Chemical EngineeringChemical EngineeringDip; Advanced Dip; PGD; MEng & PhDCivil EngineeringCivil EngineeringDip; Advanced Dip; PGD; MEng, & DEngElectronic EngineeringElectrical Engineering (Electronics)Dip; Advanced Dip; PGD; MEng, & DEngPower EngineeringElectrical Engineering (Power)Dip; Advanced Dip; PGD; MEng & DEngProcess ControlEngineeringElectrical Engineering (Process Control)Dip; Advanced Dip; PGD; MEng & DEngComputer SystemsEngineeringElectrical Engineering(Computer SystemsDip; Advanced Dip; PGD; MEng & DEngIndustrial Engineering &Operations ManagementIndustrial EngineeringDip; Advanced Dip; PGD & MEngOperations ManagementDip; Advanced Dip & PGDMechanical EngineeringMechanical EngineeringDip; Advanced Dip; PGD; MEng & DEngMetallurgical EngineeringMetallurgical EngineeringDip; Advanced Dip; PGD & MEngYour world to a better futureAdditional Information:Bursaries & LoansSport AcademyStudent Counselling & SupportFaculty of Engineering & Technology2021 for 2022Vanderbijlpark
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)NSC PercentagesBONUS POINTSPhysical/NaturalScience and EnglishNSCAchievementScore/RatingSC HGSC SGVUTScoreMaths7AA2BCDEFG8765432036543212110090% - 100%80% - 89%70% - 79%60% - 69%50% - 59%40% - 49%30% - 39%0% - 29%BCDEFThe academic point score (APS) for the Faculty of Engineering and Technology admission requirement is shown in the followingtables for different type of qualifications.Table 2: Diploma programmes in EngineeringCompulsory SubjectsQualificationDiploma:Chemical EngineeringCivil EngineeringElectrical Engineering:· Electronic· Power· Process Control & Computer SystemsIndustrial EngineeringMechanical EngineeringMetallurgical Engineering··Minimum for theDiploma programmeMathematicsPhysical SciencesEnglish Language444Any other 3 subjects with aminimum level of 4, excludingLife Orientation12Total*24*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.All candidates with APS scores from 24 – 29 will berequired 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:Operations ManagementCompulsory SubjectsMinimum for theextended DiplomaprogrammeMathematicsPhysical SciencesEnglish Language434Any other 3 subjects with aminimum level of 4, excludingLife OrientationTotal1223For 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 the Swedish scale.Transfers: Applications from students to transfer from other institutions will be dealt with in terms of the Recognition of Prior Learning andContinuation of Studies policies of VUT.ENGINEERING COUNCIL OF SOUTH AFRICAThe Engineering Council of South Africa (ECSA) audit all the engineering programmes offered at the Vaal University of Technology every four years. ECSAawards an accreditation status to each programme that meets the standard for the award of the qualification. The standards are designed to meet theeducational requirement towards registration as a Candidate or Professional Engineering Technician with ECSA and acceptance as a candidate to writethe examinations for Certificated Engineers (for Diploma in Engineering Programmes) and the educational base required for registration as a Professional Engineering Technologist and/or Certificated Engineer with ECSA (for the Advanced Diploma in Engineering Programmes).
DEPARTMENT: CHEMICAL ENGINEERINGDiploma in Chemical Engineering, Advanced Diploma in Chemical Engineering, Postgraduate Diploma in Chemical EngineeringMaster of Engineering in Chemical EngineeringPhD in Chemical EngineeringDIPLOMA: CHEMICAL ENGINEERINGADVANCED DIPLOMA1.1 Duration of Programme: Three year full-time qualification: Twoand a half years (Five semesters S1 to S5); One semester (6 months)Workplace Based Learning (WBL)1.1.2 CurriculumSEMESTER 1SUBJECT CODE SUBJECTHKCOX1AApplied Communication Skills 1.1AAECH1AEngineering Chemistry 1Engineering Skills 1EEESK1AASICT1AICT Skills 1Mathematics 1AMMAT1APhysics 1APHYS1AEESIN1ASocial Intelligence 1SEMESTER 2SUBJECT CODE SUBJECTApplied Communication Skills 1.2HKCOY2AAAECH2AEngineering Chemistry 2Engineering Drawing 1EMEDR1AEHITC1AIntroduction to Chemical Engineering 1Mathematics 2AMMAT2APhysics 2 (Theory)APHYT2APhysics 2 (Practical)APHYP2ASafety Principles and Law 1EHSPA1ASEMESTER 3SUBJECT CODE SUBJECTHKCOX2AApplied Communication Skills 2.1BHMAN1AManagement 1EHCPI1AChemical Process Industries 1AAECH3AEngineering Chemistry 3EHMEB2AMaterial and Energy Balance 2AMMAT3AMathematics 3EHMPO1AMechanical Operation 1SEMESTER 4SUBJECT CODE SUBJECTHKCOY2AApplied Communication Skills 2.2EHCOA2AComputing Applications 2EHCEL1AChemical Engineering Laboratory 1EHCET2AChemical Eng. Thermodynamics 1EHHMT2AHeat and Mass Transfer 1EHPCO2AProcess Control 1EHPFD2AProcess Fluid Dynamics 1SEMESTER 5SUBJECT CODE SUBJECTEHATH3AApplied Thermodynamics 2EHCPR3AChemical Process DesignEHENE1AEnvironmental Engineering 1EHRTE3AReactor Technology 1EHSEP3ASeparation Processes 1EHCEL2AChemical Engineering Laboratory 2SEMESTER 6SUBJECT CODE SUBJECTEHEXL1AWorkplace Based Learning ITS601.2.1 Admission Requirements: Diploma in Chemical Engineeringor equivalent qualification. All other equivalent qualifications will beconsidered on a case-by-case basis.1.2.2 Duration of Programme: One year full-time qualification, offeredat Vanderbijlpark only.1.2.3 CurriculumYEAR SUBJECTSSUBJECT CODE SUBJECTEHAPD4AAdvanced Process DesignEHRMP4AResearch Methodology and ProjectCREDITS3028SEMESTER 1SUBJECT JECTAdvanced Engineering MathematicsAdvanced Reaction EngineeringAdvanced Fluid MechanicsAdvanced Heat, Mass Transfer and Separation: Mod 1SEMESTER 2SUBJECT CODE SUBJECTEHHMY4AAdvanced Heat, Mass Transfer and Separation: Mod 2EHMAN4AEngineering ManagementEHCEL4AChemical Engineering LaboratoryEHAPC4AAdvanced Process ControlCREDITS117812POSTGRADUATE DIPLOMA1.3.1 Admission Requirements: Advanced Diploma in ChemicalEngineering and equivalent qualification such as BTech in ChemicalEngineering. All other equivalent qualifications will be considered on acase-by-case basis.1.3.2 Duration of Programme: One year full-time qualification, offeredat Vanderbijlpark only.1.3.3 CurriculumSEMESTER 1SUBJECT SUBJECTCODEResearch Project (ChemicalEngineering) *Full YearEHPEEX5A Environmental Engineering I(Chemical Eng)EHPPDX5A Chemical Process Design I(Chemical Eng)Elective Group re15Core15Elective10* Research Project (Chemical Engineering) (Full year)** Elective Group YI *(Elective group Y A or B)
SEMESTER 2SUBJECT SUBJECTCODEEHPEEY5A Environmental Engineering II(Chemical Eng)EHPPDY5A Chemical Process Design II(Chemical Eng)Elective Group YII***1.5.1 Admission Requirements: MEng. (Chemical Engineering) orequivalent. Ad hoc cases will be treated on merit.Core152.Elective10*** Elective Group YII *(Elective group Y A or B)Subject Elective Groups: The learners will first select a group amongpetroleum, mineral processing and bioprocessing. Elective YI and YIImay not come from different groups. The elective group of subjects tobe offered will depend on admission numbers per group (Minimum of20 students).ELECTIVE GROUP ASUBJECT SUBJECTCODEEHPBEX5A Bioprocess Engineering IEHPBEY5A Bioprocess Engineering IIELECTIVE GROUP BSUBJECT SUBJECTCODEEHPPEX5A Petrochemical Engineering IEHPPEY5A Petrochemical Engineering IIPHD IN CHEMICAL MASTER OF ENGINEERING IN CHEMICALENGINEERING1.4.1 Admission Requirements: BEng degree in Chemical Engineeringor Equivalent level 8 qualification including Postgraduate Diploma inChemical Engineering.1.4.2 Duration of Programme: At least 1 year full-time research,concluded with a Master Dissertation.1.5.2 Duration of Programme: At least two years full-time research,concluded with a Doctoral Thesis.WHAT ARE THE FUNCTIONS OF A CHEMICAL ENGINEERINGTECHNICIAN?The qualified Chemical engineer/technician may find himself/herself asa member of an engineering team which may consist of engineers, scientists, artisans, process personnel, technologists and technicians fromother disciplines. Functions may include the commissioning and maintenance of chemical plants, process control, design and development,optimizing of chemical processes, quality control over the products of themanufacturing processes, feasibility studies and a variety of tasks relatedto the chemical process industry.3.CAREER OPPORTUNITIESA profession in the field of Chemical Engineering offers a challenging andexciting career in both the private and public sectors. There is a continuous demand for trained manpower in the field of Chemical Engineering.Job designations may vary from production foremen, area superintendents, line managers and various others within several branches of heavy,light and general types of industries where the services and expertise ofsuch 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: email@example.comWebsite: www.vut.ac.zaDEPARTMENT: CIVIL ENGINEERINGDiploma in Civil Engineering, Advanced Diploma in Civil Engineering, Postgraduate Diploma in Civil EngineeringMaster of Engineering in Civil EngineeringDoctor of Engineering in Civil EngineeringDIPLOMA: CIVIL ENGINEERING1.1 Duration of Programme: This is a three-year course and consistsof five semesters university attendance and one semester WorkplaceBased Learning in industry.1.1.2 CurriculumSEMESTER 1SUBJECT CODE SUBJECTApplied Communication Skills 1.1HKCOX1AICT Skills 1ASICT1AAAECH1AEngineering Chemistry 1Engineering Skills 1EEESK1AAMMAT1AMathematics 1Physics 1APHYS1AEESIN1ASocial Intelligence 1CREDITS81010510103SEMESTER 2SUBJECT P2AAPHYT2AECSPA1ASUBJECTApplied Communication Skills 1.2Applied Mechanics 1Computing Applications 2Engineering Chemistry 2Engineering Drawing 1Mathematics 2Physics 2 – PracticalPhysics 2 - TheorySafety Principles and Law 1CREDITS8107101010555
SEMESTER 3SUBJECT E1AECST2ASEMESTER 4SUBJECT N1AECWEN1ASEMESTER 5SUBJECT N2ASUBJECTApplied Communication Skills 2.1Construction Methods 1Construction Materials 1Engineering Drawing 2Engineering Geology 1Engineering Surveying 1Soil Mechanics 1Theory of Structures 2CREDITS8105101010510SUBJECTApplied Communication Skills 2.2Civil Engineering Management 1Construction Materials 2Elements of Structural Steel and TimberDesign 2Engineering Surveying 2Structural Analysis 3Transportation Engineering 1Water Engineering 1CREDITS810510SUBJECTCivil Engineering Management 2Documentation 1Elements of Reinforced Concrete MasonryDesign 3Fluid Mechanics 2 (Civil)Soil Mechanics 2Structural Analysis 4Transportation Engineering 2SEMESTER 6SUBJECT CODE SUBJECTECEXL1AWorkplace Based NCED DIPLOMA1.2.1 Admission Requirements: A student with relevant qualification onNQF level 6 (min 360 credits) can enter this Advanced Diploma in CivilEngineering or a relevant qualification (e.g. Bachelors in Civil Engineering). The relevant NQF level 6 qualification must be passed with an averageof 65% of all the exit level subjects. All other equivalent qualifications will betreated on an ad hoc basis.1.2.2 Duration of Programme: A one-year full-time course and consistsof two semesters’ university attendance (13 modules) that includes two(2) modules on Civil Engineering Research Methods and Project.1.2.3 CurriculumSEMESTER 1SUBJECT STER 2SUBJECT P4ASUBJECTCivil Engineering MaterialsHighway and Traffic EngineeringStructural AnalysisWater and Wastewater EngineeringEnvironmental StudiesCivil Engineering Research MethodologyCREDITS101010101015SUBJECTEarthworks DesignSteel and Reinforced Concrete DesignRailway EngineeringReticulation DesignBusiness Development in the Civil Engineering EnvironmentManagement Tools and TechniquesCivil Engineering Research ProjectCREDITS10101010101015NB: All subjects/modules are compulsory and must be completed in VUTPOST GRADUATE DIPLOMA1.3.1 Admission Requirements: A student with relevant qualificationon NQF level 7, typically a Bachelor’s Degree, Advanced Diploma or relevant NQF level 7 qualifications can enter this programme. The relevantNQF level 7 qualification must be passed with an average of 65% of all theexit level subjects.1.3.2 Duration of Programme: This is a one-year full-time programme(or a minimum two years part-time programme). Consists of two semesters’ university attendance (8 modules) that includes two (2) modules onCivil Engineering Research Project.1.3.3 CurriculumSEMESTER 1SUBJECT SUBJECTCODEECEEN5A Environmental EngineeringECGTE5A Geotechnical EngineeringECPCM5A Project and Construction ManagementECRPX5A Research Project in Civil Engineering (Module 1)SEMESTER 2SUBJECT SUBJECTCODEECSTE5AStructural EngineeringECTEN5A Transportation EngineeringECWEN5A Water EngineeringECRPY5A Research Project in Civil Engineering (Module 2)CREDITS10201015CREDITS20202025MASTER OF ENGINEERING IN CIVIL ENGINEERING1.4.1 Admission Requirements: A BEng Degree or Equivalent level 8qualification including the Postgraduate Diploma in Civil Engineeringwith an average pass mark of 60% and above. Proof of successful completion of a Vaal University of Technology approved course in ResearchMethodology. Ad hoc cases will be treated on merit.1.4.2 Duration of Programme: The equivalent of 1 year, full-time study.1.4.3 Programme Structure: This programme comprises of a thesisonly.DOCTOR OF ENGINEERING IN CIVIL ENGINEERING1.5.1 Admission Requirements: Master of Engineering in Civil Engineering or Equivalent level 9 qualification. Ad hoc cases will be treatedon merit.1.5.2 Duration of Programme: At least two years full-time research,concluded with a Doctoral Thesis.2.CIVIL ENGINEERING FIELDSFields of study includes but is not limited to transportation, water, structural, geotechnical, construction management and urban engineering.3.CAREER OPPORTUNITIESThe following selections of careers are available:Design Draughtsman, Project Official, Site Agent, Municipal Technician,Engineering Surveyor, Quantity Technician, Designer, Laboratory Technician, Contract Manager, Project Planner, Estimator, Quality Controller ora Geo-technician.4.ENQUIRIESEnquiries 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: firstname.lastname@example.org or email@example.comWebsite: www.vut.ac.za
DEPARTMENT: ELECTRONIC ENGINEERINGDiploma 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 Energy Efficiency (MEng Energy Efficiency)Doctor of Engineering in Electrical Engineering (Electronics)DIPLOMA: ELECTRONIC ENGINEERING1.1 Duration of Programme: Three years full-time qualification, 360credits. Sixty credits are allocated to Workplace Based Learning whichwill take place in industry.1.1.2 CurriculumSEMESTER 1SUBJECT N1AAAECH1ASEMESTER 2SUBJECT R1AEESPA1AEIPRI1AAPHYT2AAPHYP2AAAECH2ASEMESTER 3SUBJECT O2AEIENP1ABHMAN1AEINET1ASEMESTER 4SUBJECT SY2AEIENP2AEIPRI2AEINET2AEIDCS1ASUBJECTApplied Communication Skills 1.1Engineering Skills 1Electrical Engineering 1ICT Skills 1Mathematics1Physics 1Social Intelligence 1ADDITIONAL SUBJECTEngineering Chemistry 1CREDITS85101010103SUBJECTApplied Communication Skills 1.2Computing Applications 2Digital Systems 1Electrical Engineering 2Mathematics 2Electronics 1Projects 1Safety Principles And Law 1ADDITIONAL SUBJECTSProcess Instrumentation 1Physics 2 (Theory)Physics 2 (Practical)Engineering Chemistry 2CREDITS871010101075SUBJECTApplied Communication Skills 2.1Digital Systems 2Electronics 2Projects 2Electrical Cad 1Mathematics 3Electronic Communication 2ADDITIONAL SUBJECTSEngineering Programming 1Management 1Networks 1CREDITS810107101010SUBJECTApplied Communication Skills 2.2Electronics 3Projects 3Digital Communication 2Electrical Cad 2Measurement Technology 3CHOICE SUBJECTSControl Systems 2Engineering Programming 2Process Instrumentation 2Networks 2Digital Control Systems 1CREDITS8108101010101055101010101010101010SEMESTER 5SUBJECT -Electronics 3Projects 4Microwave Communication 3Radio Engineering 3Transmission 3 (Radio Frequency)ADDITIONAL SUBJECTSEEPEL4APower Electronics 4EIENP3AEngineering Programming 3SEMESTER 6 WBL PLACEMENTSUBJECT CODE SUBJECTEEEXL1AWorkplace Based Learning 1EEEXL2AWorkplace Based Learning 2Engineering Project 4EEPRJ4ACREDITS1081010101010CREDITS141630ADVANCED DIPLOMA1.2.1 Admission Requirements: All applicants must have a Diplomain Electrical Engineering (Electronics) with the provision of a 60% performance in those diploma subjects that will carry forward into the Advanced Diploma in Electrical Engineering (Electronics). Apart from theprescribed qualification, a specified period of relevant post-qualificationpractical experience is a prerequisite for registration.1.2.2 Duration of Programme: The Advanced Diploma is a one-year fulltime course.1.2.3 CurriculumSEMESTER 1SUBJECT CODE SUBJECTCOMPULSARYEEPRO4AElectrical Engineering Project (AD)Engineering Research Methods (AD)EIREM4ACHOICE SUBJECTSEEAEL4AElectronics 4 (AD)Radio Engineering 4 (AD)EERAD4AEIDSP4ADigital Signal Processing 4 (AD)EISPC4ASignal Processing 4 (AD)CREDITS251520202020
SEMESTER 2SUBJECT CODE SUBJECTCOMPULSARYAMAEM4AAdvanced Engineering MathematicsBHEMN4AEngineering ManagementCHOICE SUBJECTSEEAMI4AMicrowave Engineering 4Opto-Electronics 4EEAOE4AEESAT4ASatellite Communication 4Circuit Analysis 4EICIA4ADigital Control Systems dits: 20 RenewableEnergyCredits: 25 ResearchProjectCredits: 90 POSTGRADUATE DIPLOMA1.3.1 Admission Requirements: Students who have completed the Advanced Diploma in Electrical Engineering automatically qualify for entryinto this Postgraduate Diploma in Electrical Engineering. Students whohave completed another relevant qualification are subjected to an RPLprocess.1.3.2 Duration of Programme: This is a one-year full-time programme.1.3.3 CurriculumYEARSUBJECT CODEEEPRO5ASEMESTER 1SUBJECT CODEEEMET5AEEEMN5ASEMESTER 2SUBJECT CODEEEMIC5AEPEEM5ASUBJECTEngineering Research ProjectCREDITS30SUBJECTAdvanced Measurement TechnologyEnergy ManagementCREDITS2525SUBJECTMicrowave DesignEnergy Efficiency ManagementCREDITS2525MASTER OF ENGINEERING INELECTRICAL ENGINEERING (ELECTRONICS)1.4.1 Admission Requirements: A BEng degree or equivalent level 8qualification including the Postgraduate Diploma.1.4.2 Programme Structure: At least 1 year, full-time research, concluded with a Master’s dissertation.MASTER OF ENGINEERING INENERGY EFFICIENCY (MENG ENERGY EFFICIENCY)1.5.1 Admission Requirements: An appropriate BEng or AdvancedDiploma.1.5.2 Programme Structure: One-year full-time or two years part time.1.5.3 CurriculumMODULEMODULE CONTENTEnergyAccounting &EconomicsCredits: 20 Process EnergyManagementCredits: 25 Building energy use and economic analysis and lifecycle 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 distributionsystemCogenerationRate 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 watermanagement:Wind generationWater energy systemsGeothermal energySolar energyThermal energy storageHydrogen and Fuel Cells Distributed generation (DG)Economics of DGTechnologiesAnalysing your own facility for DGapplicationA case studyResearch Project relating to energy sources and/orwater management systems pertaining to:Wind generation systems and optimizationWater energy systems and optimizationGeothermal energy systems and optimizationSolar energy systems and optimizationThermal energy storage systems andoptimizationHydrogen and Fuel Cell systems andoptimization1.5.4 Enquiries (MEng Energy Efficiency):Prof WJ BekkerTel: (016) 950-9410E-mail: firstname.lastname@example.orgDOCTOR OF ENGINEERING IN ELECTRICALENGINEERING (ELECTRONICS)1.6.1 Admission Requirements: A MEng. Electrical Engineering (Electronics). Ad hoc cases will be treated on merit.1.6.2 Duration of Programme: At least two years full-time research,concluded with a Doctoral Thesis.1.6.3 Programme Structure: This instructional programme comprisesof a thesis only. This qualification is offered at the Vanderbijlpark campusonly.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: email@example.comWebsite: www.vut.ac.za
DEPARTMENT: POWER ENGINEERINGDiploma 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)DIPLOMA: ELECTRICAL ENGINEERING (POWER)1.1 Duration of Programme: Three years full-time qualification, 360credits. Sixty credits are allocated to Workplace Based Learning whichwill take place in industry.1.1.2 CurriculumSEMESTER 1SUBJECT N1ASEMESTER 2SUBJECT A1AEMEDR1AAPHYT2AAPHYP2ASEMESTER 3SUBJECT Y2ABHMAN1AEIPRI1AEMMEC1ASEMESTER 4SUBJECT Y2ASUBJECTApplied Communication Skills 1.1Engineering Skills 1Electrical Engineering 1ICT Skills 1Mathematics1Physics 1Social Intelligence 1CREDITS85101010103SUBJECTApplied Communication Skills 1.2Computing Applications 2Digital Systems 1Electrical Engineering 2Electronics 1Mathematics 2Safety Principles And Law 1CHOICE SUBJECTSEngineering Drawing 1Physics 2 TheoryPhysics 2 PracticalCREDITS88101010105SUBJECTApplied Communication Skills 2.1Electrical Engineering 3Electrical Machines 2Power Systems 2Mathematics 3Electronics 2CHOICE SUBJECT (CHOOSE 1)Digital Systems 2Management 1Process Instruments 1Mechanics 1CREDITS81010101010SUBJECTApplied Communication Skills 2.2Power Systems 3Power Electronics 3Alternative Energy 2Electrical Machines 3Electrical Engineering 4CHOICE SUBJECTControl Systems 2CREDITS81010101010SEMESTER 5SUBJECT E3ASEMESTER 6SUBJECT CODEEPEXL1AEPEXL2AEPPRJ4ASUBJECTElectrical Protection 3Alternative Energy 3Electrical Machines 4Transmission 3Power Electronics 4Energy Management 2CHOICE SUBJECTElectronics 3CREDITS101010101010SUBJECTWorkplace Based Learning 1Workplace Based Learning 2Engineering Project 4CREDITS141630101.1.3 Government Certificate of Competency (GCC)The Certificate of Competency as a Mechanical and / or Electrical Engineering Technician is issued by the Department of Labour (Factories) orthe Department of Minerals and Energy Affairs (Mines) to a person withthe necessary academic diploma / degree and practical experience andwho has passed a qualifying examination. A person with such a certificatemust take responsibility for the operation of a factory or mine where theconsumption of electricity exceeds a certain limit.This University is one of a few tertiary institutions accredited to offer Diplomas complying with the requirements for admission to the GCC examination. This is not a GCC qualification, only a subject package complyingwith the entry requirements to the GCC examination.This is for the combination of subjects of the National Diploma and NOTfor the Diploma in Engineering.1055GOVERNMENT CERTIFICATE OF COMPETENCY (GCC)1010101010 Computer & Programming Skills IMathematics IMathematics IIIndustrial Electronics IIPower Electronics IIIElectronics IElectronics IIMechanics IMechanical EngineeringDrawing IMechanical Technology IMechanical Technology IIMechanical Technology IIIDesign Project IIIElectrical Distribution 3 Electrical Engineering, IElectrical Engineering IIElectrical Engineering IIIElectrical Machines IIElectrical Machines IIIElectrical Protection IIIDigital Systems IApplied Communication Skills 1.1Applied Communication Skills 1.2Applied Communication Skills 2.1Applied Communication Skills 2.2EDLStrength of Materials IIStrength of Materials IIIGovernment Certificate of Competency Contact Information:Written application for admission to the examination for the Certificateof Competency can be addressed to:Mines & IndustriesDepartment of Minerals & Energy AffairsPrivate Bag X59Pretoria, 0001
The written application must also include a letter stating that all the prescribed theoretical requirements have been met. This letter is obtainablefrom the Department of Power Engineering.ADVANCED DIPLOMA1.2.1 Admission Requirements: All applicants must have a Diploma inElectrical Engineering (Power) with the provision of a 60% performancein those diploma subjects that will carry forward into the Advanced Diploma in Electrical Engineering (Power). Apart from the prescribed qualification, a specified period of relevant post-qualification practical experienceis a prerequisite for registration.1.2.2 Duration of Programme: The Advanced Diploma is a one-year fulltime course.1.2.3 CurriculumSEMESTER 1 COMPULSORYSUBJECT CODE SUBJECTEPPRO4AElectrical Engineering Project 4EPREM4AEngineering Research Methods 4High Voltage Engineering 4EPHVE4AEPELP4AElectrical Protection 4EPELM4AElectrical Machines 4SEMESTER 2 COMPULSORYSUBJECT CODE SUBJECTAMAEM4AAdvanced Engineering Mathematics 4BHEMN4AEngineering Management 4Electrical Power Systems 4EPEPS4AEEPOW4APower Electronics 4CREDITS2515202020CREDITS15102020POSTGRADUATE DIPLOMA1.3.1 Admission Requirements: Students who have completed the Advanced Diploma in Electrical Engineering automatically qualify for entryinto this Postgraduate Diploma in Electrical Engineering. Students whohave completed another relevant qualification are subjected to an RPLprocess.1.3.2 Duration of Programme: This is a one-year full-time programme.MASTER OF ENGINEERING INELECTRICAL ENGINEERING (POWER)1.4.1 Admission Requirements: A BEng degree or equivalent level 8qualification including the Postgraduate Diploma.1.4.2 Programme Structure: At least 1 year full-time research, concluded with a Master’s dissertation.DOCTOR OF ENGINEERING IN ELECTRICALENGINEERING (POWER)1.5.1 Admission Requirements: Master of Engineering in ElectricalEngineering (Power). Ad hoc cases will be treated on merit.1.5.2 Duration of Programme: At least two years full-time research,concluded with a Doctoral Thesis.1.5.3 Programme Structure: This instructional programme comprisesof a doctoral thesis only, offered at the Vanderbijlpark campus.2.CAREER OPPORTUNITIES:A successful candidate can pursue a career as a technician in one ofthe following specialisation fields: Electrical Machines; Generation ofElectricity; Electrical Transmission and Distribution, Electrical Protection,Alternative Energy and Energy Management. The specialisation fieldsabove each offer careers in Design and Development and Maintenance.3.ENQUIRIESEnquiries may be addressed to:The Head of Department:Power EngineeringFaculty of Engineering and TechnologyVaal University of TechnologyPrivate Bag X021Vanderbijlpark 1900Tel: (016) 950-9929Fax: (016) 950-9795e-mail: firstname.lastname@example.orgWebsite: www.vut.ac.za1.3.3 CurriculumS
Table 2: Diploma programmes in Engineering Qualification Diploma: Chemical Engineering Civil Engineering Electrical Engineering: · Electronic · Power · Process Control & Computer Systems Industrial Engineering Mechanical Engineering Metallurgical Engineering Compulsory Subjects Mathematics Physical Sciences English Language Any other 3 .
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behringer v-amp pro 19 2 hu 10 cm v-amp pro 8.2 v-amp pro 3 2 v-amp pro 180 ( 120 v) 9 9 8. 11 v-ampire/v-amp pro/v-amp 2 8 iec 8.1 xlr 8.2 6.3 mm 8.3 6.3 mm 8.4 8.3 midi midi 5 din v-amp pro midi midi midi inmidi edit midi out/thru midi out (midi thru) v-amp pro midi midi 8.3.1 midi-sysex v-amp pro edit midi (a ) midi sysex v-amp pro edit
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*
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 .
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HAWG HOLSTERS MODEL LIST Don’t see your firearm? Just ask! We add new models every week. S&W Bodyguard 380 Crimson Trace Laser (green) S&W J-Frame S&W J-Frame .38 Special Snubnose Revolver S&W J-Frame Crimson Trace Laser Grip S&W Ladysmith 3913 S&W M&P 2.0 Compact S&W M&P 2.0 Compact 3.6" S&W M&P 2.0 Compact with LG362 Crimson Trace (red .
J - 70 Amp K - 80 Amp M - 90 Amp N - 100 Amp P - 125 Amp Q - 150 Amp R - 175 Amp S - 200 Amp T - 225 Amp U - 250 Amp V - 300 Amp
J - 70 Amp K - 80 Amp M - 90 Amp N - 100 Amp P - 125 Amp Q - 150 Amp R - 175 Amp S - 200 Amp T - 225 Amp U - 250 Amp V - 300 Amp
Linde V1400 MIG 400 Amp Miller Dimension 652 Amp Linde V160, 600 Amp Miller Dial Arc 250 Amp Linde V1800, 800 Amp Airco DCT 600 Amp Linde V1252, 205 Amp Airco Pulsed Arc 350 Amp Linde Heliarc UCC 305, 300 Amp Hobart MC 500 Amp Lincoln 3R3, 250 Amp Lincoln V350