Maybe you're looking to gain a business edge? This online course will cover the key aspects of the design, specification and installation of Electric Vehicle Charging Equipment Installation. This course aims to provide learners with a good understanding of the technical requirements for surge protection.

Get an overview of program logistics, what online learning looks like, the application process, and more!

JavaScript seems to be disabled in your browser. This course will look at the requirements detailed in Section 722 of BS 7671:2018+A1:2020 as well as the IET Code of Practice for Electric Vehicle Charging Equipment Installation, 4th Edition. The exam must have been taken within 24 months of anticipated date of entry. *Credit cannot be awarded for ECE 5521 & 5522 if credit for ECE 5520 has been earned. This online course introduces the learner to the different types of cables used in electrical and telecommunications installations including DC applications and in addition provides information on the standards that apply to cables, the fire performance requirements, cable management systems and good cable installation practice that will ensure safe electrical installations. *Credit cannot be awarded for ECE 5521 & 5522 if credit for ECE 5520 has been earned. The program consists of 30 credit hours. WPI's power systems engineering certificate online is perfect for those interested in elevating their career in the power industry.

If you wish to pursue a thesis on campus, it is the student’s responsibility to find an advisor. Eligibility.

Course content is delivered online using web-enabled technology systems. The online master's in Power Systems Management may be just the degree for you. Have you wondered what it’s like to take an online course at WPI? Have additional questions about admissions or master’s in power engineering online program requirements? Power System Engineering By Prof. Debapriya Das | IIT Kharagpur This course is mainly for undergraduate third-year as well as fourth year Electrical Engineering students, which will introduce and explain the fundamental concepts in the field of electrical power system engineering.

All students must comply with Graduate School regulations for continuous registration or must request a leave of absence not to exceed one year. Please check the current course schedule listings. We cover a wide spectrum of engineering specialties. PanGlobal Training Systems publisher of Power Engineering Training Systems learning materials. All requirements for the degree must be completed within six years of enrolling in the first course which appears on the NC State graduate transcript. Interested in gaining a foundation in key disciplines related to power systems engineering like protection and controls and power transmission?

Online learning experience. A full-time graduate student may take 9 credit hours of course work per semester; part-time students typically take 3 or 6 credit hours of coursework per semester.

See Online and Distance Education Tuition and Fees for cost details.

If you work for an organization that is a member of EPCE, you receive a 10% discount on your online WPI tuition. Software used for the power systems engineering master’s degree: Matlab, Advanced Design System (ADS), PowerWorld Simulator, PSIM, PSPICE, Magnetic Finite-element analysis tool, SPICE, OCTAVE, Euler Math Toolbox, SciLab, SIMULINK, LTSPICE IV simulator, Verilog Simulator: ModelSim; Design Environment and Synthesis: Quartus II, version 9, Mathcad, S-Math Studio. Access the latest courses in power engineering here. Students must have an undergraduate degree in electrical engineering from an ABET accredited university with a GPA of 3.0 or higher.

WPI and the Energy Providers Coalition for Education (EPCE) are partners in providing quality online education to the energy industry. The program is also a great option for experienced engineers or those who want to reshape their careers. Take this short survey and help improve the grad-school-research experience for you and your peers.

Risk Management and Decision Making, OBC 505.

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This course provides learners with a good understanding of the technical requirements for surge protection for mains power, instrumentation, control, voice and data circuit installations. Courses are offered at the 5th, 4th, and 3rd Class levels. All prices shown are exclusive of VAT which will be added at checkout.

It is highly recommended that new students enroll in just one course during their first semester. Work with our experts to design the course you need. All prices shown are exclusive of VAT which will be added at checkout. Attend our upcoming info session to be introduced to our Power Systems online graduate programs. Director of Graduate Programs, Department of Electrical & Computer Engineering, Online and Distance Education Tuition and Fees, A bachelor’s degree from an accredited college or university in electrical engineering. Surge Protection to BS EN/IEC 62305 Unit 1: Introduction to atmospheric lightning, its origin and the damages it can cause, Surge Protection to BS EN/IEC 62305 Unit 2: Review of electromagnetism principles, Surge Protection to BS EN/IEC 62305 Unit 3: Introduction to earthing and its importance in lightning and surges, Surge Protection to BS EN/IEC 62305 Unit 4: Introduction to lightning protection zones, Surge Protection to BS EN/IEC 62305 Unit 5: Introduction to risk assessments for lightning and surge protection, Surge Protection to BS EN/IEC 62305 Unit 6: Introduction to risk assessments L1, L2, L3 and L4 concepts, Surge Protection to BS EN/IEC 62305 Unit 7: Introduction to lightning protection system design, Surge Protection to BS EN/IEC 62305 Unit 8: BS 7671 regulations on surge protection (1), Surge Protection to BS EN/IEC 62305 Unit 9: BS 7671 regulations on surge protection (2), Surge Protection to BS EN/IEC 62305 Unit 10: BS 7671 regulations on surge protection (3), Surge Protection to BS EN/IEC 62305 Unit 11: Surge protection for ICT systems and inspection and testing of electrical installations with SPDs, Surge Protection to BS EN/IEC 62305 Unit 12 : Final Assessment, Electrified Heat Unit 2: Fabric and Comfort Considerations, Electrified Heat Unit 3: Electrical Supply Considerations, Electrified Heat Unit 6: Electrified Heating Systems & Key Components, Electrified Heat Unit 7:Domestic Hot Water, Electrified Heat Unit 8: Implementing Electrified Heating Systems, Electrified Heat Unit 10: Final Assessment, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Units 1-2 : Overview of vehicle charging modes and equipment, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 3: BS 7671 requirements for EV Charging Installations, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 4: Issues to overcome with electric vehicle charging installations, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Units 5-6: General arrangements prior to installation commencement, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 7: Earthing arrangements, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 8: TN-C-S (PME) and public TN-S systems, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 9: Electrical separation and whole installation, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 10: TT charge-point conversion options for TN-C-S systems, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 11: Where it might be possible to use TN-C-S to supply charge points, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Units 12-13: Installations for dwellings, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 14: On-street installations, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Units 15-16: Commercial and industrial installations, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 17: Explosive Atmospheres, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 18: Inspection, testing and maintenance requirements, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Units 19-22: Vehicle as Storage, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 23: Integration and SMART Infrastructure, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 24: Wireless Power Transfer (WPT) Installations, Electric Vehicle Charging Equipment Installation to BS7671: 2018 AMD 1 Unit 25: Final Assessment, Cables and Cables Management – An understanding of their construction and use, Cables and Cables Management – An understanding of their construction and use Unit 1: Introduction, Cables and Cables Management – An understanding of their construction and use Unit 2: Electrical Installation Design, Cables and Cables Management – An understanding of their construction and use Unit 3 : Cable Selection, Cables and Cables Management – An understanding of their construction and use Unit 4: Joints Connections and Terminations, Cables and Cables Management – An understanding of their construction and use Unit 5: Cable Fire Performance, Cables and Cables Management – An understanding of their construction and use Unit 6 : Telecommunications Cables, Cables and Cables Management – An understanding of their construction and use Unit 7: Specialist Cables, Cables and Cables Management – An understanding of their construction and use Unit 8: Cable Management Systems, Cables and Cables Management – An understanding of their construction and use Unit 9: Cable Systems Installation, Cables and Cables Management – An understanding of their construction and use Unit 10: Substandard and counterfeit cables, Cables and Cables Management – An understanding of their construction and use Unit 11: Final Assessment, Surge Protection to BS7671 - 18th Edition IET Wiring Regulations, Surge Protection to BS7671 Unit 1: Introduction to Voltage Surge and its Related Phenomena, Surge Protection to BS7671 Unit 2: Transient Step Voltages and Ohm's law, Surge Protection to BS7671 Unit 3: Earthing System Types and Safety Requirements for Earthing, Surge Protection to BS7671 Unit 4: BS 7671 - Layout Plan, Symbols and Definitions, Surge Protection to BS7671 Unit 5: BS 7671 Regulations on Surge Protection - Part A, Surge Protection to BS7671 Unit 6: BS 7671 Regulations on Surge Protection - Part B, Surge Protection to BS7671 Unit 7: BS 7671 Regulations on Surge Protection - Part C, Surge Protection to BS7671 Unit 8: BS 7671 Regulations on Surge Protection - Part D, Surge Protection to BS7671 Unit 9: BS 7671 Regulations on Surge Protection - Part E, Surge Protection to BS7671 Unit 10: BS 7671 Regulations on Surge Protection - Part F: Inspection & testing of Electrical Installations with SPDs, Surge Protection to BS7671 Unit 11: Final Assessment.

The program goal is to provide an education that is directly applicable to a career in industry and is suitable for a new or recent graduate, as well as experienced professionals who want to receive the necessary retraining to change careers.

North Carolina State University is accredited by the Southern Association of Colleges and Schools Commission on Colleges to award the associate, baccalaureate, master's and doctoral degrees. At least 21 total credit hours in ECE with at least 15 credit hours in ECE Power Systems Engineering courses Must include ECE 5500. A thesis is not required. Composed entirely of technical courses, the master’s in power engineering online program brings together a wide variety of analytical and practical subjects, both classical and current, that are necessary for engineering success in today's power industry. You will particularly benefit from this course if you are a recent engineering … Courses include lecture videos, activities and other media, accessed from NC State’s WolfWare website. All courses include use of modeling and each course normally utilizes one specific application.

Questions were answered by online power students Ahvinash Bansi and Benjamin Franco, along with an online programs manager, a student success manager, and Mike Ahern, Dir. In between are a wide range of certifications and courses designed to build foundation skills in electrical engineering, including principles like circuit theory, systems design, and power generation.