School Of Electrical And Electronic Engineering
SCHOOL OF ELECTRICAL AND ELECTRONIC ENGINEERINGELECTRICAL AND ELECTRONIC ENGINEERING INFORMATION ENGINEERING AND MEDIA
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)ONE DEGREE, A WORLD OFOPPORTUNITIESNTU’s School of Electrical and Electronic Engineering (EEE) nurtures students into future-ready engineers and researchers,eager to spark new discoveries in technology and innovation. EEE offers the Electrical and Electronic Engineering, as well as InformationEngineering and Media (IEM) programmes. Our undergraduate programmes strike a balance in providing a holistic curriculum,encompassing major areas in electrical and electronic engineering, as well as cross-disciplinary courses in arts, business andhumanities.A world of opportunities await you at NTU EEE.TOP REASONS TO CHOOSE EEE#4in the World#1andin Asiafor Electrical and ElectronicEngineering by QS WorldUniversity Rankings 2021Myriad experiential learningopportunities such as theDesign & InnovationProject for students to exploreinnovativeand creativesolutions forengineeringchallengesStay ahead of the curvewith our industry-relevantand well-roundedcurriculumGain access to cutting-edgefacilities and mentoring byfaculty and corporate leadersat the corporate laboratories@EEEAcquire practical experiencesthrough robust professionalinternship and attachmentprogrammesBe a global citizen with ourcomprehensive overseasimmersion programmesLearn from internationallyrenowned faculty whoare experts in their fieldsStretch your potential andjoin a student club such asGarage@EEE, a makerspaceand MLDA@EEE,a machine learning anddata analytics clubEnjoy university life withexciting student activities01
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)Today, so much of what we use in the modern worldevery day operates on electricity. From engineeringintelligent transportation to smart healthcare, sustainableenergy and more, you will be the driving force behind theadvancement of technologies in Singapore and the world.Find out more about Electrical and ElectronicEngineering at NTU EEE.ELECTRICAL AND ELECTRONICENGINEERING PROGRAMMESSINGLE DEGREE PROGRAMMEBachelor of Engineering (Electrical and Electronic Engineering)*Work-Study degree programme is also available for the Bachelor of Engineering (Information Engineering and Media).For more information on the Work-Study Degree Programme, please scan the QR code or visit: https://bit.ly/3FzdJqjGo further and stretch your potential with a Second Major, Double Degree programme or a Minor.A2ND MAJORPROGRAMMEBachelor ofEngineering(Electrical andElectronicEngineering)NEWBusinessData AnalyticsEntrepreneurshipSociety andUrban SystemsChoose any 1Choose any 1A DOUBLEDEGREEPROGRAMMEBachelor ofEngineering(Electrical andElectronicEngineering)Bachelorof SocialSciences(Economics)For more information on the Second Majorsand Double Degree programme, please visit:https://bit.ly/3IvrLekA MINORPROGRAMMEBachelor ofEngineering(Electrical ingand many more.There are more than 40 Minors to choose from.For the full list of Minors, please visit:https://bit.ly/3CNv38I* The Bachelor of Engineering (Electrical and Electronic Engineering) programme is accredited by The Institution of Engineers Singapore, the Singapore signatory of the WashingtonAccord, through its Engineering Accreditation Board.CLICK ON THE ICONS TO FIND OUT MORE02
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)MINIMUM SUBJECT REQUIREMENTSIn addition to the general admission requirements set byNTU, applicants must fulfil the following minimum subjectrequirements in the table below.1234For the latest information on the admissionsand minimum subject requirements, pleasevisit: https://bit.ly/3Fp3MLGProgrammeSingaporeCambridge GCE‘A’ LevelInternationalBaccalaureateDiplomaNUS High SchoolDiplomaInternational and OtherQualifications Electrical and ElectronicEngineering Electrical and ElectronicEngineering with aSecond Major in Business/Data Analytics NEW /Entrepreneurship/Society and Urban Systems Double Degree in Electricaland Electronic Engineering andEconomicsH2 Level pass inMathematicsandH2 Level pass inPhysics/Chemistry/Biology/ComputingandH1/‘O’ Level pass inPhysics/equivalent1Mathematics atHigher LevelandPhysics/Chemistry/Biology/ComputerScience at HigherLevelandPhysics at StandardLevel/equivalent2Major CAP of 2.0 inMathematicsandMajor CAP of 2.0 inPhysics/Chemistry/BiologyandOverall CAP of 2.0 inPhysics/equivalent3Mathematics at Senior HighSchool LevelandPhysics/Chemistry/Biology atSenior High School LevelandPhysics at Junior High SchoolLevel/equivalent4H1 Level/‘O’ Level pass in Physics/equivalent is only applicable to applicants who have not read Physics at H2 Level.Physics at Standard Level/equivalent is only applicable to applicants who have not read Physics at Higher Level.Overall CAP of 2.0 in Physics/equivalent is only applicable to applicants who have not majored in Physics.Physics at Junior High School Level is only applicable to applicants who have not read Physics at Senior High School Level.POLYTECHNIC DIPLOMAApplicants with relevant diplomas from one of the local polytechnics may apply for admission. For the list of acceptablelocal diplomas, please visit: https://bit.ly/3EBgl6qCAREER PROSPECTSA Bachelor’s degree from EEE will open up a world of opportunities. Our graduates are highly sought after in fields such as electricalproducts, information and communication, public administration and defence, finance and business, engineering manufacturing andmany more. Some industries EEE graduates can enter include:AVIATIONRolls-Royce, BoeingBIOMEDICAL & HEALTHCAREENGINEERINGGE Healthcare, Siemens AGBANKING & FINANCEDBS Bank, OCBC BankCONTROL & AUTOMATIONMolex, ContinentalCOMPUTER ENGINEERINGIntel, IBMELECTRONIC PRODUCTSApple, SamsungELECTRONICS/SEMICONDUCTORS& IC DESIGNST Electronics,NXP SemiconductorINFORMATION &COMMUNICATIONFacebook, GoogleINTERNET SERVICESAT&T, SingtelMACHINERY & EQUIPMENTSiemens, ContinentalPOWER/CLEAN ENERGYEnergy Market Authority,Singapore PowerPUBLIC ADMINISTRATION/DEFENCEDSTA, HDBMANUFACTURINGNational Instruments,Singapore Technologies03
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)CURRICULUM STRUCTURESINGLE DEGREE IN ELECTRICAL AND ELECTRONIC ENGINEERINGTOTAL ACADEMIC UNITS (AUs): 136-137**Students without H2 level physics will take a physics core module with 4AUs instead of 3 AUs.Year of StudyMajor Requirement (83-84 AUs)Interdisciplinary Collaborative CoreRequirement (32 AUs)Broadening andDeepening Electives(BDE) (21 AUs)Year 1 From Computational Thinking toProgramming An Intro to Engineering & Practices Mathematics I Mathematics II Physics/Physics A Physics Foundation for Electrical &Electronic Engineering EEE Laboratory 1 Digital Electronics Engineers in Society Ethics & Civics in aMulti-Cultural World Healthy Living & Wellbeing Inquiry and Communication inthe Interdisciplinary World Navigating the Digital World BDE 1 Circuit AnalysisSemiconductor FundamentalsEngineering Mathematics IEngineering Mathematics IIAnalog ElectronicsElectrical Devices & MachinesData Structure & AlgorithmsSignal & SystemsIntro to EEE Design & Project Introduction to Data Science andArtificial Intelligence Science & Technology forHumanity Career and EntrepreneurialDevelopment for the FutureWorld Sustainability: Society, Economy& Environment BDE 2 Engineering ElectromagneticsDesign & Innovation Project (DIP)Year 3 Prescribed Elective 1#Year 3 Prescribed Elective 2# Engineering Communication Professional Internship BDE 3 BDE 4 Final Year ProjectDesign Elective 1#Design Elective 2#Technical Prescribed Elective 1#Technical Prescribed Elective 2#Technical Prescribed Elective 3# Acquire basic concepts inmathematics, science andfundamental engineeringprinciples.Year 2 Delve deeper with a balanced mixof core courses in the Electricaland Electronic Engineeringdiscipline.Year 3 & Year 4 The Design and Innovation Project(DIP) allows students to design,develop, construct and testinnovative electronic, electrical orIT prototypes in a group projectenvironment. BDE 5 BDE 6 BDE 7EEE offers 8 specialisations forstudents to acquire deeper andspecialised knowledge.#Students will choose courses depending on the specialisation.SPECIALISATIONSStudents can opt to do a specialisation from one of the following. For more information, please visit:https://bit.ly/3FzCF0NElectrical & Systems EngineeringBiomedicalElectronicsElectricalPower &EnergyIntelligentSystems &ControlEngineeringElectronic EngineeringIntegratedCircuits (IC) DesignMicroelectronics& PhotonicsInfocommunication eringData Intelligence& Processing04
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)COURSE HIGHLIGHTSKeen to learn more about some of the core and MPE courses that Electrical andElectronic Engineering Programme offers? Read on to find out what our DCSuper Seniors (students and alumni who are here to Deconstruct the Courses)have to share about the courses that they have taken.To find out more about the course highlights, please visit: https://bit.ly/3oxEaq4MPEMACHINE LEARNING DESIGNAND APPLICATIONWhat will I learn?ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING Fundamental theories and concepts in artificial intelligence,machine learning and deep neural networksDEEP LEARNING FRAMEWORK AND PROGRAMMING State-of-the-art neural network architectures aswell as deep learning framework, implementation,and programmingWhat skills will I develop?Possible CareersPROBLEM-SOLVINGTEAMWORK Data Scientist Data AnalystOur DC Super Senior Says:This course explains key concepts in machinelearning and guides you in designing machinelearning models to solve real-world problems. At the end of the course, you will have AIhelpers to predict stock prices, or tell you if a picture is a cat or dog.The course covers all the basics of machine learning and jumps quickly to the applicationwhere it gets exciting. When building my own AI applications, I had the chance tosharpen my machine learning knowledge, build my own application and learn goodcoding practices all at the same time.Stella GraciaClass of2021MPEI am currently a software developer at DBS Bank, and this course has taught me thegood coding practices that are useful in my work.WEB APPLICATION DESIGNWhat will I learn?WEB APPLICATION DESIGN AND IMPLEMENTATION Basic architecture of web applications as well as skills andknowledge to design and construct an interactive webapplication or portal for e-commerceWEB APPLICATION DESIGN TOOLS AND PROGRAMMING Some of the latest web design tools and programminglanguages used in building an interactive, client-server-basedweb application for e-commerce05
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)What skills will I develop?PROBLEM-SOLVINGPossible CareersTEAMWORK Software Engineer Web Development Engineer Web Application ProgrammerOur DC Super Senior Says:This is a comprehensive entry-level course on how todesign and build the architecture of a website includingboth UI and database design. I have learnt web application architecture, programming forclient and server side, data access and statement management. In this course, not only did welearn the fundamentals to build a food delivery or online shopping website; we also had theopportunity to implement our own websites.Fang ZiyingClass of2021MPEThis course has enhanced my problem-solving skills which in turn, helped me to ace relatedjob interviews after graduation. In addition, we learnt how to collaborate via online tools suchas GitHub. The varied skillsets and experience obtained have extensively prepared me for mycurrent job scope.ROBOTICS AND AUTOMATIONWhat will I learn?FUNDAMENTAL CONCEPTS IN ROBOTICS Model a robot manipulator with multiple degrees of freedom,plan a task for the robot to perform, design and analyse robotcontrollers to execute the taskWORKING BASIC PRINCIPLES OF ROBOT SENSORS ANDECONOMICS ANALYSIS OF YOUR ROBOT PROJECT IN ACOMPANYWhat skills will I develop?PROBLEM-SOLVINGPossible CareersTRANSDISCIPLINARYTHINKING Robotics/Automation Engineer Intelligent Systems EngineerOur DC Super Senior Says:If you have ever wanted to build one of those fancyrobotic arms that does literally anything from buildingcars to frying eggs in a pan, this course will be an excellent place to start. The course providesconcise, yet detailed content that teaches you how a robot moves, how it sees, how it thinkswhen given a task or problem, and even determine if using a robot is worth the investmentat all.I had the opportunity to partake in a group project to market a robotic arm. Through the manyhours of discussions and research with my fellow teammates, I learnt much about collaboratingwith others to market and present an engineering-related product to an audience.Chua Wei PngClass of2021Till today, I am still applying concepts learnt such as use of rotation matrices and knowledgeof the various sensors. On top of that, I now have a better appreciation towards how roboticsmanipulators work, and the line of thought behind designing an automated process.06
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)Welcome to a world where engineering, art,creativity, and communications come together in anew-age revolution. Join us and be part of the newbreed of infocomm engineers who will create newbreakthroughs for the growing media industry.Find out more about Information Engineeringand Media at NTU EEE.INFORMATION ENGINEERING ANDMEDIA PROGRAMMESSINGLE DEGREE PROGRAMMEBachelor of Engineering (Information Engineering and Media)*The Bachelor of Engineering (Information Engineering and Media) is hosted by the School of Electrical and ElectronicEngineering, and jointly offered with the School of Art, Design and Media, School of Computer Science and Engineering,and Wee Kim Wee School of Communication and Information.Work-Study degree programme is also available for the Bachelor of Engineering (Information Engineering and Media). For moreinformation on the Work-Study Degree Programme, please scan the QR code or visit: https://bit.ly/3FzdJqjGo further and stretch your potential with a Second Major, Double Degree programme or a Minor.A2ND MAJORPROGRAMMEBusinessBachelor ofEngineering(InformationEngineering and Media)Data AnalyticsEntrepreneurshipNEWChoose any 1Choose any 1A DOUBLEDEGREEPROGRAMMEBachelor ofEngineering(InformationEngineeringand Media)Bachelorof SocialSciences(Economics)For more information on the Second Majorsand Double Degree programme, please visit:https://bit.ly/3IvrLekA MINORPROGRAMMEBachelor ofEngineering(InformationEngineeringand Media)BusinessInternationalTradingand many more.There are more than 40 Minors to choose from.For the full list of Minors, please visit:https://bit.ly/3CNv38I* The Bachelor of Engineering (Information Engineering and Media) programme is accredited by The Institution of Engineers Singapore, the Singapore signatory of the WashingtonAccord, through its Engineering Accreditation Board.CLICK ON THE ICONS TO FIND OUT MORE07
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)MINIMUM SUBJECT REQUIREMENTSIn addition to the general admission requirements set byNTU, applicants must fulfil the following minimum subjectrequirements listed in the table below.1234For the latest information on the admissionsand minimum subject requirements, pleasevisit: https://bit.ly/3Fp3MLGProgrammeSingaporeCambridge GCE ‘A’LevelInternationalBaccalaureateDiplomaNUS High SchoolDiplomaInternational and OtherQualifications Information Engineering andMedia Information Engineering andMedia with a Second Major inBusiness/Data Analytics NEW /Entrepreneurship Double Degree in InformationEngineering and Media andEconomicsH2 Level pass inMathematicsandH2 Level pass inPhysics/Chemistry/Biology/ComputingandH1/‘O’ Level pass inPhysics/equivalent1Mathematics atHigher LevelandPhysics/Chemistry/Biology/ComputerScience at HigherLevelandPhysics at StandardLevel/equivalent2Major CAP of 2.0 inMathematicsandMajor CAP of 2.0 inPhysics/Chemistry/BiologyandOverall CAP of 2.0 inPhysics/equivalent3Mathematics at Senior HighSchool LevelandPhysics/Chemistry/Biologyat Senior High School LevelandPhysics at Junior High SchoolLevel/equivalent4H1 Level/‘O’ Level pass in Physics/equivalent is only applicable to applicants who have not read Physics at H2 Level.Physics at Standard Level/equivalent is only applicable to applicants who have not read Physics at Higher Level.Overall CAP of 2.0 in Physics/equivalent is only applicable to applicants who have not majored in Physics.Physics at Junior High School Level is only applicable to applicants who have not read Physics at Senior High School Level.POLYTECHNIC DIPLOMAApplicants with relevant diplomas from one of the local polytechnics may apply for admission. For the list of acceptablelocal diplomas, please visit: https://bit.ly/3EBgl6qCAREER PROSPECTSOur graduates are highly sought after in fields such as advertising and market research, electrical products, finance and business,information and communication, public administration and defence, and many more. They are employed in industries TMEDIAELECTRONIC PRODUCTSDEFENCETELECOMMUNICATIONSRESEARCH &DEVELOPMENTEDUCATIONBANKING & FINANCE/BUSINESS &MANAGEMENTIT COMMUNICATIONSSERVICE &OTHERS08
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)CURRICULUM STRUCTURESINGLE DEGREE IN INFORMATION ENGINEERING AND MEDIATOTAL ACADEMIC UNITS (AUs): 137***Students without H2 level physics will take a physics core module with 4AUs instead of 3 AUs.Major Requirement (87 AUs)ITElectronics/DSPInterdisciplinary CollaborativeCore Requirement (32 AUs)Art & Media(offered by ADM/WKWSCI)Broadening and Deepening Electives(BDE) (18 AUs)PracticalMath/ScienceYear 1 & 2 From ComputationalThinking toProgramming Introduction toData Scienceand ArtificialIntelligence Object-OrientedProgramming Data Structure andAlgorithm SoftwareEngineering Analog Electronics Digital Electronics Signals andSystems Thinking andCommunicatingVisually I Thinking andCommunicatingVisually II Thinking andCommunicatingVisually III Introduction toDesign and Project Mathematics 1 Mathematics 2 Physics EngineeringMathematics I EngineeringMathematics IISoft SkillsYear 3 & Final Year3rd Year Electives Information SecurityFinal Year DesignElectives Web ApplicationDesign EnterpriseNetwork Design Machine LearningDesign andApplicationFinal Year TechnicalElectives Artificial Intelligence(AI) and Data Mining Pattern Recognitionand MachineLearning ComputerArchitecture ComputerNetworking Database Systems MultimediaSystemsAnd many more3rd Year Electives Microprocessors Digital SignalProcessing CommunicationsPrinciplesFinal Year DesignElectives DSP SystemDesign CellularCommunicationSystem DesignFinal Year TechnicalElectives WirelessCommunications Digital andTelecommunicationSystems Embedded Systems Audio SignalProcessing Image Processing Video SignalProcessingAnd many more Major Requirement Interdisciplinary Collaborative Core Requirement Broadening and Deepening ElectivesElectives Interface Design Interactive I Interactive II Web Design andTechnologies Image and SoundProduction Audio in Media Design andInnovation Project ProfessionalInternship Final Year Project Engineers in Society EngineeringCommunication Inquiry andCommunication inthe Inter-disciplinaryWorld Navigating theDigital World Ethics and Civics in aMulti-cultural World Healthy Living andMental Wellbeing Sustainability:Society, Economyand Environment Career andEntrepreneurialDevelopment forThe Future World Science andTechnology forHumanity Broadening andDeepening ElectivesFor more info on the curriculum and Major Prescribed Electives,please visit: https://bit.ly/32rQbp1ADM: School of Art, Design and MediaWKWSCI: Wee Kim Wee School of Communication and Information09
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)STUDENTS' EXPERIENCEFind out more about the Information Engineering and Media (IEM) programme and student life at NTU EEE from our current students.I like how diverse the IEM programme is. This programme offers a variety of coursesfrom different schools, such as the School of Art, Design and Media (ADM), Wee Kim WeeSchool of Communication and Information (WKWSCI), and School of Computer Science andEngineering (SCSE), equipping us with both the technical competencies as well as art andmedia skills.The IEM programme has allowed me to learn a wide range of interesting courses thatcorrelate with one another. For instance, the knowledge from ADM courses have made iteasier for me to understand the designs of a game element or a webpage to make it visuallymore appealing to people. Another highlight of the IEM programme is the learning of atleast 1 programming language per semester such as C programming, Java, Python, C#,MYSQL, PHP, HTML and CSS. I have further developed my soft skills such as communicationand teamwork through these courses.Khoo Kai Yi, ChloeYear 4In summary, my education journey at NTU EEE has been a fun and engaging experience.IEM is a mix of arts and engineering where I can be exposed to many different disciplines.As someone who is passionate in creating art and tinkering, IEM is the true interdisciplinaryexperience I need which I cannot find anywhere else.The Design and Innovation Project (DIP) and Introduction to Design and Project (IDP)courses taught me the ins and outs of developing an Android application. They haveprepared me well for my internship as an Android Engineer at Circles.Life. In addition, thesecourses have also helped me and my team in presenting our idea for the Microsoft ImagineCup 2022 Epic Challenge where we won in the Asia region. I have also participated in othercompetitions such as the Shopee Product & Design Challenge which gave me a preview toproduct management; and the SCDF x IBM- Lifesavers’ Innovation Challenge that introducedme to IoT development. Through participation in different competitions, I have gainedinsights into solving real-world problems.Lee Jia WeiYear 4In short, my experience at NTU EEE has been very fulfilling and rewarding as I had manyopportunities to learn and grow.10
ENGINEERING UNDERGRADUATE PROGRAMMESSchool of Electrical and Electronic Engineering (EEE)EMBARK ON AN EXCITING ANDEXHILARATING JOURNEY WITHUS TODAY.GRADUATIONCareerDevelopmentAttend career fairs,alumni sharing andnetworking sessions,and industry visitsto better preparefor your futurecareer.School ActivitiesMake new friendsand have fun inschool activitiessuch as EEE Day.OverseasExchangeProgrammesBroaden yourhorizons anddevelop globalperspectives.Student ClubsMake the mostof your universitylife and stretch yourpotential by participatingin clubs such as EEE’sGarage @ EEE, MLDA@ EEE and NTU CleanEnergy Club.CompetitionsPut your skillsand knowledgeto test in localand internationalcompetitions.WELCOMETONTU EEECONNECT WITH US! eeestudents@ntu.edu.sg NTUEEEwww.ntu.edu.sg/eeeNTUEEESchool of Electrical and Electronic Engineering (EEE)Nanyang Technological University, Singapore50 Nanyang Avenue, Block S1, Singapore 639798 Tel: 65 6790 6861Information is correct at time of print. For the most updated information, visit www.ntu.edu.sg/eee.
Engineering at NTU EEE. Bachelor of Engineering (Electrical and Electronic Engineering) Business Data Analytics Choose any 1 * The Bachelor of Engineering (Electrical and Electronic Engineering) programme is accredited by The Institution of Engineers Singapore, the Singapore signatory of the Washington Accord, through its Engineering .
Electrical Infrastructure includes an electrical installation, electrical equipment, electrical line or associated equipment for an electrical line. 1.9 Electrical installation As per the Electrical Safety Act 2002 (s15) (a) An electrical installation is a group of items of electrical equipment that—
P100 Partial Plumbing Plan ELECTRICAL E001 Electrical Notes E002 Electrical Symbols E003 Energy Compliance ED100 Electrical Demo Plan E100 Electrical Lighting Plan E200 Electrical Power Plan E300 Electrical One-Line E400 Electrical Schedules The Addenda, if any, are as follows: Number Date Pages . .
69. electronic woodpecker 55 70. fish caller 55 71. electronic raindrops 56 72. pencil lead organ 56 73. electronic motorcycle 57 74. machine gun pulse detector 57 75. electronic siren 58 76. chirping bird 58 77. electronic cat 59 78. electronic bird 59 79. "horror movie" sound effect 60 80. electronic organ 60 81. soundmachinei 61 82.
502020 Electronic and Electrical Equipment 50202010 Electrical Components 50202020 Electronic Equipment: Control and Filter 50202025 Electronic Equipment: Gauges and Meters 50202030 Electronic Equipment: Pollution Control 50202040 Electronic Equipment: Other 502030 General Industrials 50203000 Diversified Industrials 50203010 Paints and Coatings
Electrical and Electronic Technology . Electrical and Electronic Engineering Technology is a programme of study that offers knowledge and skills for work and lifelong learning in various engineering and technology fields. Electrical
The Electrical and Electronic Industry started with light electrical appliances and now includes all electrical appliances, equipment and systems that work with the flick of a switch. Electrical and Electronics vocations cover design, r
and nationally recognized electrical safety related standards and other information. This document was revised to include electrical safety for enclosed electrical and electronic equipment, research and development, and the latest editions of 29CFR 1910 and 1926, National Electrical Code, National Electrical Safety Code, and National Fire .
term “electrical” is used to include electrical, electronic, and communications systems covered by the National Electrical Code (NFPA 70). This publication also summarizes recommended drawing practices for electrical construction drawings. 1.1 Symbols Included This standard is limited to North American symbols for electrical wiring and .
