 credit points) To be awarded the degree of MEng candidates must pass either EG 4513 or EG 4515 or EG 4592 or EG 4511. Exceptionally, candidates on the Engineering Degree Programme, or who transfer to that programme, may be awarded the degree of MEng even if they do not pass EG 4515 or EG 4513 or EG 4511 as long as they satisfy the other requirements for the degree. Candidates should note that the Engineering Degree Programme is not accredited by any engineering institution. All other MEng degrees are accredited as shown in detail below under ‘Programme Specifications for Individual Degree Programmes’. Programme Year 5 Other than those registered for Chemical or Petroleum Engineering, candidates must take the following courses: EG 5088 Engineering Analysis and Methods 2 (15 credit points) EG 5589 Group Project (MEng) (30 credit points) EG 5591 Engineering Analysis and Methods 3 (15 credit points) EG 5593 Engineering Management (15 credit points) either EG 5095 Solid Mechanics and Materials Modelling (15 credit points) or EG 5094 VLSI and Digital Architectures (15 credit points) [The choice depends on the specific programme for which they are registered. See individual programme prescriptions.] Candidates registered for Chemical Engineering must take the following courses: EG 5085 Advanced Topics for MEng Study (30 credit points) EG 5088 Engineering Analysis and Methods 2 (15 credit points) EG 50xx Advanced Chemical Plant Processes (15 credit points) EG 5591 Engineering Analysis and Methods 3 (15 credit points) EG 5592 Engineering Management (15 credit points) EG 55xx Chemical Engineering Group Project (MEng) (30 credit points) Candidates for Petroleum Engineering must take the following courses: EG 50xx Gas Production Engineering (15 credit points) EG 50xx Subsea Control Systems (15 credit points) EG 50xx Separation and Production Engineering (15 credit points) GL 50xx Fracturing in Reservoirs (15 credit points) EG 5593 Engineering Management (15 credit points) EG 55xx Stimulation and Enhanced Production (inc. Heavy Oil) (15 credit points) EG 5589 MEng Group Project (30 credit points) Requirements of Individual Degree Programmes In addition to the above there are further requirements for individual degree programmes which affect only the Honours Programme. These are set out in the appended tables. The information in the tables also shows for each degree programme the engineering institution(s) that accredit the particular programme. Students successfully completing a programme thus accredited and awarded class II (ii) or better will meet the educational requirements of chartered engineer status obtained through the institution named. ICE refers to the Institution of Civil Engineers; IStructE refers to the Institution of Structural Engineers; IMechE refers to the Institution of Mechanical Engineers; IET refers to the Institution of Electrical Engineers, IChemE refers to the Institution of Chemical Engineers. SPE refers to the Society of Petroleum Engineers. Passes required for award of an accredited MEng degreeSPEICEIETIMechEIStructEIChemEEG4511EG4513 or 4515EG4513 or 4515 or EG4592EG4513 or 4515 or EG4511EG4513 or 4515EG 4515EG5589EG5589EG 55xxSupplementary Regulations for the Degree of Bachelor of Engineering (BEng) 1. The degree of Bachelor of Engineering (BEng) may be conferred under these Supplementary Regulations only following the completion of one of the Honours programmes listed in Supplementary Regulation 4, below. Separate Supplementary Regulations govern the award of the degree to students who have completed a validated programme delivered at another institution. The examiners may recommend that a candidate who has failed to achieve the standard for the award of the Degree with Honours be awarded the Degree of Bachelor of Science in Engineering, in accordance with the Supplementary Regulations governing that degree. 2. Studies for the BEng are organised in four programme years. A full-time student carries out the studies of each programme year within one session. In each programme year the minimum curriculum that must be studied amounts to 120 credit points. All programme years may be undertaken by part-time study, in which case the studies of each programme year would normally be spread over two sessions. 3. The courses for the degree are those contained in the Schedule of Courses annexed to these regulations. Only passes in these courses are recognised for the purpose of these regulations and for the award of the degree. Passes obtained under previous versions of the Schedule of Courses will continue to be valid. 4. All candidates who are admitted to the degree or to the Honours Programme must be registered for one of the following degree programmes: Engineering Chemical Engineering Engineering (Civil) Engineering (Civil with European Studies) Engineering (Civil and Structural) Engineering (Civil and Environmental) Engineering (Civil with Management) Engineering (Electronics with Oceanic Instrumentation) Engineering (Electronics with Photonics) Engineering (Mechanical) Engineering (Mechanical with European Studies) Engineering (Mechanical and Electrical) Engineering (Mechanical with Computer Aided Engineering) Engineering (Mechanical with Control) Engineering (Mechanical with Materials) Engineering (Mechanical with Management) Engineering (Mechanical with Oil and Gas Studies) * Engineering (Electrical and Electronic) Engineering (Electrical and Electronic with European Studies) Engineering (Electronics with Communications) Engineering (Electrical and Electronic with Control) Engineering (Electrical and Electronic with Management) Engineering (Electronics with Computer and Software Engineering) Engineering (Integrated) Engineering (Integrated Engineering with European Studies) Petroleum Engineering * * Subject to final approval. This programme is not yet accredited by any of the Engineering Institutions The requirements of the individual degree programmes are set out in the Schedule of Courses. The Professional Engineering Institutions in accrediting the degree programmes for registration and membership purposes have accepted the degree programmes as indicated in the Schedule of Courses. 5. The Honours programme of the degree comprises programme years 3 and 4. 6. Candidates, unless granted exemption by the Academic Standards Committee, must attend courses in the ŗŚĮĻĶų for a minimum of: (i) four sessions of full-time study or (ii) the equivalent period of part-time and full-time study, as determined by the Academic Standards Committee. 7. In the case of exemption being granted by the Academic Standards Committee, the period of full-time study at the ŗŚĮĻĶų must be at least two sessions and in no case shall the total period of study at a university or similar institution be less than three sessions. Any such exemptions will be limited to courses in programme years 1 and 2. 8. Credit points awarded as part of studies in programme years 1, 2, 3 and 4 of the MEng degree at the ŗŚĮĻĶų may be recognised for the purposes of the BEng degree. 9.1 In terms of General Regulations for First Degrees 16.1(e), except with the permission of the Students' Progress Committee, candidates may not progress from programme year 1 to programme year 2 unless they have accumulated by award or recognition, at least 100 credit points from the courses prescribed for programme year 1. 9.2 In terms of General Regulations for First Degrees 16.1(d) and 16.4, except with the permission of the Academic Standards Committee, candidates may not proceed to the Honours programme unless they have accumulated by award or recognition, at least 240 credit points from the courses prescribed for programme years 1 and 2. 9.3 In terms of General Regulations for First Degrees 16.3, candidates who, having completed one session of full-time study or the equivalent in programme year 2, have not accumulated by award or recognition, at least 200 credit points from the courses prescribed for programme years 1 and 2, and wish to continue study, will normally be required by the Academic Standards Committee to transfer to the appropriate programme year of the Degree of Bachelor of Science in Engineering (BSc Eng), in accordance with the Supplementary Regulations which govern that degree. Candidates who, having completed one session of full-time study or the equivalent in programme year 2, have accumulated by award or recognition, a minimum of 200 credit points from the courses prescribed for programme years 1 and 2 can elect to remain in programme year 2 for a further year of study. 10. In determining the award of the degree, the examiners will take into account the candidate’s performance in the first opportunity for the degree assessment for courses in programme years 3 and 4, unless General Regulation 21 (a) applies. In addition, consideration may be given to the performance in such other tests and assessment of a candidate’s previous work as the examiners, with the approval of the Senatus Academicus, may from time to time require. ANNEX Schedule of Courses for the BEng This Schedule of Courses applies to the academic year 2007/08. The Schedule is correct at the time of going to press but it may be necessary to make amendments. Details of any amendments can be obtained from the Registry Officer (Engineering). Programme Year 1 In a minimum curriculum for the degree of BEng candidates must take the following (all courses are 20 credit points): EG 1006 Engineering Mathematics 1 EG 1007 Engineering Science EG 1527 Applied Mechanics and Structures BEng candidates other than for Petroleum Engineering must take the following course worth 20 credit points: EG 1570 Engineering, Communication, Design and Practice 2 BEng candidates other than for Chemical or Petroleum Engineering must take the following (all courses are 20 credit points): EG 1076 Engineering Communication, Design and Practice 1 EG 1567 Electronic and Electrical Engineering BEng candidates for Chemical Engineering must take the following: CM 1012 Engineering Chemistry 1 (15 credit points) CM 1508 Engineering Chemistry 2 (15 credit points) EG 1077 Engineering Communication, Design and Practice 1 (10 credit points) BEng candidates for Petroleum Engineering must take the following (all courses are 20 credit points): CM 1012 Engineering Chemistry 1 (15 credit points) EG 1077 Engineering Communication, Design and Practice 1 (10 credit points) CM 1508 Engineering Chemistry 2 (15 credit points) EG 1570 Engineering Communication, Design and Practice 2 (10 credit points) GL 1504 Materials Forming our Dynamic Earth: Introduction to Geology for Petroleum Engineers (15 credit points) Substitution of ES passes for EG 1076 and 1570 Credit points awarded for passes in courses ES1072, ES1073 and ES1074 count towards the credit point requirements for graduation and progress in EG1076. Credit points awarded for passes in courses ES1571 or ES1PS1, ES1572, ES1577 or ES1PS2 and ES1578 count towards the credit point requirements for graduation and progress in EG1570. Programme Year 2 In a minimum curriculum for the degree of BEng candidates must take the following (all courses are 15 credit points): EG 2010 Engineering Mathematics 2 EG 2029 Materials and Structures EG 2510 Engineering Mathematics 3 BEng candidates other than for Petroleum Engineering must take the following (all courses are 15 credit points): EG 2079 Engineering Design and Practice 1 EG 2539 Fluid Mechanics and Thermodynamics EG 2570 Engineering Design and Practice 2 BEng candidates other than for Chemical or Petroleum Engineering must take the following (all courses are 15 credit points): EG 2060 Electronics and Programmable Systems EG 2559 Electrical and Mechanical Systems BEng candidates for Chemical Engineering must take the following (all courses are 15 credit points): CM 2008 Physical Chemistry 2 EG 2580 Chemical Engineering Fundamentals BEng candidates for Petroleum Engineering must take the following (all courses are 15 credit points): GL 20xx Reservoir Geology EG 2079 Engineering Design and Practice 1 EG 2570 Engineering Design and Practice 2 EG 2539 Fluid Mechanics and Thermodynamics EG 2560 Petroleum Engineering Fundamentals. Substitution of ES passes for EG 2079 and 2570 Credit points awarded for passes in courses ES2074, ES2075 and ES2076 count towards the credit point requirements for graduation and progress in EG2079. Credit points awarded for passes in courses ES2574, ES2575 and ES2576 count towards the credit point requirements for graduation and progress in EG2570. Candidates who are admitted directly into programme year 2 will be given exemption from or recognition for all or most of the courses in programme year 1. Candidates who have not been given exemption or recognition for EG1076 will be required to take the following, but may be given exemption from or recognition for one or two of them: ES 1072 Engineering Physics Laboratory (5 credit points) ES 1073 Engineering Communication and Design (10 credit points) ES 1074 Engineering Computing 1 (5 credit points) Candidates who have not been given exemption or recognition for EG1570 will be required to take the following, but may be given exemption or recognition for some of them: either ES 1571 Engineering Computing 2A (5 credit points) or ES1PS1 Engineering Computing 2B (5 credit points). ES 1572 Engineering Laboratory (5 credit points) either ES 1577 Engineering Design A (5 credit points) or ES1PS2 Engineering Design B (5 credit points). ES 1578 Engineering Presentation (5 credit points) Transferees from programme year 1 of the BSc Eng to programme year 2 of BEng, who have not taken EG1570, will be required to take ES1PS1, ES1572, ES1PS2 and ES1578. Candidates for direct admission to programme year 2 and transferees from programme year 1 of BSc Eng to programme year 2 of the BEng may be required to attend either or both of ES1PS1 and ES1PS2. In that case ES1PS1 and/or ES1PS2 must normally be taken immediately prior to the start of programme year 2. Programme Year 3 All courses are 15 credit points except where stated. In no circumstances may more than one course from outwith the Engineering Department be taken in any one half-session. In a minimum curriculum for the degree of BEng candidates must take the following courses: EG 3006 Engineering Analysis and Methods 1A (10 credit points) EG 3079 Engineering Design (BEng) (5 credit points) EG 3584 Economics, Resource and Safety Management A Candidates other than those registered for Chemical or Petroleum Engineering, must take three courses from Group I comprising EG 3013 Fluid Mechanics A EG 3015 Stress Analysis A EG 3027 Geotechnics 1A EG 3034 Engineering Materials A EG 3043 Control Systems A EG 3092 C/C++ Programming A EG 3052 Signals and Systems A EG 3081 Analogue Electronics A GL 30MO Oil Industry Overview* A European language, approved by the Head of Engineering * Only available to candidates registered for the Engineering (Mechanical with Oil and Gas Studies) programme Other than those registered for Chemical Engineering, candidates must take three courses from Group II comprising EG 3516 Mechanics of Structures A EG 3520 Professional Development in the Construction Industry A (10 credit points) EG 3529 Design of Structural Elements A EG 3537 Dynamics 1A EG 3536 Thermodynamics 1A EG 3557 Electrical Power Engineering A EG 3560 Digital Electronic Systems A EG 3567 Communications Engineering 1A EG 35MO Group Design Project – Oil and Gas Studies* EG 3585 Photonics 1A A European language or another course, approved by the Head of Engineering. (20-credit level 1 courses will be treated as having 15 credit points for the purposes of the BEng degree) * Only available to candidates registered for the Engineering (Mechanical with Oil and Gas Studies) programme Candidates studying EG3520 are also required to attend EG 3722 Field Survey and Engineering Geology Field Course A (5 credit points) Candidates registered for Chemical Engineering must take the following courses: EG 3016 Process Modelling and Control EG 3017 Chemical Engineering Transport Processes EG 3013 Fluid Mechanics A EG 3536 Thermodynamics 1 EG 3570 Separation Processes EG 35xx Chemical Plant Operations Candidates registered for Petroleum Engineering must take the following courses: EG 3034 Engineering Materials A EG 3016 Process Modelling and Control GL 3018 Principles of Petroleum Geology EG 35xx Drilling Engineering EG 35xx Petroleum Fluid Properties EG 35xx Multi-phase Flow Programme Year 4 All courses are 15 credit points except where stated. Unless registered for the Engineering (Mechanical with Oil and Gas Studies) programme, candidates may not take more than one course from outwith the Engineering Department in any one half-session. In a minimum curriculum for the degree of BEng candidates must take one of the following courses: EG 4012 Engineering Project (BEng) (45 credit points) EG 4011 Engineering Project Abroad (BEng) (60 credit points) EG 4514 Individual Project for Oil and Gas Studies (BEng) (45 credit points) [Only available to candidates registered for the Engineering (Mechanical with Oil and Gas Studies) programme] EG 4095 Software Engineering Project (BEng) 45 Credit Points [Only available to candidates registered for Engineering (Electronics with Computer and Software Engineering] To be awarded the degree of BEng candidates must pass either EG4011, EG4012, EG4514 or EG4095. Exceptionally, candidates on the Engineering Degree Programme or who transfer to that programme may be awarded the degree of BEng even if they do not pass EG4011, EG4012 or EG4514 or EG4095 as long as they satisfy the other requirements for the degree. Candidates should note that the Engineering Degree Programme is not accredited by any engineering institution. All other BEng degree programmes, with the exception of the Engineering (Mechanical with Oil and Gas Studies) programme, are accredited as shown in detail under ‘Programme Specifications for Individual Degree Programmes’. Candidates, other than those registered for Chemical or Petroleum Engineering must take three courses from Group III. All courses in Group III have 10 credit points. Group III comprises the following: EG 40CA Geotechnics 2 EG 40CB Civil Engineering Hydraulics EG 40CC Advanced Structural Design EG 40DG Dynamics 2 EG 40DB Fluid Dynamics EG 40DE Thermodynamics 2 EG 40FD Electrical Machines and Drives EG 40GA Computer and Software Engineering EG 40GB Signal Processing EG 40GC Optical Engineering EG 4096 Instrumentation EG 4097 Photonics II Candidates for EG 4009 must take two courses, each of which must be chosen either from Group I or from Group IV. Candidates for EG 4010 must take one course, which must be chosen either from Group I or from Group IV. In both cases courses from Group I, which have been previously taken, may not be chosen. Candidates for EG 4514 must take GL 40ME and GL 40MG. Group IV comprises the following: EG 40CD Advanced Structural Analysis EG 40CE Environmental Engineering EG 40DF Advanced Engineering Materials EG 40EE Advanced Control Engineering EG 40GD Communications Engineering 2 EG 40JA Safety and Reliability Engineering MS 1006 Managing People and Organisations (This 20-credit level 1 course will be treated as having 15 credit points for the purposes of the BEng degree.) GL 40ME Engineering from Borehole to Surface* GL 40MG Geoscience in Exploration and Production of Oil* * Only available to candidates registered for the Engineering (Mechanical with Oil and Gas Studies) programme Candidates taking EG 4012 must also take EG 4578 Group Design Project (BEng) or for those undertaking the Engineering (Mechanical with Computer Aided Engineering) Degree Programme EG 4576 Computer Aided Engineering Design and one of EG 4584 Engineering Project and Manufacturing Management Any other course from Group II not previously taken Another course, approved by the Head of Engineering Candidates taking EG 4514 must also take one of EG 4584 Engineering Project and Manufacturing Management Any other course from Group II not previously taken Another course, approved by the Head of Engineering Candidates for Chemical Engineering must take the following courses: EG 4012 Engineering Project (BEng) (45 credit points) with EG4578 Group Design Project (BEng) (15 credit points) or EG 4011 Engineering Project Abroad (BEng) (60 credit points) and EG 4584 Engineering Project and Manufacturing Management (15 credit points) EG 40JA Safety and Reliability Engineering (15 credit points) EG 40HA Chemical Reaction Engineering (15 credit points) EG 40xx Advanced Process Control (15 credit points) Candidates for Electronic with Computer Software Engineering must take the following courses: EG 4095 Software Engineering Project (BEng) (45 credit points) EG 40GA Computer and Software Engineering Chemical Engineering students taking EG 4010 must also take: EG 4578 Group Design Project (BEng) (15 credit points) Candidates for Petroleum Engineering must take the following courses: EG 40JA Safety and Reliability Engineering (15 credit points) EG 40xx Well Engineering and Completion (15 credit points) GL 40xx Reservoir Modelling (15 credit points) EG 40xx Advances Process Control/Petroleum Process Control (15 credit points) EG 4012 BEng Individual Project (45 credit points) EG 4578 BEng Group Design Project (15 credit points) Transfer to BEng from Level 4 of the MEng In exceptional circumstances, students may be permitted to transfer to the BEng programme from, or at the end of, programme year 4 of the MEng degree. In this case, for the purposes of satisfying programme prescriptions and contributing to Honours classification: successful completion of EG 3078 shall be regarded as equivalent to successful completion of EG 3079, and either successful completion of EG 4513 shall be regarded as equivalent to successful completion of EG 4011 or successful completion of EG 4515 or EG 4592 shall be regarded as equivalent to successful completion of EG 4012 or EG 4095. Requirements of Individual Degree Programmes In addition to the above there are requirements for individual degree programmes which affect only the Honours Programme and are set out in the appended tables. The information in the tables also shows for each degree programme the engineering institution(s) which accredit the particular programme. Students who are awarded a BEng honours degree after 2002-03 should note that this degree alone will not meet the educational requirements of chartered engineer status. Students may be able to complete a so-called ‘matching section’ in order to satisfy in full the educational requirements of chartered engineer status. ICE refers to the Institution of Civil Engineers; IStructE refers to the Institution of Structural Engineers; IMechE refers to the Institution of Mechanical Engineers; IET refers to the Institution of Electrical Engineer; IChemE refers to the Institution of Chemical Engineers. SPE refers to the Society of Petroleum Engineers. Passes required for award of an accredited BEng degreeSPEICEIETIMechEIStructEIChemEEG4012EG4011 or 4012EG4011 or 4012 or EG4095EG4011 or 4012EG4011 or 4012EG4011 or 4012Class II (ii) overall, or better Supplementary Regulations for the award of the Degree of Bachelor of Engineering (BEng) Students on the Honours Programmes in Electrical or Mechanical Engineering with Decommissioning Studies only. Note: These programmes are not accredited by the Engineering Institutions. The degree of Bachelor of Engineering (BEng) with Honours in either Electrical Engineering with Decommissioning Studies or Mechanical Engineering with Decommissioning Studies is awarded by the ŗŚĮĻĶų on satisfactory completion of a prescribed programme of study, validated by the University but delivered by the North Highland College (NHC), Thurso, a partner institution of the UHI Millennium Institute. Entrance to the specified programmes is available direct to programme year 4 only. This is the final programme year. Entrance is open to candidates who have successfully completed the degree of Bachelor of Science in Mechanical Engineering or Electrical Engineering at the UHI Millennium Institute, or who, in the opinion of the Course Leader, hold an equivalent qualification supplemented by appropriate industrial experience. Candidates will be given appropriate credit recognition by the ŗŚĮĻĶų on admission. At the discretion of the Course Leader, candidates may also be required to complete successfully an appropriate bridging course prior to registration for the specified BEng programmes. The programmes are only available to part-time students. Candidates must attend for a minimum of two years (one year full-time equivalent), and will normally be expected to complete their studies in this time. The maximum period of registration permitted is four years (two years full-time equivalent). To be eligible for award of the degree, candidates must successfully complete a prescribed combination of courses as set out in the Annex to these Supplementary Regulations. The internal examiners for the specified programmes will be appointed by the Course Team according to current UHI regulations. External examiners will be appointed by the ŗŚĮĻĶų. By mutual agreement, staff from the ŗŚĮĻĶų can also be appointed as internal examiners, providing that such staff also act as current BEng examiners at the ŗŚĮĻĶų. Marks contributing to Honours classification will normally be those from the final year (year 3) of the UHI BSc Engineering programmes as well as those from prescribed programme year 4 BEng courses. For those candidates i) with an appropriate BSc Engineering degree acquired prior to February 2005, or ii) registered for third year of the UHI BSc Engineering degree before February 2005, marks contributing to Honours classification will be those from prescribed programme year 4 courses only.’ Requirements of individual degree programmes Candidates must follow an approved programme of study in either Electrical Engineering with Decommissioning Studies or Mechanical Engineering with Decommissioning Studies. Details of the course prescriptions can be obtained from the Course Leader at North Highland College. Supplementary Regulations for the Degree of Bachelor of Science in Engineering (BSc Eng) The degree of Bachelor of Science in Engineering (BSc Eng) may be conferred by the ŗŚĮĻĶų. Studies for the BSc Eng are organised in four programme years, each occupying one session for a full-time student. Candidates entering the programme with Foundation Studies enter into programme year 0. Candidates with suitable qualifications may be admitted directly to programme year 1, 2 or 3. All programme years may be undertaken by part-time study, in which case the studies of each programme year would normally be spread over two sessions. The courses for the degree are those contained in the Schedule of Courses annexed to these regulations; only passes in those courses are recognised for the purpose of these regulations and for the award of the degree. Candidates must follow the prescriptions given in the Schedule of Courses. Passes obtained under previous versions of the Schedule of Courses will continue to be valid. 4. All candidates must be registered for one of the following degree programmes: Engineering (General) Engineering (Civil) Engineering (Mechanical) Engineering (Electrical) Engineering (Electronic) The requirements of the individual degree programmes are set out in the Schedule of Courses. 5. Candidates, unless granted exemption by the Academic Standards Committee, must attend courses in the ŗŚĮĻĶų for a minimum of: (i) three sessions of full-time study or (ii) the equivalent period of part-time and full-time study, as determined by the Academic Standards Committee. In the case of recognitions or exemptions being granted by the Academic Standards Committee under General Regulation 14, the period of full-time study or its equivalent in part-time study at the ŗŚĮĻĶų must be at least one session and in no case shall the total period of study at a University or similar institution be less than three sessions full-time or its equivalent. 7. In terms of General Regulations 14, any such exemptions and credit points awarded will be limited to courses at Levels 1 and 2 except in the case of credit points for courses obtained through study for the degree of Bachelor of Engineering (BEng) or for the degree of Master of Engineering (MEng) at the ŗŚĮĻĶų. 8. Credit points awarded as part of the studies in programme years 1, 2 and 3 of the degrees of MEng or BEng at the ŗŚĮĻĶų may be recognised for the purposes of the BSc Eng degree. 9. To be eligible for the award of the degree a candidate must: have completed the prescribed minimum curriculum as specified in the Schedule of Courses, have obtained, by award or recognition, at least 360 credit points from courses specified in the Schedule of Courses, have obtained at least 60 credit points from courses specified in List 3 of the Schedule of Courses, have obtained at least 100 credit points by successful completion of assessments relating to courses specified in the Schedule of Courses attended while registered at the ŗŚĮĻĶų, have satisfied the requirements of the particular degree programme being followed, as specified in the Schedule of Courses. [Candidates for BSc Eng who first registered for ANY undergraduate Engineering degree at the ŗŚĮĻĶų before the start of academic year 2002/03, and have been in continuous attendance, can alternatively elect to graduate under the old credit point requirements: i.e., at least 325 credit points in total, with no fewer than 75 credit points from specified courses at Level 3.] 10.1 In terms of General Regulation 16.1(e), except with the permission of the Students' Progress Committee, candidates may not progress: (a) from programme year 0 to programme year 1, unless they have accumulated, by award or recognition, at least 80 credit points from courses in List 1; (b) from programme year 1 to programme year 2, unless they have accumulated, by award or recognition, at least 170 credit points from courses in Lists 1 and 2; (c) from programme year 2 to programme year 3, unless they have accumulated, by award or recognition, at least 260 credit points. 10.2 In terms of General Regulation 16.3, candidates who do not satisfy the progression requirements in Supplementary Regulation 9.1 (a), (b) or (c) may remain registered, on a full-time or part-time basis, in programme year 0, 1 or 2, as appropriate. 11. Notwithstanding General Regulations for First Degrees 17.1 (2) to (4), the Senatus Academicus, on the recommendation of the Students' Progress Committee, may require candidates to discontinue attendance on courses: (1) if, being candidates in programme year 0, they have not obtained 80 credit points within four half-sessions of full-time study or the equivalent from their first entry to programme year 0, or (2) if, being candidates in programme year 1, they have not obtained 170 credit points within four half-sessions of full-time study or the equivalent from their first entry to programme year 1, or (3) if, being candidates in programme year 2, they have not obtained 260 credit points within four half-sessions of full-time study or the equivalent from their first entry to programme year 2; or (4) if, being candidates in programme year 3, they have not completed the requirements necessary for graduation within four half-sessions of full-time study or the equivalent from their first entry to programme year 3. For the purpose of this Regulation two half-sessions of part-time study shall be counted as the equivalent of one half-session of full-time study. ANNEX Schedule of Courses This Schedule of Courses applies to the academic year 2006/07. The Schedule is correct at the time of going to press but it may be necessary to make amendments. Details of any amendments can be obtained from the Registry Officer (Engineering). The courses are listed below in three lists: List 1, List 2 and List 3. A full-time student registers for the courses of the three lists over a period of 4 years study. The minimum curriculum of a candidate must include all the courses in Lists 1, 2 and 3 given below, where registration is indicated as being required. Candidates may, however, satisfy the requirement if they have been given recognition or exemption in accordance with General Regulation 14. Full-time students register for courses leading to at least 100 credit points in each of the first three years of study. Candidates are advised not to register for courses leading to more than 120 credit points in any year of study. Programme Year 0 Candidates must register for courses chosen from List 1. Programme Year 1 Candidates must register for courses chosen from List 1 and List 2. Candidates must complete in full the prescription in List 1, taking into account any exemptions or recognitions they may have been granted. Programme Year 2 Candidates must register for courses chosen from List 1, List 2 and List 3. Candidates must complete in full the prescription in List 2. Direct entrants to programme year 2 must complete in full the prescription of List 1, taking into account any exemptions or recognitions they may have been granted. Direct entrants enrolling on a 2 year programme Students will receive 140 credits of recognitions, covering the entire level 1 BScEng programme. Those registered on the BScEng (Civil) programme will have a further five credits of recognitions added in lieu of ES3722. Students embarking on a 2 year programme are expected to register for the complete level 2 programme in 2008/9. Students should register for EG2079 and EG2570 instead of the 5 credit component parts normally specified for BScEng students (ES2074, ES2075, ES2076, ES2574, ES2575 and ES2576). Programme Year 3 Candidates must register for courses chosen from List 2 and List 3. Candidates must complete in full the prescription in List 3. Direct entrants to programme year 3 Candidates must complete in full the prescription as detailed in List 4. List 1: Approved courses for which candidates normally register in programme year 0 or 1 All courses are 20 credit points except where otherwise stated. Candidates must register for (not necessarily in the same year of study): EG 1007 Engineering Science EG 1076 Engineering Communication, Design and Practice 1 EG 1527 Applied Mechanics and Structures EG 1567 Electronic and Electrical Engineering EG 1570 Engineering Communication, Design and Practice 2 Substitution of ES passes for EG 1076 and 1570 Credit points awarded for passes in courses ES1072, ES1073 and ES1074 count towards the credit point requirements for graduation and progress in EG1076. Credit points awarded for passes in courses ES1571 or ES1PS1, ES1572, ES1577 or ES1PS2 and ES1578 count towards the credit point requirements for graduation and progress in EG1570. Direct entrants to Programme Year 1 or 2 who have not been given exemption or recognition for EG 1076 will be required to register for the following, but may be given exemption or recognition for one or two of them: ES 1072 Engineering Physics Laboratory (5 credit points) ES 1073 Engineering Communication and Design (10 credit points) ES 1074 Engineering Computing 1 (5 credit points) Direct entrants to Programme Year 1 or 2 who have not been given exemption or recognition for EG 1570 will be required to register for the following, but may be given exemption or recognition for some of them: either ES 1571 Engineering Computing 2A (5 credit points) or ES 1PS1 Engineering Computing 2B (5 credit points). ES 1572 Engineering Laboratory (5 credit points) either ES 1577 Engineering Design A (5 credit points) or ES 1PS2 Engineering Design B (5 credit points). ES 1578 Engineering Presentation (5 credit points) Candidates who have not registered for or have not achieved a pass in EG1570 may register for the combination of ES1571 or ES1PS1, ES1572, ES1577 or ES1PS2, and ES1578 in lieu of EG1570. Candidates for direct admission to Programme Year 2 may be required to register for either or both of ES1PS1 and ES1PS2 as a condition of admission. In that case candidates must normally register for ES1PS1 and/or ES1PS2 immediately prior to the start of Programme Year 2. Candidates must register for one (the choice depends on the need to satisfy the course pre-requisites) of: MA 1002 Calculus MA 1004 Introductory Mathematics 1 Candidates must register for one (the choice depends on the need to satisfy the course pre-requisites) of: MA 1502 Algebra MA 1504 Introductory Mathematics 2 EG 1006 Engineering Mathematics 1 Candidates who have gained a pass in EG1006 as part of a BEng or MEng programme of study at the ŗŚĮĻĶų will be given exemption from MA 1004. Candidates may also register for: Another first half-session 20 credit points course, approved by the Head of Engineering Another second half-session 20 credit points course, approved by the Head of Engineering. List 2: Approved courses for which candidates normally register in Programme Year 1 or 2 All courses are 15 credit points except where otherwise stated. Candidates must register for (not necessarily in the same year of study): ES 2576 Engineering Workshop 2 (5 credit points) EG 2010 Engineering Mathematics 2 ES 2075 Engineering Workshop 1 (5 credit points) EG 2510 Engineering Mathematics 3 Candidates must register for (not necessarily in the same year of study) at least two of the following: EG 2029 Materials and Structures along with ES 2074 Engineering Design 1(5 credit points) EG 2060 Electronics and Programmable Systems along with ES 2076 Engineering Design 2 (5 credit points) EG 2539 Fluid Mechanics and Thermodynamics along with ES 2574 Engineering Design 3 (5 credit points) EG 2559 Electrical and Mechanical Systems along with ES 2575 Engineering Design 4 (5 credit points) Candidates may also register for: Another first half-session course, approved by the Head of Engineering Another second half-session course, approved by the Head of Engineering Substitution of ES passes for EG 2079 and 2570 Credit points awarded for passes in courses ES2074, ES2075 and ES2076 count towards the credit point requirements for graduation and progress in EG2079. Credit points awarded for passes in courses ES2574, ES2575 and ES2576 count towards the credit point requirements for graduation and progress in EG2570. List 3: Approved courses for which candidates normally register in Programme Year 2 or 3 All courses are 15 credit points except where otherwise stated. Candidates must register for (not necessarily in the same year of study): ES 3006 Engineering Analysis and Methods 1B (10 credit points) ES 3079 Engineering Design (BSc Eng) (5 credit points) ES 3584 Economics, Resource and Safety Management B a minimum of three from ES 3013 Fluid Mechanics B ES 3015 Stress Analysis B ES 3027 Geotechnics 1B ES 3034 Engineering Materials B ES 3043 Control Systems B ES 3092 C/C++ Programming B ES 3052 Signals and Systems B ES 3081 Analogue Electronics B Another first half-session course, approved by the Head of Engineering. and a minimum of three from ES 3516 Mechanics of Structures B ES 3520 Professional Development in the Construction Industry B (10 credit points) ES 3529 Design of Structural Elements B ES 3537 Dynamics 1B ES 3536 Thermodynamics 1B ES 3557 Electrical Power Engineering B ES 3560 Digital Electronic Systems B ES 3567 Communications Engineering 1B ES 3585 Photonics 1B Another second half-session course, approved by the Head of Engineering. Candidates studying ES 3520 are also required to register for ES 3722 Field Survey and Engineering Geology Field Course B (5 credit points) Candidates who have transferred to BSc Eng from BEng or MEng at the ŗŚĮĻĶų may count towards the degree of BScEng attendance on and credit points obtained from EG3013, EG3015, EG3027, EG3034, EG3043, EG3045, EG3052, EG3092, EG3516, EG3520, EG3529, EG3537, EG3536, EG3557, EG3560 and EG3567 in lieu of ES3013, ES3015, ES3027, ES3034, ES3043, ES3045, ES3052, ES3092, ES3516, ES3520, ES3529, ES3537, ES3536, ES3557, ES3560 and ES3567 respectively. List 4: Approved courses for which direct entry to level 3 BSc Eng candidates must register: BSc Engineering (General). Candidates for this programme must register for: CS 1011 Information Technology (20) ES 3006 Engineering Analysis and Methods 1B (10) ES 3079 Engineering Design (BScEng) (5) CS 1513 Web Technology (20) And a minimum of three from: ES 3013 Fluid Mechanics B (15) ES 3027 Geotechnics 1B (15) ES 3034 Engineering Materials B (15) ES 3043 Control Systems B (15) ES 3046 Programming B (15) ES 3052 Signals and Systems B (15) ES 3516 Mechanics of Structures B (15) ES 3520 Professional Development in the Construction Industry B (10) ES 3529 Design of Structural Elements B (15) ES 3537 Dynamics 1B (15) ES 3536 Thermodynamics 1B (15) ES 3557 Electrical Power Engineering B (15) ES 3560 Digital Electronic Systems B (15) BSc Engineering (Civil). Candidates for this programme must register for: CS 1011 Information Technology (20) ES 3006 Engineering Analysis and Methods 1B (10) ES 3013 Fluid Mechanics B (15) ES 3027 Geotechnics 1B (15) ES 3079 Engineering Design (BScEng) (5) CS 1513 Web Technology (20) ES 3516 Mechanics of Structures B (15) ES 3529 Design of Structural Elements B (15) BSc Engineering (Mechanical). Candidates for this programme must register for: CS 1011 Information Technology (20) ES 3006 Engineering Analysis and Methods 1B (10) ES 3013 Fluid Mechanics B (15) ES 3034 Engineering Materials B (15) ES 3079 Engineering Design (BScEng) (5) CS 1513 Web Technology (20) ES 3537 Dynamics 1B (15) ES 3536 Thermodynamics (15) BSc Engineering (Electrical). Candidates for this programme must register for: CS 1011 Information Technology (20) ES 3006 Engineering Analysis and Methods 1B (10) ES 3079 Engineering Design (BScEng) (5) CS 1513 Web Technology (20) ES 3557 Electrical Power Engineering B (15) ES 3560 Digital Electronic Systems B (15) And a minimum of 2 from: ES 3043 Engineering Materials B (15) ES 3046 Programming B (15) ES 3052 Signals and Systems B (15) BSc Engineering (Electronic). Candidates for this programme must register for: CS 1011 Information Technology (20) ES 3006 Engineering Analysis and Methods 1B (10) ES 3079 Engineering Design (BScEng) (5) CS 1513 Web Technology (20) ES 3557 Electrical Power Engineering B (15) ES 3560 Digital Electronic Systems B (15) And a minimum of 2 from: ES 3043 Engineering Materials B (15) ES 3046 Programming B (15) ES 3052 Signals and Systems B (15) Requirements of Individual Degree Programmes (For non direct entrants to Programme Year 3) The requirements of the individual degree programmes are set out in the appended tables. Engineering (General) This programme is provided primarily for students whose education prior to entering the University has not included Mathematics at a high level. In their first year of study, candidates register for Mathematics courses from List 1 which are appropriate to their level of Mathematics on entry, along with Engineering courses. There are no further requirements for this programme, other than those listed above under List 1, List 2 and List 3. Candidates may transfer to one of the more specific degree programmes given below, once they have established in which branch of engineering they wish to specialise. Engineering (Civil) In addition to the requirements given under List 3 above, candidates for this programme must attend on and attain a class certificate in all of the following courses as part of a minimum curriculum: ES 3013 Fluid Mechanics B ES 3027 Geotechnics 1B ES 3520 Professional Development in the Construction Industry B ES 3529 Design of Structural Elements B ES 3722 Field Survey and Engineering Geology Field Course B Engineering (Mechanical) In addition to the requirements given under List 3 above, candidates for this programme must attend on and attain a class certificate in all of the following courses as part of a minimum curriculum: ES 3013 Fluid Mechanics B ES 3034 Engineering Materials B ES 3537 Dynamics 1B ES 3536 Thermodynamics 1B Engineering (Electrical) In addition to the requirements given under List 3 above, candidates for this programme must attend on and attain a class certificate in all of the following courses as part of a minimum curriculum: ES 3043 Control 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