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

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Unit 112 Circuits and waves Assessment Criteria Outcome 1 Solve problems involving electrical circuits and networks The learner can: 1 Analyse complex networks excitations. 2 Obtain transient and steady state response of a given passive network. 3 Formulate matrix equations for mesh and nodal analysis of dc and ac circuits and solve them 4 Analyse passive networks using pole-zero patterns. 5 Explain Synthesis of LC, RC and LRC networks. Cauer, Foster canonical forms. 6 Demonstrate the knowledge of classical filter design: low pass, high pass and band pass. 7 Use two- port parameters in two-port network to analyse the filter circuits and networks. 8 Simulate ac and dc circuits using simulate software tools. 9 Apply Fourier series and Fourier transform power spectra and spectral analysis of wave forms. Outcome 2 Solve problems involving electromagnetic field and waves The learner can: 1. Apply Gauss’ law and calculate electric field strength (E) and Electric flux density (D) of different objects such as rod, sphere, disc, plates with the distribution of electric charge. 2. Calculate capacitance of different configurations such as parallel plates, concentric cylinders. 3. Apply Ampere’s Circuital law and calculate magnetic field intensity (H) and magnetic flux density (B) to solenoids and toroids. 4. Produce an electric circuit analogue for magnetic circuit and develop the relationship between mmf, flux and reluctance conductor. 5. Calculate capacitance and inductance per unit length of wire pair and coaxial line. 6. Obtain Maxwell’s equations in integral and differential forms and obtain wave equation for free space and for a lossy medium for uniform plane wave propagation. 7. Determine the electromagnetic field/wave energy using Poynting Theorem. 8. Explain polarisation of electromagnetic waves; examine reflection and transmission of electromagnetic waves when incident at a boundary. 9. Identify TE and TM mode propagation wave propagation through rectangular metal waveguides; determine the dominant mode; the power transmitted through a rectangular waveguide using the dominant mode and uses of metal waveguides in communications. 10. Draw radiation pattern of antennas; define, directivity, gain, radiation resistance of an antenna; express the far field electric field due to a short dipole, half-wave dipole, monopole, small loop, large loop and draw their radiation patterns; obtain beam-width; express antenna impedance of these antennas. 11. Obtain beam-width, directivity and gain of horn antenna and parabolic reflector antenna and describe feeding methods of parabolic antennas; radiation patterns of uniform linear isotropic arrays; broadside and end-fire arrays and obtain beam-width between first nulls and discuss applications of antenna arrays. 70 Level 6 Graduate Diploma in Engineering (9210-01)
Unit 112 Circuits and waves Notes for guidance Test specification for written paper This examination paper is of three hours duration structured in two parts (A and B) with five questions in each part giving a total of ten (10) questions. The learners must answer five (05) questions in total by selecting at least one question from each section. The examination will cover the knowledge specifications: Topic sections Section A Approximate % examination weighting Circuit Analysis 15 Synthesis of passive networks 10 Two port networks and filter design 15 Laplace transform 10 Circuit Analysis Section B 15 Electric & Magnetic Fields 15 Magnetic circuits 10 Electromagnetic Wave Propagation 10 Antennas 15 The requirements to achieve overall success for this unit are: Written examination Pass/Merit/Distinction Practical work Pass Level 6 Graduate Diploma in Engineering (9210-01) 71
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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
Page 21 and 22: Unit 100 Engineering mathematics Le
Page 23 and 24: Unit 100 Engineering mathematics No
Page 25 and 26: Unit 101 Management for engineers A
Page 27 and 28: e. Treatment of Depreciation f. Oth
Page 29 and 30: Unit 101 Management for engineers N
Page 31 and 32: Unit 102 Mechanics of solids and ba
Page 33 and 34: Unit 102 Mechanics of solids and ba
Page 35 and 36: Unit 103 Hydraulics and hydrology A
Page 37 and 38: Unit 103 Hydraulics and hydrology N
Page 39 and 40: Unit 104 Engineering surveying Asse
Page 41 and 42: Unit 104 Engineering surveying Note
Page 43 and 44: Unit 105 Soil mechanics and enginee
Page 45 and 46: Unit 105 Soil mechanics and enginee
Page 47 and 48: Unit 106 Building engineering Asses
Page 49 and 50: Unit 106 Building engineering Notes
Page 51 and 52: Unit 107 Quantity surveying Assessm
Page 53 and 54: Unit 107 Quantity surveying Notes f
Page 55 and 56: Unit 108 Highway engineering Assess
Page 57 and 58: Unit 108 Highway engineering Notes
Page 59 and 60: Unit 109 Irrigation engineering Ass
Page 61 and 62: Unit 109 Irrigation engineering Not
Page 63 and 64: Unit 110 Water and wastewater engin
Page 65 and 66: 6. Maintain sewerage systems: a. Pr
Page 67 and 68: Unit 111 Structural analysis Level:
Page 69 and 70: Outcome 2 Explain basics of design,
Page 71: Unit 112 Circuits and waves Level:
Page 75 and 76: Unit 113 Electrical machines and el
Page 77 and 78: Underground cables 19. Identify the
Page 79 and 80: Unit 114 Electrical energy systems
Page 81 and 82: 8. Draw the sequence networks for d
Page 83 and 84: Unit 115 Electrical machines and dr
Page 85 and 86: Induction motors 23. Explain how el
Page 87 and 88: Unit 115 Electrical machines and dr
Page 89 and 90: Unit 116 Electronics and telecommun
Page 91 and 92: Unit 116 Electronics and telecommun
Page 93 and 94: Unit 117 Electronic systems Assessm
Page 95 and 96: Unit 117 Electronic systems Notes f
Page 97 and 98: Unit 118 Communication systems Asse
Page 99 and 100: Outcome 5 Demonstrate knowledge of
Page 101 and 102: Unit 119 Wireless and mobile commun
Page 103 and 104: Unit 119 Wireless and mobile commun
Page 105 and 106: Unit 120 Computer programming and i
Page 107 and 108: Unit 120 Computer programming and i
Page 109 and 110: Unit 121 Computer networks Assessme
Page 111 and 112: Unit 121 Computer networks Notes fo
Page 113 and 114: Unit 122 Web design and application
Page 115 and 116: Unit 122 Web design and application
Page 117 and 118: Unit 123 Computer architecture and
Page 119 and 120: Unit 123 Computer architecture and
Page 121 and 122: Unit 124 Database management Assess
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Unit 124 Database management Notes
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Unit 125 Signals and systems Assess
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Unit 126 Information management Lev
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Unit 126 Information management Not
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Unit 127 Software engineering Asses
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Unit 127 Software engineering Notes
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Unit 128 Applied thermodynamics Ass
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internal energy of reaction c entha
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Unit 129 Fluid mechanics Level: 6 I
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Outcome 2 Perform fluid flow calcul
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Unit 129 Fluid mechanics Notes for
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Assessment This unit will be assess
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Principal planes: the planes on whi
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Outcome 10 Explain the use of flywh
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Unit 131 Materials Level: 6 Introdu
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3. Describe the effects of alloying
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Outcome 4 Describe how the microstr
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Unit 132 Manufacturing technology L
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Outcome 3 Explain the principles of
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Unit 133 Analysis and design of man
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Outcome 3 Analyse the design of man
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Unit 133 Analysis and design of man
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Unit 134 Hydraulics and hydraulic m
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Outcome 3 Identify unique features
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Unit 135 Mechanics of solids Level:
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d. principle of virtual work. 13. D
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Unit 136 Control systems Level: 6 I
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c. performance indices in the time
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Unit 136 Control systems Notes for
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Unit 137 Electro techniques Assessm
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Unit 137 Electro techniques Notes f
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Unit 138 Quality and reliability en
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Outcome 4 Adopt Quality Management
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Appendix 1 Sources of general infor
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Published by City & Guilds 1 Giltsp
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Level 6 Graduate Diploma in Engineering (9210-01) - City & Guilds

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