Level 6 Graduate Diploma in Engineering (9210-01) - City & Guilds

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Unit 135 Mechanics of solids Assessment Criteria Outcome 1 Calculate stresses, strain and deflections in a range of components under various load conditions The learner can: 1. Use Mohr’s Circle to determine: a. stresses on inclined planes b. combined bending torsion and axial loading. 2. Use and position on components strain gauge rosettes. 3. Use calculations and or graphic means to determine: a. shear force and bending moments in laterally loaded beams b. bending stress and shear stress distribution in beams c. deflection of beams d. solution of statically indeterminate beams e. centre of shear in beams. 4. Extend shear force, bending moment, bending stress, shear stress and deflection analysis to: a. beams of asymmetric cross section b. composite beams c. beams of ‘elastic-perfectly plastic’ material. 5. Determine shear stress and twist of: a. circular solid sections b. thin walled cylinders c. simple open sections. 6. Apply Euler critical loads to determine buckling for a combination of: a. free conditions b. pinned conditions c. built in end conditions. 7. Determine limiting stress condition. 8. Use analytical methods to determine stresses and displacements in rings, cylinders and discs under axi-symmetric loading: a. internal/external pressure b. shrink fits c. rotation. 9. Apply Lame equations to problem solving. 10. Employ Finite Element Analysis: a. discretisation b. types of elements c. relationship between i nodal forces ii nodal displacements iii stiffness matrix. 11. Represent examples of linear elements using springs. 12. Obtain stiffness matrix using: a. one-dimensional quadratic elements b. displacement functions c. shape functions 170 Level 6 Graduate Diploma in Engineering (9210-01)
d. principle of virtual work. 13. Determine stresses from primary unknown nodal displacements. 14. Explain the underlying assumptions and approximate nature of the results of Finite Element Method. 15. Analyse engineering materials behaviour when loadings and service conditions: a. involve b. fatigue c. yield criteria d. fracture mechanics e. creep f. viscoelasticity. 16. Assess and select materials for applications: a. plastics b. composites c. ceramics d. modern materials. Range Finite Element Analysis (FEA): for many types of practical engineering problems analytical solutions do not exist. To obtain a solution, the region of interest is divided up into numerous connected sub-regions or elements within approximate functions (usually polynomials) are used to represent the unknown quantity. The numerical method that obtains a solution using these elements is called Finite Element Analysis Software. Fatigue life: the number of cycles of a specified loading that a given specimen can be subjected to before failure occurs. Viscoelasticity: is the property of materials that exhibit both viscous and elastic characteristics when undergoing deformation. Outcome 2 Select appropriate methods for the detail design of components The learner can: 1. Implement the analytic techniques in Outcome 1 to engineering designs involving: a. beams b. columns c. thin cylinder applications d. pressure vessels e. structural steelwork f. shafts g. buildings. Outcome 3 Demonstrate an understanding of the basis of computer software used in stress analysis The learner can: 1. Undertake and solve engineering design calculations and mechanics of materials problems using various computer software packages. Level 6 Graduate Diploma in Engineering (9210-01) 171
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Level 6 Graduate Diploma in Enginee
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Level 6 Graduate Diploma in Enginee
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Contents 1 Introduction 5 Qualifica
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1 Introduction This document contai
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Qualification structure To achieve
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To achieve the Level 6 Graduate Dip
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To achieve the Level 6 Graduate Dip
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The register of Chartered Engineers
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3 Course design and delivery Initia
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5 Units Availability of units The u
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Unit 100 Engineering mathematics Le
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Unit 100 Engineering mathematics No
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Unit 101 Management for engineers A
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e. Treatment of Depreciation f. Oth
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Unit 101 Management for engineers N
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Unit 102 Mechanics of solids and ba
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Unit 102 Mechanics of solids and ba
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Unit 103 Hydraulics and hydrology A
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Unit 103 Hydraulics and hydrology N
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Unit 104 Engineering surveying Asse
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Unit 104 Engineering surveying Note
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Unit 105 Soil mechanics and enginee
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Unit 105 Soil mechanics and enginee
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Unit 106 Building engineering Asses
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Unit 106 Building engineering Notes
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Unit 107 Quantity surveying Assessm
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Unit 107 Quantity surveying Notes f
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Unit 108 Highway engineering Assess
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Unit 108 Highway engineering Notes
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Unit 109 Irrigation engineering Ass
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Unit 109 Irrigation engineering Not
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Unit 110 Water and wastewater engin
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6. Maintain sewerage systems: a. Pr
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Unit 111 Structural analysis Level:
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Outcome 2 Explain basics of design,
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Unit 112 Circuits and waves Level:
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Unit 112 Circuits and waves Notes f
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Unit 113 Electrical machines and el
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Underground cables 19. Identify the
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Unit 114 Electrical energy systems
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8. Draw the sequence networks for d
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Unit 115 Electrical machines and dr
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Induction motors 23. Explain how el
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Unit 115 Electrical machines and dr
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Unit 116 Electronics and telecommun
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Unit 116 Electronics and telecommun
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Unit 117 Electronic systems Assessm
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Unit 117 Electronic systems Notes f
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Unit 118 Communication systems Asse
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Outcome 5 Demonstrate knowledge of
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Unit 119 Wireless and mobile commun
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Unit 119 Wireless and mobile commun
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Unit 120 Computer programming and i
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Unit 120 Computer programming and i
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Unit 121 Computer networks Assessme
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Unit 121 Computer networks Notes fo
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Unit 122 Web design and application
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Unit 122 Web design and application
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Unit 123 Computer architecture and
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Unit 123 Computer architecture and
Page 121 and 122: Unit 124 Database management Assess
Page 123 and 124: Unit 124 Database management Notes
Page 125 and 126: Unit 125 Signals and systems Assess
Page 127 and 128: Unit 126 Information management Lev
Page 129 and 130: Unit 126 Information management Not
Page 131 and 132: Unit 127 Software engineering Asses
Page 133 and 134: Unit 127 Software engineering Notes
Page 135 and 136: Unit 128 Applied thermodynamics Ass
Page 137 and 138: internal energy of reaction c entha
Page 139 and 140: Unit 129 Fluid mechanics Level: 6 I
Page 141 and 142: Outcome 2 Perform fluid flow calcul
Page 143 and 144: Unit 129 Fluid mechanics Notes for
Page 145 and 146: Assessment This unit will be assess
Page 147 and 148: Principal planes: the planes on whi
Page 149 and 150: Outcome 10 Explain the use of flywh
Page 151 and 152: Unit 131 Materials Level: 6 Introdu
Page 153 and 154: 3. Describe the effects of alloying
Page 155 and 156: Outcome 4 Describe how the microstr
Page 157 and 158: Unit 132 Manufacturing technology L
Page 159 and 160: Outcome 3 Explain the principles of
Page 161 and 162: Unit 133 Analysis and design of man
Page 163 and 164: Outcome 3 Analyse the design of man
Page 165 and 166: Unit 133 Analysis and design of man
Page 167 and 168: Unit 134 Hydraulics and hydraulic m
Page 169 and 170: Outcome 3 Identify unique features
Page 171: Unit 135 Mechanics of solids Level:
Page 175 and 176: Unit 136 Control systems Level: 6 I
Page 177 and 178: c. performance indices in the time
Page 179 and 180: Unit 136 Control systems Notes for
Page 181 and 182: Unit 137 Electro techniques Assessm
Page 183 and 184: Unit 137 Electro techniques Notes f
Page 185 and 186: Unit 138 Quality and reliability en
Page 187 and 188: Outcome 4 Adopt Quality Management
Page 189 and 190: Appendix 1 Sources of general infor
Page 191: Published by City & Guilds 1 Giltsp
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Level 6 Graduate Diploma in Engineering (9210-01) - City & Guilds

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