加拿大北大西洋学院课程描述

AE 22314 Analog Electronics II

This course provides further study of transistor amplifiers, with emphasis on frequency response characteristics. Also included is a study of oscillators and power control using thyristors.

Prerequisite: AE2330

AE 23306 Analog Electronics I

This course will include the description, operation, and application of simple electronic components and their use in linear power supplies, small signal amplifiers, and power amplifiers. An introduction to frequency response is also covered. Design and troubleshooting skills are emphasized.

Prerequisite: MP2140

AE 31304 Active Circuit Applications

The purpose of this course is to provide the learner with an understanding of the operation of integrated circuit amplifier circuits, active filters, and switching power supplies. The theory covered in class will be applied and validated during the laboratory periods.

Prerequisite: AE2330

CE 12104 Basic Communications Networks I

This course introduces learners to the concept of networking using a top-down approach. Throughout this course learners will examine the role and operation of networks including applications, protocols, devices, and media. Learners will also be introduced to wireless networks. This course provides the student with significant practical experience in networking.Upon completion of this course the student should have a reasonable understanding of topics such as how Local Area Networks function, the role of IP addressing, and how data is reliably transported between hosts across the Internet.Learners will be expected to construct a simple network and apply appropriate IP addresses and to configure connectivity between a wireless LAN client and a wireless access point.

CE 22805 Modulation & Encoding

This course is designed to provide learners with a foundation in the fundamental methods of modulating or encoding analog and digital signals for transmission over a modern communication system. The methods for the transmission of analog and digital signals across an analog medium are covered as well as the methods for transmitting analog and digital signals across a baseband digital medium. The impact of noise on these methods is also discussed.

Prerequisite:MA1101 & CI1110

CE 27304 RF Transmission & Antennas

This course provides a comprehensive study of the basic principles of electromagnetic wave propagation as they are applied to transmission lines, waveguides, and antennas with applications in wired and wireless communications systems.

Prerequisite: MA1101, MP2140 OR ET2100 OR ET1151

CE 31105 Wireless Communications Systems

This is an advanced electronic communications course focusing on modern wireless communication systems. It provides a background in radio wave propagation. A systems-level approach to the architecture, design, and operation of VHF and UHF mobile radio systems, cellular telephone systems, microwave and satellite-based communication systems is presented.

Prerequisite: CE2730 & CE2280

CE 32104 Carrier Networks

This course provides the learner with an in depth understanding of how carrier transport networks operate at Layers 1 and 2. Learners will examine how traffic channels are constructed and the protocols used to manage the flow of traffic across a carrier network. Learners will combine theory with practical examples.

Prerequisite: CE2280

CE 33714 Switching & Routing

This course continues the learner's education in IP-based communications. In this course the learner will explore concepts in LAN design, the operation and configuration of LAN switches, virtual Local Area Networks (VLANs), IP routing, and LAN security.

Prerequisite: CE1210

CE 34304 Network Cabling

This course will provide the learner with the necessary skills to design and implement high performance cabling systems.The performance level of the system determines the type of cabling and hardware to be used, the rules to be followed and the type of testing and documentation required to certify performance and trouble-shoot the installation. This course focuses on the physical layer of the OSI Network Model and includes the electrical and mechanical aspects of interfacing to the transmission medium and the impact on performance they may have. This includes analysis of copper cabling,fibre optics, connectors and interconnection hardware, electrical code requirements for installation, performance certification, and documentation best practices.

Prerequisite: CE1210

CE 36504 Unified Communications

This course provides learners with an understanding of unified communications topics such as Voice over IP. Topics include unified communications components and technologies, PSTN architecture, VoIP, protocols and signaling, and unified communications deployment. Upon completion of this course learners may choose to pursue professional certification such as CCNA Voice.

Prerequisite(s): CE3380 & CE3370

CE 3270 WANS & SP Operations

This course provides the learner with an understanding of Wide Area Networks (WANs) and Service Provider (SP) Operations. In this course learners will complete their studies of Internet Protocol (IP) networking and examine the relationship between IP traffic and the carrier networks that transport data. Learners will gain practical experience with SP Operations such as network management and provisioning WAN services.

Prerequisite(s): CE3380 & CE3370

CE33814 Advanced Routing & Switching

This course continues the learner’s education in Internet Protocol (IP)-based communications with the concept of growing an IP network. In this course the learner will be introduced to LAN redundancy, link aggregation, wireless LANs, and advanced routing concepts.

Prerequisite: CE1210

CI 11103 Signals & Measurements

This course will introduce the learner to the fundamental concepts of signals and measurements. Learners in the course will learn how to identify different types of signals, select the appropriate test equipment, take measurements, and interpret and report results.

Prerequisite: ET1101

CI 13103 Electrical/Electronic Fabrication Techniques

This is a practical electrical/electronic course for students entering the primary electrical / electronic technical intersession. This course enables the student to obtain practical knowledge in soldering, wiring, fabrication and proper use of test equipment as related to accepted procedures found in industry.

Prerequisite: ET1101

CM 10605 Essential English I

Essential English I is a Comprehensive Arts and Science (CAS) College Transition course. It is the first of two English courses designed to give students a solid foundation in writing skills and to prepare them for success in subsequent post-secondary studies. Through varied writing assignments and revisions, students will achieve a College level of proficiency in English. Students may also meet the admission requirements for CAS Transfer: College-University and other post-secondary programs through the successful completion of Essential English I and II.

CM 10615 Essential English II

Essential English II is a Comprehensive Arts and Science (CAS) College Transition course. It is the second of two English courses designed to give students a solid foundation in writing skills and to prepare them for success in subsequent post-secondary studies. Through varied writing assignments and revisions, students will achieve a College level of proficiency in English that will assist in meeting the admission requirements for CAS Transfer:College-University and other College programs.

Prerequisite: CM1060

CM 14003 Technical Report Writing I

This is a writing course focusing on expository writings. Basic editing principles are covered and applied to all writing.Selected essays are read and examined as examples of the expository styles to improve critical reading skills, grammar skills, and essay writing.

CM 14013 Technical Report Writing II

This course enhances students’ communication skills including research, documentation, essay-writing, and presentation skills. Selected essays and articles are read, examined, and responded to. Using research provides the opportunity for development of ideas in writing through critical thinking, analysis, synthesis, and evaluation. These skills are necessary for success in current and future college courses, the workplace, and their personal lives.

Prerequisite: CM1400

CM 28003 Oral /Written Communication Skills

This course introduces the student to various forms of written business communications including letters, memoranda,reports, summaries and instructions. Students will conduct research and cite it properly in their writing. Students will give a group presentation and PowerPoint. Also, editing, spelling, grammar, and punctuation are incorporated into the course. In performing specific tasks, the student learns to write effectively.

Prerequisite: CM1401

CT 11503* Introduction to Computer Technology

This course is designed to provide technology students with a working knowledge of computers file management, file design, productivity tools, database logic, and basic programming concepts. The student will use selected productivity software for Databases, Word Processors, Spreadsheets, and Web Browsers.

CT 23004 Applied Programming

This is a course designed to introduce the technology learner to the concepts of problem solving using computer programming. The course will be taught using a high level language such as C or C++. Learners will write programs to solve problems within their related disciplines and will learn the concepts of troubleshooting and problem solving. The course covers the following areas: structured programming concepts, data types, decision statements, loop and iteration procedures, Input/Output procedures, and files.

Prerequisite: MA1101

DP 11104 Digital Systems I (Logic)

This course introduces learners to the field of digital electronics. They will be taught design and diagnosis techniques applicable to digital electronics.

Prerequisite: ET1101

DP 21105 Digital Systems II (Interfacing)

This course provides the learner with knowledge of the hardware and software associated with digital systems and interfacing requirements for communication from a PC to external environments. Advanced FPGA technologies will be used to interface hardware devices. Interfacing using pneumatics will be used to expand the knowledge of interfacing from electronics to mechatronics.

Prerequisite: DP1110 & CT2300

DP 32004 Embedded Controller Applications

The course will reveal why microcontrollers exist in so many products today. It explains the basics in microcontroller design through actual applications and will describe the differences between microcontrollers and microprocessors.Instruction is given in different techniques for making the best use of the microcontrollers’ resources. Hands-on experience is provided in the lab environment.

Prerequisite: CT2300 or CP1250, DP2410

DR 24102 Electronic Computer Aided Design I

This course is designed to give the student a basic knowledge of Printed Circuit Board design techniques required in the electronics industry through the use of AutoCAD, Circuit Maker 2000 and Isopro software. It introduces the student to specific types of drawings required in the electronics industry to include: Block Diagrams, Logic Diagrams and Schematic Diagrams. The Electronic Specific drawings will be done using Circuit Maker 2000 or equivalent Schematic Capture software. A PCB design will be created using the T-Tech Quick Circuit CNC machine and Isopro software.

Prerequisite(s): EG1110, ET2100 or MP2140

EG 11103 Engineering Graphics

This course focuses on basic engineering graphics principles and standards to effectively communicate technical graphical design and also provides the foundation for more advanced engineering graphics concepts. Engineering graphics is the predominant means by which accurate information is communicated within industries pertinent to all engineering technology disciplines. From the simplest in-the-field sketch, to the most advanced 3-D model, each may constitute a legal document.

EG 14303 AutoCAD Essentials

Computer Aided Drafting Software is a tool that enables you to produce engineering drawings more accurately and with greater efficiency. It also facilitates the ability to share files with other software programs. This course is designed in a pedagogical format by presenting the fundamental concepts at the beginning and moving toward the more advanced and specialized features of AutoCAD. It is also designed with the understanding that the student has the engineering graphics fundamentals necessary to apply the AutoCAD software. Applications and examples have an inclination towards many different technology disciplines. Prerequisite: EG1110

ET 11004 ElectrotechnologyⅠ  

This is an introductory course in electrical theory covering the basic concepts of electricity, circuit analysis and magnetism. The laboratory work is designed to develop skills in the construction of electrical circuits, and the use of electrical measuring instruments to reinforce theoretical concepts.

ET 11014 ElectrotechnologyⅡ

This is a continuation of the Electrotechnology course taken in the first semester. It covers the basics of A.C. theory and the application of this to solve circuits containing resistance, capacitance and inductance. An introduction to transformers and polyphase A.C. circuits is also included. Prerequisite(s): ET1100

ET 21505 Advanced Circuit Analysis

In this course, learners will review techniques of differential equations, first order and second order: integral combinations; growth and decay problems; the analysis and solution of source free RL and RC circuits; driven RL and RC circuits using differential integral calculus; sinusoidal analysis; the concept of phasors, and steady state response. The learner will learn mathematical techniques and apply these to the concepts to analyze and solve differential equations. Topics include waveform analysis and synthesis, time domain analysis, solution of differential equations using LaPlace transforms, application of LaPlace transforms to solve electric circuits, and derivation of transfer functions.In addition, the following topics will be covered in this course: Fourier expansion of periodic function, even and odd,Fourier analysis of waveforms and their application to electrical signals, and impulse response. Prerequisite(s): MA 2100 & MP2140

MA 17004 MathematicsⅠ

This is a course in pre-calculus mathematics designed to help alleviate specific weaknesses in student’s mathematical skills and thereby increase their chances for success in other technical courses.

MA 11015 MathematicsⅡ

This is a course designed to prepare students for the study of calculus as well as to familiarize them with the concepts of differentiation necessary for a better understanding of a variety of technology courses. Prerequisite: MA1700; or 70% or more in High School Advanced Mathematics; or High School Advanced Mathematics or Academic Mathematics plus successful completion of a diagnostic testing procedure.

MA 21005 MathematicsⅢ

In this course students will extend their study of topics in differential calculus and will also be introduced to integral calculus. Topics covered will assist students to better understand concepts encountered in other courses. Prerequisite:MA1101

MA 15302 Statistics

This course is designed to introduce the student to the basic principles of statistics with the use of Microsoft Excel.

MP 21404 Circuit Analysis I (Fundamentals of Electrical/Electronic Circuit Theory)

This course covers advanced topics in A.C. and D.C. circuit analysis as well as an introduction to Two Port Networks.It will provide the necessary background for students to enter second year Electrical and Electronics programs.

Prerequisite(s): ET1101, MA1101

PR 2690 Capstone Project I (Seminar)/ PR 26914 Capstone Project II

The capstone project enables the learner completing a Diploma in the Telecommunications Engineering Technology (Co-op) program to demonstrate the application of skills and knowledge developed throughout the program. Learners taking this course will work with minimal supervision on a project, under the guidance of a faculty member. The learner can work independently or in teams of two to carry out an in-depth study of a problem, design or technical application,and fully document and present their findings. At the end of this course, the learner will have completed a proposal of their capstone project that will be completed in the following academic semester of their program.Learners can commence planning for the course prior to the beginning of the final year of studies. Since the project and report are to be prepared through independent study, the assigned hours represent only part of the time that learners are expected to allocate to the course. Regular meetings with a faculty supervisor will be scheduled within the assigned hours and it is mandatory that learners attend these meetings.This course will be delivered to the learners by a technical instructor in collaboration with a communications instructor.

RP 31504 Project Management and Financial Analysis

This course introduces students to the topics of project management and financial analysis, by the introduction of the concepts, tools and techniques of formal project management and financial analysis. Topics include: project management,risk management, project scheduling, concepts of financial management, economic decision making, analysis of alternatives, and depreciation. Students are introduced to the use of project management software. Prerequisite(s):MA1101

SD 1170 Technology AwarenessⅠ

This course (with Technology Awareness II) is designed to raise career awareness levels for engineering technology students by providing information regarding the engineering technology profession. The course will prepare students for the workplace by illustrating how the skills and practices of successful students parallel the skills and practices of successful professionals.

SD 11712 Technology AwarenessⅡ

This course (with Technology Awareness I) is designed to raise career awareness levels for engineering technology students by providing information regarding the engineering technology profession. The course will prepare students for the workplace by illustrating how the skills and practices of successful students parallel the skills and practices of successful professionals. Prerequisite(s): SD1170

以上信息仅供参考，以教务部最新公布为准

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