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Course guide 2 RMIT Course Guide System - HE Part B Course Detail Page of Protection and High Voltage Engineering Part B Course Detail Status Published Version Teaching Period Sem RMIT Course Code EEET RMIT Course Title Protection and High Voltage Enginee

RMIT Course Guide System - HE Part B Course Detail Page of Protection and High Voltage Engineering Part B Course Detail Status Published Version Teaching Period Sem RMIT Course Code EEET RMIT Course Title Protection and High Voltage Engineering School H Electrical Computer Eng Career Postgraduate Campus City Campus Learning Mode Primary Learning Mode Face-to-Face Your primary learning mode in this course is face-to-face which includes lectures tutorials and instructor-guided laboratory work Credit Points Teacher Guided Hours per semester Learner Directed Hours per semester Course Coordinator Dr Peter Graszkiewicz Course Coordinator Phone Course Coordinator Email Course Coordinator Location grasz rmit edu au - - O ?ering Coordinator Dr Peter Graszkiewicz O ?ering Coordinator Phone O ?ering Coordinator Email grasz rmit edu au Additional Sta ? Contact Details Dr Alan Wong for the High Voltage Engineering part of the course alan wong rmit edu au Pre-requisite Courses and Assumed Knowledge and Capabilities Students are required to have passed EEET Electrical Energy Systems Course Description This course explores various aspects of the design and operation of modern power systems The focus will be on the area of Protection in Power Systems and High Voltage Engineering In the laboratory classes you will work with some state-of-the-art equipment used in industry for protection and measurement in power systems Objectives Learning Outcomes Capability Development The course focuses on developing your technical competence and problem solving capability in the area of power system protection high voltage engineering and power systems in general At the conclusion of the course you should be able to Design a simple protection system for a section of a power system such as a feeder a https apps-farm rmit edu au cgs PartBViewHE jsp courseid term c CRMIT Course Guide System - HE Part B Course Detail Page of transformer or a motor Select appropriate hardware for certain applications in power systen protection and high voltage engineering Appreciate the advantages of new technological solutions in new and existing power system installations Overview of Learning Activities By participating in the lectures you will have an opporunity to get familiar with the theoretical principles pertaining to the course topics The lectures will o ?er an explanation of the basic concepts and solutions to some exemplary problems You will be expected to extend your study to include reference resources In the tutorials you will work individually with the assistance of a tutor to solve problems contained in the Tutorial Sheets You will work in small groups in the laboratory on practical assignments prescribed by the Laboratory Instructions Each student will be required to submitt an individual report as apart of each assignment Teaching Schedule The total of hours of tutorial classes in this course will run as follows week - hours week - hours week - hour week - hours week - hours and week - hour The ?rst three tutorials and the ?rst two laboratory assignments concern Power System Protection The remaining tutorials and laboratory assignments concern High Voltage Engineering Laboratory classes will run