Electrical engineering technology northern college electricity transmission

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The first two years of the Electrical Engineering Technician program is identical to that of this program. Students who want to specialize in electrical technology continue studies an additional year to receive a greater depth of training and knowledge in Protection and Control, Control Systems, Electrical Design, Power Utility Systems and Programmable Logic Controls.

Students receive extensive hands-on instruction in several state-of-the-art laboratories. They learn how to select, design, install, maintain, program and troubleshoot modern industrial, electrical and electronic systems. Graduates from our Technician or Technology programs may obtain certification through the Ontario Association of Certified Engineering Technicians and Technologists (OACETT).

Graduates of the Electrical Engineering Technician Program may choose to continue their studies and complete an additional year in order to obtain a diploma in Electrical Engineering Technology. Graduates of this program may be eligible to enroll in the Electrical Engineering degree program at Lakehead University. Electrical Engineering Technology graduates may have entry into the McMaster Bachelor of Technology Energy Engineering Technologies stream. Visit http://mybtechdegree.ca.

Northern College graduates currently work in positions ranging from apprentice electricians to electrical department superintendents in all industrial sectors including public and private power utilities. Electrical engineering technologists work individually, assist engineers, or supervise other technologists or technicians in the design, construction, testing, installation, repair or marketing of electrical apparatus for electrical utilities, telecommunications and the information technology industries.

Communications I is a practical course designed to help strengthen both oral and written skills. Students will be exposed to a variety of learning methods and communication formats. tgas advisors Emphasis will be placed on the use of appropriate structure, writing conventions and style. Students will also develop discipline-specific documents as well as learn the basics of portfolio assembly and presentation.

Electrical Fundamentals comprises of mostly knowledge as it relates to the understanding of everyday use of Electricity. Laws/physics of electricity are introduced. Theory, formulas, and formula manipulation comprises approximately two thirds of the course, the remaining one-third is hands on in the laboratory to prove the mathematical formulas. A high concentration of theory precedes the actual hands on in the laboratory.

This is a lab-oriented course designed to familiarize the student with the operation, characteristics, maintenance, and the application of different measuring instruments. Equipment studied includes voltmeter (DC and AC), ammeters, recording voltmeters, current transformers, meggers, and oscilloscopes. It is the purpose of this course to provide the technician with a sound knowledge of the concept of measuring and the operation of electrical instruments.

This course introduces students to the installation & design of various residential circuits used in a common household. 66 gas station Also, students will be working on actual installations of basic household circuits and electrical services used in the workplace. Topics include: introduction to the electrical code, symbols, service calculations, & installations, wiring methods, grounding. Prerequisite: EE1206 Electrical Fundamentals.

Electrical Fundamentals comprises of mostly knowledge as it relates to the understanding of the everyday use of Electricity. Laws/physics of electricity are introduced. Theory, formulas, and formula manipulation comprises approximately two thirds of the course, the remaining one-third is hands on in the laboratory to prove the mathematical formulas.

Students may choose a post-secondary course from a program they are working towards or a regular General Arts and Science course as an elective. Notes: Students cannot take post-secondary courses which require prerequisites. Certain programs such as, BSc. electricity usage by appliance Nursing, Law Clerk and others, have predetermined electives. A list of eligible elective courses for these programs will be provided by the program coordinator at the beginning of each semester in which an elective is required.

Topics include a review in complex numbers; three-phase theory ideal transformer, transformer losses and testing methods, special transformers such as distribution transformers, autotransformer, current and potential transformers and three phase transformers. The course is 50% theory and 50% practical. Prerequisite: EE1204 Residential Wiring & Methods; EE2204 Installation Methods – CAD I; MA2104 Mathematics II.

This course is intended to help the students understand the principle operation of many control components and circuits used by industry. This course will provide the students with the basic knowledge required for the plc course being delivered in the winter semester. Students will also wire many industry standard circuits which operate at industry level voltages.

The first part of this course introduces the learner to the fundamentals of computers and how they are networked. Topics include a basic overview of computer/network equipment, networking fundamentals and standards, and network designs. The second part of the course provides the learner with an introduction to computer programming using embedded systems. gas efficient cars under 10000 Topics covered include syntax, variables, equations, data types, loops, conditional statements, logical statements, and ADC interfacing. Prerequisite: IN1953 Computer Applications for Technology.

This course covers topics such as: graphs of trigonometric functions; trigonometric identities and equations; inequalities, the study of analytic geometry including the properties of the straight line, the circle, the parabola and the ellipse. The students will also be introduced to the rate of change and its relation to graphs and the derivative.

This course covers the fundamental principles of operations of DC and AC motors and generators. Topic include: DC generators, DC motors, efficiency and heating of electrical machines, electrical machine maintenance and troubleshooting, three-phase induction motors, synchronous motors and alternator. The course is 50% theory and 50% practical. Prerequisite: EE3114 Electrical Motor Control, EE3033 Three Phase Theory. Prerequisite: EE3033 3-Phase Theory

This is an introductory course in instrumentation and process control. Various transducers and their applications are discussed for temperature, pressure and flow measurements. The basic elements of electrical, thermal liquid flow, gas flow and mechanical system components are introduced. The analog and digital signal conditioning circuits are discussed for data conversion analysis. The basic operation of A/D and D/A is explained. Analog and digital multiplexer and data sample/hold are discussed.

This is a basic course in motor and logic control using both relay logic and PLCs (Programmable Logic Controllers). Ladder and cabling diagrams are developed to meet the logic requirements for a variety of applications. These are then documented, programmed, wired and run using both actual and simulated equipment. Small PLCs with only discrete I/Os and limited capability are used in this course. Prerequisite: EE1034 Digital Circuits and EE3114 Electrical Motor Control

This core course builds a profound understanding of various utility power systems and renewable energy systems used in Ontario. The students will learn the principle operation and components of the generating stations followed by learning the fundamentals of low voltage distribution systems and high voltage distribution system and it’s challenges. Then we look at the cost of electricity and DC transmission systems. Prerequisite: EE3033 Three Phase Circuits.

This is a basic introductory course in Calculus. gas water heater reviews 2013 Students learn the language of calculus and apply the rules to simple engineering problems. The course includes the derivative of algebraic, trigonometric, logarithmic and exponential functions, with applications to minimum and maximum. An introduction to integration, with algebraic functions, is also taught with some basic applications to area under the curve and volumes of revolution.

Satisfactory completion of Technical/Graduate Report is a requirement for graduation. Students develop a primary research project and conduct the work independently outside class hours. They are assigned a faculty advisor from their department. During the Fall semester, students develop the project proposal, complete all required research, tests, measurements, etc., and present the proposal and project schedule. Prerequisite: CM3064 Report Writing or Corequisite CM3035 or CM4102 Report Writing II

This core course develops a profound understanding of the utility power systems. gasco abu dhabi salary The course begins with a review of different types of generation/distribution stations; then the basic understanding of a transmission lines and conductors, an in-depth calculations of resistance inductance, capacitance of medium and long distance transmission lines with all it’s associated losses. Also; we do excessive labs which simulate short distance transmission lines and how it reacts to different types of loads. The course is 50% practical. Prerequisite: EE4103 Power Systems.

The first part of this course provides the student with the basic knowledge necessary to design electrical installations for residential, commercial and industrial establishments. Topics include load estimation and the design consideration of service entrance, feeder and branch circuit, panelboards, grounding, illumination, and socket outlets. Computer programs will be used for cable and lighting fixture design. Canadian Electrical Code will be used as a design reference. In the second part of this course a review of AutoCAD 2010 commands together with more advanced features such as creation of templates, block attributes, text and dimension styles, will be discussed. Students will create their own templates and electrical legends that could be used at different paper space settings. Prerequisite: EE2204 Intallation Methods CAD I.

Students may choose a postsecondary course from a program they are working towards or a regular General Arts and Science course as an elective. Notes: Students cannot take post-secondary courses which require prerequisites. Certain programs such as, BSc. grade 6 science electricity multiple choice test Nursing, Law Clerk and others, have predetermined electives. A list of eligible elective courses for these programs will be provided by the program coordinator at the beginning of each semester in which an elective is required.

This is the first of a two-semester course. Topics include: the communication spectrum, types of modulation transmitter circuits, AM super heterodyne receivers, single sideband transmission, frequency modulation and testing and troubleshooting sections. There will be various lab projects to reinforce the theoretical concepts. Prerequisites: MA4204, Calculus I with a grade of “C”

This course is a continuation of Calculus I. The course expands the concepts of integrals to trigonometric, inverse and exponential functions, and the use of the Table of Integrals. Other topics include Fourier series and the integration of partial fractions. The students will also learn how to solve differential equations using methods of separable variables, Laplace Transforms and 2nd order differential equations (with right side equal to zero). All methods have applications to RLC circuits.

This course is a continuation of the prerequisite course IN5032 Technical / Graduate Report I. During the winter semester, students complete all further development and present the project in an oral presentation and in a written presentation before the given deadline. 850 gas block The project must be presented in accordance with required industrial, engineering, or business standards.Prerequisite: CM5032 Technical Report I

This course covers the operation and applications of an advanced programmable logic controller. The course begins with an introduction to an advanced PLC and its capabilities and applications. Then as the course proceeds, these applications are expanded upon, providing students with skills in applying PLCs to monitor and control devices, such as motors, solenoids, lights, valves, and other output devices both discrete and analog for commercial and industrial establishments. Advanced topics include multiplexing, arithmetic functions, data moves, networking and PID control. The PLCs used in this course are of the more advanced type permitting the operations as explained above. Prerequisite: EE4043 Programmable Logic Controllers I

This course will cover such topics as: classification of data using Excel, x-y graphs, bar graphs and pie charts, organization of data into frequency distributions, calculation of the mean, weighted mean, the median and the mode, variance and standard deviation, calculation of the probabilities for frequency distribution (binomial and normal), estimation of population means, standard deviation and proportions within a given confidence interval, control charts for statistical process control.