FACULTY BOOKLET FACULTY OF ENGINEERING AND
FACULTY BOOKLETFACULTY OF ENGINEERING AND TECHNOLOGY2021Faculty Structure and Qualifications1
MINIMUM ADMISSION REQUIREMENTS: FACULTY OF ENGINEERING AND TECHNOLOGYTable 1: Academic Points Calculation(Please note Life Orientation is excluded from all points’ calculations and bonus points)Bonus PointsNSC PercentagesNSCAchievementScore/RatingSC HG80% - 89%7A70% - 79%6B60% - 69%5C50% - 59%440% - 49%SC SG90% to 100%VUTScoreMathsPhysical/NaturalScience andEnglish8A732621B51DC43ED330% - 39%2FE20% - 29%1GF000The academic point score (APS) for the Faculty of Engineering and Technology admission requirement is shown in thefollowing tables for different type of qualifications.Table 2: Diploma programmes in EngineeringQualificationCompulsory SubjectsDiploma:Chemical EngineeringCivil EngineeringElectrical Engineering: Electronic Power Process Control & Computer SystemsIndustrial EngineeringMechanical EngineeringMetallurgical EngineeringMathematicsPhysical SciencesEnglish Language Minimum for theDiploma programmes444Any other 3 subjects with aminimum level of 4, excludingLife Orientation12Total24**Admission requirements for any of the 4-year extended Diploma programmes in Engineering is a National SeniorCertificate with a minimum of 24 APS points, plus a minimum of 4 for Mathematics, Physical Science and English. Allcandidates with APS scores from 24 – 29 will be required to register for the extended programme.*Admission requirements for any of the 3-year Diploma programmes in Engineering is a National Senior Certificatewith a minimum of 30 APS points, plus a minimum of 4 for Mathematics, Physical Science and English.Table 3: Diploma programme in Operations ManagementQualificationDiploma:Compulsory SubjectsMathematicsPhysical SciencesEnglish LanguageMinimum434Operations ManagementAny other 3 subjects with a minimum level of 4,excludingLife Orientation12Total23For admission into Diploma in Engineering Programmes the following should be noted: The prospective student’s results must meet the statutory admission requirement. Bonus points will only be used for selection purposes. Students that need more information regarding Extended programmes should liaise with their respective HOD’s. All other grade 12 or equivalent certificates will be treated on ad hoc basis. International qualifications: All international qualifications will be evaluated by the International Office based on theSwedish scale. Transfers: Applications from students to transfer from other institutions will be dealt with in terms of the Recognitionof Prior Learning and Continuation of Studies policies of VUT.2
ENGINEERING COUNCIL OF SOUTH AFRICAThe Engineering Council of South Africa (ECSA) audit all the engineering programmes offered at the Vaal University ofTechnology every four years. ECSA awards an accreditation status to each programme that meets the standard for theaward of the qualification. The standards are designed to meet the educational requirement towards registration as aCandidate or Professional Engineering Technician with ECSA and acceptance as a candidate to write the examinations forCertificated Engineers (for Diploma in Engineering Programmes) and the educational base required for registration as aProfessional Engineering Technologist and/or Certificated Engineer with ECSA (for the Advanced Diploma in EngineeringProgrammes).PHASING OUT OF NON-ALIGNED PROGRAMMES, CREDIT ACCUMULATION AND TRANSFER (CAT)Phased out programmesNon-alignedprogrammesCommentsLast year of registration of newintakeNational Diploma(ND)2016Replaced by Diploma in terms of the HEQSF*BaccalaureusTechnologiae2019Replaced by the Advanced Diploma in terms of s are allowed until 2022to complete outstandingmodules for the qualification.2022Replaced by the relevant new master’s qualification interms of the HEQSF**A comprehensive system approved by the Minister of Higher Education and Training for the classification, registration,publication and articulation of quality -assured national qualificationsCredit accumulation and transfer (CAT) and articulationDescription ofprogrammeCommentsNon-alignedNational Diplomas(ND) CreditAccumulation andTransfer (CAT)Students in possession of credits for an incomplete non-aligned diploma may be granted creditstowards the relevant new diploma (CHE Policy on CAT 5.2.6). Students may be granted creditsfor modules (not more than 50%) (CHE Policy on CAT 5.2.5). Credits obtained from anotherinstitution can be transferred to a cognate VUT qualification (VUT CAT Policy). The granting ofcredits is undertaken by the relevant HoD, together with the module Co-ordinator and a subjectspecialist. Factors such as nature of qualification, the relationship between them, the nature,complexity, and extent of the curricula associated with the specific module to be recognisedand the nature of the assessment used, will be taken into consideration in the granting ofcredits (CHE Policy on CAT 5.2.5).BTech articulationStudents in possession of a BTech qualification or an appropriate NQF level 8 qualification maybe allowed to articulate into the new relevant master’s qualification. The articulation ispermitted within the constraining parameters set by the requirements of a specific curricula(CHE CAT Policy 5.15). In addition, students must have a credit bearing research component inthe BTech or relevant NQF level 8 qualification (Senate approval 9 November 2018). Studentswho possess a BTech or relevant NQF level 8 qualification BUT do not meet the entryrequirements into a master’s qualification may be allowed to enrol for the relevant postgraduate diploma.3
Department: Chemical EngineeringHIERARCHY OF QUALIFICATIONSDiploma in Chemical EngineeringAdvanced Diploma in Chemical EngineeringPostgraduate Diploma in Chemical EngineeringMaster of Engineering in Chemical EngineeringPhD in Chemical Engineering1.QUALIFICATIONS1.1Diploma in Chemical Engineering1.1.1Duration of Programme: Three year full-time qualification: Two and a half years (Five semesters S1 to S5); Onesemester (6 months) Workplace Based Learning (WBL)1.1.2CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1HKCOX1AApplied Communication Skills 1.18AAECH1AEngineering Chemistry 110EEESK1AEngineering Skills 15ASICT1AICT Skills 110AMMAT1AMathematics 110APHYS1APhysics 110EESIN1ASocial Intelligence 13SEMESTER 2HKCOY2AApplied Communication Skills 1.28AAECH2AEngineering Chemistry 210EMEDR1AEngineering Drawing 110EHITC1AIntroduction to Chemical Engineering 112AMMAT2AMathematics 210APHYT2APhysics 2 (Theory)5APHYP2APhysics 2 (Practical)5EHSPA1ASafety Principles and Law 15SEMESTER 3HKCOX2AApplied Communication Skills 2.18BHMAN1AManagement 1104
EHCPI1AChemical Process Industries 112AAECH3AEngineering Chemistry 310EHMEB2AMaterial and Energy Balance 212AMMAT3AMathematics 310EHMPO1AMechanical Operation 112SEMESTER 4HKCOY2AApplied Communication Skills 2.28EHCOA2AComputing Applications 27EHCEL1AChemical Engineering Laboratory 112EHCET2AChemical Eng. Thermodynamics 112EHHMT2AHeat and Mass Transfer 112EHPCO2AProcess Control 112EHPFD2AProcess Fluid Dynamics 112SEMESTER 5EHATH3AApplied Thermodynamics 212EHCPR3AChemical Process Design12EHENE1AEnvironmental Engineering 112EHRTE3AReactor Technology 112EHSEP3ASeparation Processes 112EHCEL2AChemical Engineering Laboratory 212SEMESTER 6EHEXL1A1.2Workplace Based Learning 1 / Experiential Learning 160Advanced Diploma in Chemical Engineering1.2.1Admission Requirements:qualification.A Diploma in Chemical Engineering (NQF level 6, 360 credits) or equivalentAll other equivalent qualifications will be considered on a case-by-case basis.1.2.2Duration of Programme: The programme is offered full-time, minimum of 1 year.1.2.3CurriculumSUBJECT CODENAME OF SUBJECTCREDITSYear SubjectsEHAPD4AAdvanced Process Design30EHRMP4AResearch Methodology and Project28Semester 1EHAEM4AAdvanced Engineering Mathematics12EHARE4AAdvanced Reaction Engineering12EHFLM4AAdvanced Fluid Mechanics12EHHMX4AAdvanced Heat, Mass Transfer and Separation: Mod 110Semester 2EHHMY4AAdvanced Heat, Mass Transfer and Separation: Mod 211EHMAN4AEngineering Management7EHCEL4AChemical Engineering Laboratory8EHAPC4AAdvanced Process Control125
1.3Postgraduate Diploma in Chemical Engineering1.3.1Admission Requirements: Advanced Diploma in Chemical Engineering and equivalent qualificationsuch as BTech in Chemical Engineering. All other equivalent qualifications will be considered on a case-bycase basis.1.3.2Duration of Programme: One-year, full-time qualification.1.3.3CurriculumSUBJECTCODENAME OF SUBJECTCore/Fundamental/ElectiveCREDITSSEMESTER 1EHPRM5AResearch Project (Chemical Engineering) *Full YearEHPEEX5AEnvironmental Engineering I (Chemical Eng)EHPPDX5AChemical Process Design I (Chemical Eng)CoreElective Group YI**Core4015Core15Elective10SEMESTER 2EHPEEY5AEnvironmental Engineering II (Chemical Eng)Core15EHPPDY5AChemical Process Design II (Chemical Eng)Core15Elective10Elective Group YII****Research Project (Chemical Engineering) (Full year)** Elective Group YI *(Elective group Y A or B)*** Elective Group YII *(Elective group Y A or B)Subject Elective Groups: The learners will first select a group among petroleum, mineral processing and bioprocessing.Elective YI and YII may not come from different groups. The elective group of subjects to be offered will depend onadmission numbers per group (Minimum of 20 students).SUBJECTCODENAME OF lective10Elective10Elective10Elective Group AEHPBEX5ABioprocess Engineering IEHPBEY5ABioprocess Engineering IIElective Group BEHPPEX5APetrochemical Engineering IEHPPEY5APetrochemical Engineering II1.4Master of Engineering in Chemical Engineering1.4.1Admission Requirements: BEng degree, BSc Degree in Chemical Engineering or Equivalent level 8 qualificationincluding Postgraduate Diploma in Chemical Engineering.1.4.2Duration of Programme: At least 1 year full-time research, concluded with a Master Dissertation.1.5Doctor of Philosophy (PhD) in Chemical Engineering1.5.1Admission Requirements: MEng (Chemical Engineering) or equivalent. Ad hoc cases will be treated on merit.1.5.2Duration of Programme: At least two years full-time research, concluded with a Doctoral Thesis.2. WHAT ARE THE FUNCTIONS OF A CHEMICAL ENGINEERING TECHNICIAN?The qualified Chemical engineer/technician may find himself/herself as a member of an engineering team which mayconsist of engineers, scientists, artisans, process personnel, technologists and technicians from other disciplines. Functions6
may include the commissioning and maintenance of chemical plants, process control, design and development, optimizingof chemical processes, quality control over the products of the manufacturing processes, feasibility studies and a variety oftasks related to the chemical process industry.3. CAREER OPPORTUNITIESA profession in the field of chemical engineering offers a challenging and exciting career in both the private and publicsectors. There is a continuous demand for trained manpower in the field of chemical engineering. Job designations mayvary from production foremen, area superintendents, plant engineer and various others within several branches of heavy,light and general types of industries where the services and expertise of such persons are required.4.ENQUIRIESEnquiries may be addressed to:The Head of Department:Chemical EngineeringFaculty of Engineering and TechnologyVaal University of TechnologyPrivate Bag X021Vanderbijlpark 1900Tel: (016) 950-9243Fax: (016) 950-9796e-mail: rethav@vut.ac.zaWebsite: www.vut.ac.za7
Department: Civil EngineeringHIERARCHY OF QUALIFICATIONSDiploma in Civil EngineeringAdvanced Diploma in Civil EngineeringPostgraduate Diploma in Civil EngineeringMaster of Engineering in Civil EngineeringDoctor of Engineering in Civil Engineering1.QUALIFICATIONS1.1Diploma in Civil Engineering1.1.1Duration of Programme: This is a 3 year programme and consists of a five semester university attendancefollowed by one semester experiential training in industry.1.1.2CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1HKCOX1AApplied Communication Skills 1.18ASICT1AICT Skills 110AAECH1AEngineering Chemistry 110EEESK1AEngineering Skills 15AMMAT1AMathematics 110APHYS1APhysics 110EESIN1ASocial Intelligence 13SEMESTER 2HKCOY1AApplied Communication Skills 1.28ECAME1AApplied Mechanics 110ECCOA2AComputing Applications 27AAECH2AEngineering Chemistry 210ECEDR1AEngineering Drawing 110AMMAT2AMathematics 210APHYP2APhysics 2 – Practical5APHYT2APhysics 2 - Theory58
ECSPA1ASafety Principles and Law 15SEMESTER 3HKCOX2AApplied Communication Skills 2.18ECCOS1AConstruction Methods 110ECCOM1AConstruction Materials 15ECEDR2AEngineering Drawing 210EYEGE1AEngineering Geology 110ECESU1AEngineering Surveying 110ECSME1ASoil Mechanics 15ECST2ATheory of Structures 210SEMESTER 4HKCOY2AApplied Communication Skills 2.28ECCEM1ACivil Engineering Management 110ECCOM2AConstruction Materials 25ECEOS2AElements of Structural Steel and Timber Design 210ECESU2AEngineering Surveying 210ECSAN3AStructural Analysis 310ECTEN1ATransportation Engineering 110ECWEN1AWater Engineering 110SEMESTER 5ECCEM2ACivil Engineering Management 210ECDOC1ADocumentation 110ECEOR3AElements of Reinforced Concrete Masonry Design 310ECFMC2AFluid Mechanics 2 (Civil)10ECSME2ASoil Mechanics 210ECSAN4AStructural Analysis 410ECTEN2ATransportation Engineering 210SEMESTER 6ECEXL1AWorkplace Based Learning / Experiential Learning 1601.2Advanced Diploma in Civil Engineering1.2.1Admission Requirements: A student with relevant qualification on NQF level 6 (min 360 credits) can enter thisAdvanced Diploma in Civil Engineering or a relevant qualification (e.g. Bachelors in Civil Engineering). Therelevant NQF level 6 qualification must be passed with an average of 65% of all the exit level subjects. All otherequivalent qualifications will be treated on an ad hoc basis.1.2.2Duration of Programme: A one-year full-time course and consists of two semesters’ university attendance (13modules) that includes two (2) modules on Civil Engineering Research Methods and Project.1.2.3CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1ECMAT4ACivil Engineering Materials10ECHTE4AHighway and Traffic Engineering10ECSTR4AStructural Analysis10ECWWE4AWater and Wastewater Engineering10ECENS4AEnvironmental Studies109
ECREM4ACivil Engineering Research Methodology15SEMESTER 2ECEDE4AEarthworks Design10ECSRD4ASteel and Reinforced Concrete Design10ECRWE4ARailway Engineering10ECRED4AReticulation Design10ECBDC4ABusiness Development in the Civil Engineering Environment10ECMTT4AManagement Tools and Techniques10ECREP4ACivil Engineering Research Project15NB: All subjects/modules are compulsory and must be completed in VUT1.3Postgraduate Diploma in Civil Engineering1.3.1Admission Requirements: A student with relevant qualification on NQF level 7, typically a Bachelor's Degree,Advanced Diploma or relevant NQF level 7 qualifications can enter this programme. The relevant NQF level 7qualification must be passed with an average of 65% of all the exit level subjects.1.3.2Duration of Programme: This is a one-year full-time programme (or a minimum two years part-timeprogramme). Consists of two semesters’ university attendance (8 modules) that includes two (2) modules on CivilEngineering Research Project.1.3.3CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1ECEEN5AEnvironmental Engineering10ECGTE5AGeotechnical Engineering20ECPCM5AProject and Construction Management10ECRPX5AResearch Project in Civil Engineering (Module 1)15SEMESTER 2ECSTE5AStructural Engineering20ECTEN5ATransportation Engineering20ECWEN5AWater Engineering20ECRPY5AResearch Project in Civil Engineering (Module 2)251.4 Master of Engineering in Civil Engineering1.4.1Admission Requirements: A BEng Degree or Equivalent level 8 qualification including the Postgraduate Diplomain Civil Engineering with an average pass mark of 60% and above. Proof of successful completion of a VaalUniversity of Technology approved course in Research Methodology. Ad hoc cases will be treated on merit.1.4.2Duration of Programme: The equivalent of 1 year, full-time study.1.4.3Programme Structure: This programme comprises of a thesis only.1.5 Doctor of Engineering in Civil Engineering1.5.1 1.5.210Admission requirements: Master of Engineering in Civil Engineering or Equivalent level 9 qualification. Ad hoccases will be treated on merit.Duration of Programme:At least two years full-time research, concluded with a Doctoral Thesis.
2CIVIL ENGINEERING FIELDSTransportation, Water, Structural, Geotechnical, Construction Management, Urban Engineering. Civil Engineeringtechnicians could be involved with construction projects such as reinforced concrete, structural steel, timber and masonrystructures, roads, bridges, dams, canals, pipelines, water purification, sewage treatment, airports, railways, harbours,housing and services.3CAREER OPPORTUNITIESAs a Civil Engineering Technician or Technologist, the following selection of careers are available: Design draughtsman,project official, site agent, municipal technician, engineering surveyor, quantity technician, designer, laboratory technician,contracts manager, project planner, estimator, quality controller, geotechnical technician. There is ample opportunity toattain job satisfaction and attractive financial rewards. Some past students from this department have senior positions atconsulting engineering firms, construction companies, government bodies, local authorities and industry.4ENQUIRIESEnquiries may be addressed to:The Head of DepartmentCivil EngineeringFaculty of Engineering and TechnologyVaal University of TechnologyPrivate Bag X021VANDERBIJLPARK 1900Tel: (016) 950-9241Fax: (016) 950-9957e-mail: rosaliat@vut.ac.za or georgeo@vut.ac.zaWebsite: www.vut.ac.za11
Department: Electronic EngineeringHIERARCHY OF QUALIFICATIONSDiploma in Electrical Engineering (Electronics)Advanced Diploma in Electrical Engineering (Electronics)Postgraduate Diploma in Electrical Engineering (Electronics)Master of Engineering in Electrical Engineering (Electronics) / Master of Engineering in EnergyEfficiency (MEng Energy Efficiency)Doctor of Engineering in Electrical Engineering (Electronics)1.QUALIFICATIONS1.1Diploma in Electrical Engineering (Electronics)1.1.1Duration of Programme: Three years full-time qualification, 360 credits. Sixty credits are allocated toWorkplace Based Learning which will take place in industry.1.1.2CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1HKCOX1AApplied Communication Skills 1.18EEESK1AEngineering Skills 15EPEEN1AElectrical Engineering 110ASICT1AICT Skills 110AMMAT1AMathematics110APHYS1APhysics 110EESIN1ASocial Intelligence 13ADDITIONAL SUBJECTAAECH1AEngineering Chemistry 110SEMESTER 2HKCOY1AApplied Communication Skills 1.28EICOA2AComputing Applications 27EIDSY1ADigital Systems 110EPEEN2AElectrical Engineering 210AMMAT2AMathematics 210EEELE1AElectronics 110EEWPR1AProjects 17EESPA1ASafety Principles And Law 15Additional Subjects12
EIPRI1AProcess Instrumentation 110APHYT2APhysics 2 (Theory)5APHYP2APhysics 2 (Practical)5AAECH2AEngineering Chemistry 210SEMESTER 3HKCOX2AApplied Communication Skills 2.18EIDSY2ADigital Systems 210EEELE2AElectronics 210EEWPR2AProjects 27EECAD1AElectrical CAD 110AMMAT3AMathematics 310EEECO2AElectronic Communication 210Additional SubjectsEIENP1AEngineering Programming 110BHMAN1AManagement 110EINET1ANetworks 110SEMESTER 4HKCOY2AApplied Communication Skills 2.28EEELEC3AElectronics 310EEWPR3AProjects 38EEDCO2ADigital Communication 210EECAD2AElectrical CAD 210EEMET3AMeasurement Technology 310Choice SubjectsEICSY2AControl Systems 210EIENP2AEngineering Programming 210EIPRI2AProcess Instrumentation 210EINET2ANetworks 210EIDCS1ADigital Control Systems 110SEMESTER 5EEOEL3AOpto-Electronics 310EEWPR4AProjects 48EEMIC3AMicrowave Communication 310EERAD3ARadio Engineering 310EETXR3ATransmission 3 (Radio Frequency)10Additional SubjectsEEPEL4APower Electronics 410EIENP3AEngineering Programming 310SEMESTER 6WBL PlacementEEEXL1AExperiential Learning 1 / WBL 114EEEXL2AExperiential Learning 2 / WBL 216EEPRJ4AEngineering Project 4301.2Advanced Diploma in Electrical Engineering (Electronics)1.2.1Admission Requirements: All applicants must have a Diploma in Electrical Engineering (Electronics) (NQF level 6,360 credits) with the provision of a 60% performance in those diploma subjects that will carry forward into the13
Advanced Diploma in Electrical Engineering (Electronics). Apart from the prescribed qualification, a specifiedperiod of relevant post-qualification practical experience is a prerequisite for registration.1.2.2Duration of Programme: The Advanced Diploma is a one-year full-time course.1.2.3CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1COMPULSARYEEPRO4AElectrical Engineering Project (AD)25EIREM4AEngineering Research Methods (AD)15Choice SubjectsEEAEL4AElectronics 4 (AD)20EERAD4ARadio Engineering 4 (AD)20EIDSP4ADigital Signal Processing 4 (AD)20EISPC4ASignal Processing 4 (AD)20SEMESTER 2COMPULSARYAMAEM4AAdvanced Engineering Mathematics15BHEMN4AEngineering Management10Choice SubjectsEEAMI4AMicrowave Engineering 420EEAOE4AOpto-Electronics 420EESAT4ASatellite Communication 420EICIA4ACircuit Analysis 420EIDCS4ADigital Control Systems 4201.3Postgraduate Diploma in Electrical Engineering (Electronics)1.3.1Admission Requirements: Students who have completed the Advanced Diploma in Electrical Engineeringautomatically qualify for entry into this Postgraduate Diploma in Electrical Engineering. Students who havecompleted another relevant qualification are subjected to an RPL process.1.3.2Duration of Programme: This is a one-year full-time programme.1.3.3CurriculumSUBJECT CODENAME OF SUBJECTCREDITSYEAREEPRO5AEngineering Research Project30SEMESTER 1EEMET5AAdvanced Measurement Technology25EEEMN5AEnergy Management25SEMESTER 2EEMIC5AMicrowave Design25EPEEM5AEnergy Efficiency Management251,4Master of Engineering in Electrical Engineering (Electronics)1.4.1Admission Requirements: A BEng degree or equivalent level 8 qualification including the Postgraduate Diploma.14
1.4.2Programme Structure: At least 1 year, full-time research, concluded with a Master’s dissertation.1.5Master of Engineering in Energy Efficiency [MEng (Energy Efficiency)]1.5.1Admission Requirements: An appropriate BEng or Advanced Diploma.1.5.2Duration of Programme: One-year full-time or two years part time.1.5.3Curriculum:ModuleEnergy AccountingEconomicsCredits: 20Process EnergyManagementCredits: 25Module Content& Electrical SystemsCredits: 20Renewable Energy Credits: 25 Research ProjectBuilding energy use and economic analysis and life cycle costingBuilding envelopes and insulationEnergy auditingAudit instrumentsCodes standards and protocolsEnergy purchasingEnergy accounting and benchmarkingEnergy rates structuresElectrical systems and electricity managementFan systemsPumps and pump systemsAir systems components management.Heating, ventilating and air conditioningUnderstanding and managing boilers:OperationBoiler componentsBoiler controls and gaugesBoiler fuelsHeat balance for boilersBoiler efficiency and improvementsSteam distribution systems:IntroductionSteam distribution componentsTracer linesWaste heat recoveryImproving the hot water distribution systemCogenerationRate structuresElectrical systemsElectric motors and drivesTariffs and structuresElectrical protection systemsEnergy systems maintenanceControl systems and computersNeed for controlsTypes of controlsManual systemsBasic automatic controlsWeb based building automation systemsRenewable energy sources and water management: Wind generationWater energy systemsGeothermal energySolar energyThermal energy storageHydrogen and Fuel CellsDistributed generation (DG)Economics of DGTechnologiesAnalysing your own facility for DG applicationA case studyResearch Project relating to energy sources and/or watermanagement systems pertaining to:Credits: 90-15Wind generation systems and optimizationWater energy systems and optimizationGeothermal energy systems and optimization
-1.5.4Solar energy systems and optimizationThermal energy storage systems and optimizationHydrogen and Fuel Cell systems and optimizationEnquiries (MEng Energy Efficiency):Prof WJ BekkerTel: (016) 950-9410E-mail: bekkerj@vut.ac.za1.6Doctor of Engineering in Electrical Engineering (Electronics)1.6.1Admission Requirements: A MEng (Electrical Engineering) - Electronics. Ad hoc cases will be treated on merit.1.6.2Duration of Programme: At least two years full-time research, concluded with a Doctoral Thesis.1.6.3Programme Structure: This instructional programme comprises of a thesis only. This qualification is offered atthe Vanderbijlpark campus only.2.ENQUIRIESEnquiries may be addressed to:The Head of Department: Electronic EngineeringFaculty of Engineering and TechnologyVaal University of TechnologyPrivate Bag X021Vanderbijlpark 1900Tel: (016) 950-9416Fax: (016) 950-9796e-mail: willemp@vut.ac.zaWebsite: www.vut.ac.za16
Department: Power EngineeringHIERARCHY OF QUALIFICATIONSDiploma in Electrical Engineering (Power)Advanced Diploma in Electrical Engineering (Power)Postgraduate Diploma in Electrical Engineering (Power)Master of Engineering in Electrical Engineering (Power)Doctor of Engineering in Electrical Engineering (Power)1.QUALIFICATIONS1.1Diploma in Electrical Engineering (Power)1.1.1Duration of Programme: Three years full-time qualification, 360 credits. Sixty credits are allocated toWorkplace Based Learning which will take place in industry.1.1.2CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1HKCOX1AApplied Communication Skills 1.18EEESK1AEngineering Skills 15EPEEN1AElectrical Engineering 110ASICT1AICT Skills 110AMMAT1AMathematics 110APHYS1APhysics 110EESIN1ASocial Intelligence 13SEMESTER 2HKCOY1AApplied Communication Skills 1.28EICOA2AComputing Applications 28EIDSY1ADigital Systems 110EPEEN2AElectrical Engineering 210EEELE1AElectronics 110AMMAT2AMathematics 210EESPA1ASafety Principles And Law 15Choice SubjectsEMEDR1AEngineering Drawing 110APHYT2APhysics 2 Theory517
APHYP2APhysics 2 Practical5SEMESTER 3HKCOX2AApplied Communication Skills 2.18EPEEN3AElectrical Engineering 310EPEMA2AElectrical Machines 210EPSYS2APower Systems 210AMMAT3AMathematics 310EEELE2AElectronics 210Choice Subject (Choose 1)EIDSY2ADigital Systems 210BHMAN1AManagement 110EIPRI1AProcess Instruments 110EMMEC1AMechanics 110SEMESTER 4HKCOY2AApplied Communication Skills 2.28EPSYS3APower Systems 310EEPEL3APower Electronics 310EPAEN2AAlternative Energy 210EPEMA3AElectrical Machines 310EPEEN4AElectrical Engineering 410Choice SubjectEICSY2AControl Systems 210SEMESTER 5EPEPR3AElectrical Protection 310EPAEN3AAlternative Energy 310EPEMA4AElectrical Machines 410EPTXP3ATransmission 310EEPEL4APower Electronics 410EPEMN2AEnergy Management 210Choice SubjectEEELE3AElectronics 310SEMESTER 6WBL PlacementEPEXL1AExperiential Learning 1 / WBL 114EPEXL2AExperiential Learning 2 / WBL 216EPPRJ4AEngineering Project 4301.1.3Government Certificate of Competency (GCC)The Certificate of Competency as a Mechanical and / or Electrical Engineering Technician is issued by the Department ofLabour (Factories) or the Department of Minerals and Energy Affairs (Mines) to a person with the necessary academicdiploma / degree and practical experience and who has passed a qualifying examination. A person with such a certificatemust take responsibility for the operation of a factory or mine where the consumption of electricity exceeds a certain limit.This University is one of a few tertiary institutions accredited to offer Diplomas complying with the requirements foradmission to the GCC examination. This is not a GCC qualification, only a subject package complying with the entryrequirements to the GCC examination.This is for the combination of subjects of the National Diploma and NOT for the Diploma in Engineering.Government Certificate of Competency (GCC) 18Computer & Programming Skills I Electrical Engineering, I
Mathematics I Electrical Engineering II Mathematics II Electrical Engineering III Industrial Electronics II Electrical Machines II Power Electronics III Electrical Machines III Electronics I Electrical Protection III Electronics II Digital Systems I Mechanics I Applied Communication Skills 1.1 Mechanical Engineering Drawing I Applied Communication Skills 1.2 Mechanical Technology I Applied Communication Skills 2.1 Mechanical Technology II Applied Communication Skills 2.2 Mechanical Technology III EDL Design Project III Strength of Materials II Electrical Distribution 3 Strength of Materials IIIGovernment Certificate of Competency Contact Information: Written application for admission to the examination for theCertificate of Competency can be addressed to:Mines & Industries :Department of Minerals & Energy AffairsPrivate Bag X59Pretoria, 0001The written application must also include a letter stating that all the prescribed theoretical requirements have been met.This letter is obtainable from the Department of Power Engineering.1.2Advanced Diploma in Electrical Engineering (Power)1.2.1Admission Requirements: All applicants must have a Diploma in Electrical Engineering (Power) (NQF level 6, 360credits) with the provision of a 60% performance in those diploma subjects that will carry forward into theAdvanced Diploma in Electrical Engineering (Power). Apart from the prescribed qualification, a specified periodof relevant post-qualification practical experience is a prerequisite for registration.1.2.2Duration of Programme: The Advanced Diploma is a one-year full-time course.1.2.3CurriculumSUBJECT CODENAME OF SUBJECTCREDITSSEMESTER 1COMPULSARYEPPRO4AElectrical Engineering Project 425EPREM4AEngineering Research Methods 415EPHVE4AHigh Voltage Engineering 420EPELP4AElectrical Protection 420EPELM4AElectrical Machines 420SEMESTER 2COMPULSARYAMAEM
70% - 79% 6 B 6 2 1 60% - 69% 5 C B 5 1 0 50% - 59% 4 D C 4 0 40% - 49% 3 E D 3 30% - 39% 2 F E 2 0% - 29% 1 G F 0 The academic point score (APS) for the Faculty of Engineering and Tec
Materials Science and Engineering, Mechanical Engineering, Production Engineering, Chemical Engineering, Textile Engineering, Nuclear Engineering, Electrical Engineering, Civil Engineering, other related Engineering discipline Energy Resources Engineering (ERE) The students’ academic background should be: Mechanical Power Engineering, Energy .
2016 national curriculum tests Key stage 2 [BLANK PAGE] This page is intentionally blank. Contents Booklet 2B 3 Booklet 5B 15 Booklet 8C 31 Booklet 9C 47 Booklet 12P 63 Booklet 14P 75. Sene n Bet 2B First name Middle name Last name Date of birth Day Month Year School name 2016 national urriculum ets Key e 2 53208. ST002B June16. 3. Page . 02 of .
Civil Engineering 30 Computer Systems Engineering 32 Engineering Science 34 Electrical and Electronic Engineering 36 Mechanical Engineering 38 Mechatronics Engineering 40 Software Engineering 42 Structural Engineering 44 Course descriptions 46 APPENDIX 84 Find out more 88. 2 Dates to remember 06 Jan Summer School begins 12 Jan Last day to add, change or delete Summer School Courses 01 Feb .
Replacing: ND: Engineering: Electrical Diploma in Engineering Technology in Electrical Engineering (Extended), Replacing: ND: Engineering: Electrical (Extended) Diploma in Engineering Technology in Computer Engineering, Replacing: ND: Engineering: Computer Systems Bachelor of Engineering Technology in Electrical Engineering *New Qualification*
Careers in Engineering Guide the brighter choice. Contents ABOUT LSBU 4–5 BUILDING SERVICES ENGINEERING 6–7 CHEMICAL AND PETROLEUM ENGINEERING 8–9 CIVIL ENGINEERING 10–11 ELECTRICAL AND ELECTRONIC ENGINEERING 12–13 MECHANICAL ENGINEERING 14–15 MECHATRONICS ENGINEERING 16–17 PRODUCT DESIGN ENGINEERING 18–19 An engineering degree is a big challenge to take on. There is no denying .
OLE MISS ENGINEERING RECOMMENDED COURSE SCHEDULES Biomedical engineering Chemical engineering Civil engineering Computer engineering Computer science Electrical engineering General engineering Geological engineering Geology Mechanical engineering Visit engineering.olemiss.edu/advising for full course information.
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