CAD_ 226 Computer Aided Design and Drafting
You will be introduced to Computer Assisted Design and Drafting (CADD). You will learn how to produce quality engineering graphics using commercial CADD packages. You will create 2d and 3d drawings including multi-view projections, pictorial illustrations, chassis fabrication layout diagrams, building layout and wiring diagrams.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
ENGE 100 Troubleshooting
You will focus on troubleshooting techniques that apply to many situations and occupations. You will use computer simulation software to draw, simulate, and create ¿what if¿ scenarios for electrical circuits. You will be introduced to various environment and safety regulations.
2.0
Credit Units
32.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
ENGE 121
LABS 123
ENGE 121 Basic Electricity
Your studies will focus on the principles of DC circuits. You will study electricity, current, voltage and resistance; Ohm¿s Law, power and energy; series-parallel circuits, capacitance and inductance; R-C and R-L circuits. Circuit analysis techniques will be stressed throughout the course.
6.0
Credit Units
96.0
Lecture hours
Learning Method(s):
Lecture/Theory
Corequisites:
LABS 123
MAT 122
Equivalent Course(s):
ENGE 120
LABS 123 Basic Electricity Lab
You will become familiar with illustrating and verifying the theoretical concepts covered in the lectures in ENGE 121 (Basic Electricity). You will perform measurements typical of all technologies in the electrical stream.
6.0
Credit Units
96.0
Lab hours
Learning Method(s):
Lab/Practical
Corequisites:
ENGE 121
MAT 122
Equivalent Course(s):
LABS 120
MAT_ 122 Technical Mathematics for Electrical Engineering
Technologies
You will learn basic algebra and trigonometry from the technical perspective. Your studies will focus on electronics standards and specifications, and algebraic and transcendental mathematics that are foundational to the electrical stream of programs and introductory statistics.
6.0
Credit Units
96.0
Lecture hours
Learning Method(s):
Lecture/Theory
PHYS 121 Physics 1
Your studies will focus on the principles of vectors, translational and rotational equilibrium, torques, friction, translational motion, angular motion, work, energy, simple harmonic motion, wave motion, wave mechanics, sound, electric forces, electric fields and electric potential and magnetism.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory, Correspondence
SEM_ 101 Technology Seminars
You will receive an orientation to your program and learn where and how the technician/technologist fits into the workplace and society. You will become familiar with the role of technicians/technologists in society, study and time management skills, increasing diversity in the workplace, principles of sustainability, the impact of technology on society and workplace safety requirements.
1.0
Credit Units
16.0
Lecture hours
Learning Method(s):
Lecture/Theory, Prior Learning
Equivalent Course(s):
ENGM 181
ETHC 183
ORTN 120
TCOM 102 Communication in Technology
Your studies will focus on the basic skills required of the technologist in the workplace. You will examine the communication process and interpersonal and workplace communication techniques. The course content includes technical writing and job search skills.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory, Learn Linc, Prior Learning, Online/Blackboard
Equivalent Course(s):
JOBS 288
JOBS 290
TCOM 120
TMGT 180
COAP 232 Computer Programming
You will explore the use of C++ language with an Object-Oriented Programming (OOP) approach to solve power system problems. Your studies will focus on the fundamentals of program writing using C++ language to analyze and implement an electrical project related to power systems.
4.0
Credit Units
64.0
Other hours
Learning Method(s):
Lecture/Lab, Prior Learning
Equivalent Course(s):
COAP 222
Prerequisites:
TCOM 102 Minimum Grade of 60
DGTL 221 Digital Logic Circuits
You will be introduced to digital logic circuit analysis and design including logic gates, flip-flops, memories, logic arrays, number systems, truth table and Karnaugh maps. You will learn analysis and design techniques applied to various types of combinational and sequential logic circuits.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
ELTR 221
Prerequisites:
ENGE 121 Minimum Grade of 60
and LABS 123 Minimum Grade of 60
ELTR 221 Semi-Conductor Electronics
Your studies will focus on semiconductor diodes, bipolar transistors and field effect transistors. You will design, analyze and discuss the circuit applications of each device in its various configurations.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory
Prerequisites:
ENGE 121 Minimum Grade of 60
and LABS 123 Minimum Grade of 60
and MAT 122 Minimum Grade of 60
ENGE 220 AC Circuits
You will learn the principles and analysis methods of AC single and three phase circuits. You will study AC voltage and current, phasor algebra, reactance, series-parallel circuits, impedance, networks and equivalent circuits. Your studies will also include AC power, resonance, passive filters, motors, Delta-Wye and Wye-Delta transforms, balanced and unbalanced loads.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory
Corequisites:
LABS 221
Prerequisites:
ENGE 121 Minimum Grade of 60
and MAT 122 Minimum Grade of 60
and LABS 123 Minimum Grade of 60
LABS 221 AC Circuits Lab
Your studies will focus on illustrating and verifying the theoretical concepts you learned in ENGE 220 (Electrical Circuits). You will prepare lab reports in an industry-standard format.
3.0
Credit Units
48.0
Lab hours
Learning Method(s):
Lab/Practical
Corequisites:
ENGE 220
Prerequisites:
ENGE 121 Minimum Grade of 60
and MAT 122 Minimum Grade of 60
and LABS 123 Minimum Grade of 60
LABS 222 Semi-Conductor Electronics Lab
You will verify theoretical concepts from ELTR 221 (Semi-Conductor Electronics) by working with electronic circuits commonly found in electronic equipment. You will conduct experiments on semiconductor circuits such as amplifiers.
3.0
Credit Units
48.0
Lab hours
Learning Method(s):
Lab/Practical
Corequisites:
ELTR 221
Prerequisites:
LABS 123 Minimum Grade of 60
MAT_ 223 Calculus 1 for Electrical and Electronics Engineering
Technologies
Your studies will focus on maximum-minimum problems, related rates, areas, mean and RMS. This technical calculus course also includes the rules for differentiation and integration of algebraic and transcendental functions along with their inverses. You will become familiar with determinations, elementary electronic problem solving and other applications of calculus.
5.0
Credit Units
80.0
Lecture hours
Learning Method(s):
Lecture/Theory
Prerequisites:
MAT 122 Minimum Grade of 60
PHYS 222 Physics 2
You will become familiar with magnetism, thermometry and calorimetry, the first and second laws of thermodynamics, linear and curvilinear motion, impulse and momentum, uniform circular motion, simple harmonic motion, waves and sound, and elasticity.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory
Equivalent Course(s):
PHYS 225
Prerequisites:
PHYS 121 Minimum Grade of 60
TCOM 103 Workplace Communication
Building on the skills you developed in TCOM 102 (Communication in Technology), you will apply basic research skills to create workplace documents. Your studies will focus on the workplace skills of creating effective client relations, conducting meetings and giving presentations.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory, Online/Blackboard
Equivalent Course(s):
COMM 181
COMM 190
TCOM 123
TCOM 190
Prerequisites:
TCOM 102 Minimum Grade of 60
COMP 220 Microprocessor Programming
Your studies will focus on microprocessor and microcontroller architecture and programming. Embedded systems (including differences between microprocessor and microcontroller applications) will be emphasized. You will become familiar with processor control signals, address allocation and decoding, I/O port interfacing, memory systems and interfacing, interface standards and troubleshooting.
4.0
Credit Units
64.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
DGTL 221 Minimum Grade of 60
and COAP 232 Minimum Grade of 60
CONS 220 Construction Techniques
You will learn safety codes and practises during the construction of electronic instruments. You will focus on safety and hazardous materials, hand tools, wiring and soldering, chassis fabrication, printed circuit board production and plastic materials. You will also become familiar with printed circuit board (PCB) software to create schematic diagrams and to produce printed circuit board artwork drawings based on the schematic.
4.0
Credit Units
64.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
CAD 226 Minimum Grade of 60
and ENGE 100 Minimum Grade of 60
DGTL 224 Advanced Digital Logic
You will be introduced to digital logic design utilizing Very High-speed Descriptive Language (VHDL) software, Complex Programmable Logic Device (CPLD) and Programmable Array Logic (PAL). The course content includes integrated circuit devices to replace individual digital integrated circuit devices and breadboard wiring.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
DGTL 221 Minimum Grade of 60
ELTR 231 Semi-Conductor Electronics 2
You will study analog circuits, opto-electronics devices and ICs, with emphasis on analog ICs (including OP AMPs, PLLs, 555 timer, voltage regulators and optical isolators). You will design popular electronic circuits.
4.0
Credit Units
64.0
Lecture hours
Learning Method(s):
Lecture/Theory
Corequisites:
LABS 231
MAT 232
Prerequisites:
ELTR 221 Minimum Grade of 60
and ENGE 220 Minimum Grade of 60
and LABS 221 Minimum Grade of 60
and LABS 222 Minimum Grade of 60
and PHYS 222 Minimum Grade of 60
INST 203 Instruments
You will study the operation of measurement instruments. Hands-on exercises will allow you to practice measurement techniques using analog and digital oscilloscopes, transistor curve tracer, frequency counters, spectrum analyzer, logic analyzer and signal sources.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
MAT 232
Prerequisites:
ELTR 221 Minimum Grade of 60
and ENGE 220 Minimum Grade of 60
and LABS 221 Minimum Grade of 60
and LABS 222 Minimum Grade of 60
and MAT 223 Minimum Grade of 60
INTL 226 Electronic Communications
You will explore the fundamentals common to most electronic communications. This includes modern wireless systems, the techniques for modulation, demodulation, multiplexing, de-multiplexing, transmission, repeating and reception. You will analyze circuit and systems for commercial radios, TV systems and modern Pulse Communication systems. You will also explore digital modulation techniques and compare Industry Canada regulations with international standards.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
ELTR 231
LABS 236
MAT 232
Prerequisites:
ELTR 221 Minimum Grade of 60
and ENGE 220 Minimum Grade of 60
LABS 231 Semi-Conductor Electronics 2 Lab
You will verify the theoretical concepts from ELTR 231 (Semi-Conductor Electronics 2). You will also design electronic circuits and experimentally verify their operation.
3.0
Credit Units
48.0
Lab hours
Learning Method(s):
Lab/Practical
Corequisites:
ELTR 231
MAT 232
Prerequisites:
ELTR 221 Minimum Grade of 60
and ENGE 220 Minimum Grade of 60
and LABS 221 Minimum Grade of 60
and LABS 222 Minimum Grade of 60
LABS 236 Electronic Communications Lab
You will become familiar with illustrating and verifying the theoretical concepts covered in the lectures in INTL 226 (Communication Systems). You will design and build electronic equipments such as RF filters, RF amplifiers and RF oscillators. You will apply the knowledge gained in INTL 226 to build communication transmitters, receivers, multiplexers, de-multiplexers and other communication circuits. You will measurement and test pre-made communication circuits.
3.0
Credit Units
48.0
Lab hours
Learning Method(s):
Lab/Practical
Corequisites:
INTL 226
MAT_ 232 Calculus 2 for Electronics Engineering Technology
You will gain an understanding of the basic meanings and mechanics of technical calculus (including multivariate differentiation and electrical problem solving using calculus). Using the Fourier series, your studies will focus on the fundamentals of harmonic analysis and the connection between t-domain and phasor domain analysis. You will also receive an introduction to differential equations as a model of electrical and mechanical systems problem solving.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory
Prerequisites:
MAT 223 Minimum Grade of 60
COMP 244 Embedded Processors
You will investigate embedded microcontrollers and their application to engineering design. You will learn to program them in C++.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
COMP 220 Minimum Grade of 60
and COAP 232 Minimum Grade of 60
INST 204 Virtual Instruments
You will study the basic configuration of a virtual instrument from the transducer to the data acquisition card. Your studies will focus on using software to create virtual instruments for different measurements. You will also use the software to control and interface various test instruments.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
INST 203 Minimum Grade of 60
INTL 224 Wireless Technology
Your studies will focus on wireless technologies such as cellular phone systems and Personal Communication System (PCS) and popular wireless services such as paging, networking, Internet SMS-text message service and email. You will study state- of-the-art equipment, design concepts, modulation schemes, multiplexing/multiple access techniques, speech and channel coding methods and diversity. You will examine international standards for the Americas, Europe and Asian-Pacific regions as well as analyze public data networks.
4.0
Credit Units
60.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
ELTR 231 Minimum Grade of 60
and INTL 226 Minimum Grade of 60
and LABS 236 Minimum Grade of 60
and MAT 232 Minimum Grade of 60
MAT_ 238 Electronics Differential Equations and Transforms
You will study the solutions to first and second order differential equations using transformation methods with applications to physical electrical circuits.
3.0
Credit Units
42.0
Lecture hours
Learning Method(s):
Lecture/Theory
Prerequisites:
MAT 232 Minimum Grade of 60
MGMT 222 Management
You will study management theory and management practices with specific applications to project, economic, human resource and stress management. Training exercises, cases, videos and other materials will help you develop practical management skills.
3.0
Credit Units
44.0
Lecture hours
Learning Method(s):
Lecture/Theory
PROJ 221 Technical Project
You will produce a functioning electronic device that meets industry standards. You will also design artwork used to produce printed circuit boards and for given circuits using printed circuit board CAD. You will etch printed circuit boards from the designed artwork and then appropriately mount all of the components on them. In addition to fabricating a chassis or enclosure for a given application, you will become familiar with WHMIS materials and safety standards. After the finished product is tested for proper operation, you will write a service/operations manual.
6.0
Credit Units
84.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
CONS 220 Minimum Grade of 60
and ELTR 225 Minimum Grade of 60
TCOM 104 Applied Research in Technology
You will develop a technical proposal and apply advanced research skills to a technical problem. You will use the technical problem-solving process in an applied research project and present your research findings in a written report and oral presentation.
2.0
Credit Units
34.0
Lecture hours
Learning Method(s):
Lecture/Theory
Equivalent Course(s):
COMM 115
COMM 182
COMM 290
Prerequisites:
TCOM 103 Minimum Grade of 60
CNTR 226 Control Systems
You will study analog and digital control systems. You will use various tools to analyze and simulate analog systems. You will become familiar with time and frequency domain analysis using LaPlace transforms Bode plots and various types of sensors and data acquisition systems. You will learn how to implement different types of controllers and compensation networks. You will also evaluate system parameters using PID controllers and compensation networks.
4.0
Credit Units
64.0
Lecture hours
Learning Method(s):
Lecture/Theory
Prerequisites:
ELTR 231 Minimum Grade of 60
and MAT 238 Minimum Grade of 60
COHS 221 Network Operating Systems
You will learn how to create, deploy, and manage network services in a multi-vendor network environment using standardized directory services. You will also use asset management software to create, deploy, and maintain client workstations.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
INTL 225
Prerequisites:
COMP 220 Minimum Grade of 60
COMP 223 Digital Signal Processors
You will explore digital signal processors (DSP) and their application to signal analysis and device and waveform control (including the programming of DSPs in C++).
4.0
Credit Units
64.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
COMP 244 Minimum Grade of 60
and MAT 238 Minimum Grade of 60
INTL 225 Data Communications
You will be introduced to the technology of digital communications and networks including small local area networks to international networks as well as data communication standards and protocols. You will become familiar with the latest network technology such as wireless LANs, digital subscriber line (DSL), cable modems, LAN switching and gigabit Ethernet.
3.0
Credit Units
48.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
COHS 221
Prerequisites:
COMP 220 Minimum Grade of 60
and INTL 226 Minimum Grade of 60
INTL 227 Communication Systems
You will learn the technologies for fibre optic systems, optical time domain reflectometry (OTDR), radar, cable TDR, microwave equipment and transmission lines. You will select various types of fibre-optics, microwave and transmission equipment. You will learn proper use of test and measurement equipment as well as analyze important circuits and communication system components.
4.0
Credit Units
64.0
Other hours
Learning Method(s):
Lecture/Lab
Corequisites:
INTL 228
Prerequisites:
INTL 224 Minimum Grade of 60
and INTL 226 Minimum Grade of 60
and LABS 236 Minimum Grade of 60
INTL 228 Advanced Communication Systems
You will learn the technologies for advanced communication systems such as public telephone systems, satellite/microwave communications, Global positioning Systems (GPS) and antennas/antenna-arrays. You will select various telecommunication equipment involved in communication systems. You will also analyze important circuits and communication system components.
3.0
Credit Units
48.0
Lecture hours
Learning Method(s):
Lecture/Theory
Corequisites:
INTL 227
Prerequisites:
INTL 224 Minimum Grade of 60
and INTL 226 Minimum Grade of 60
and LABS 236 Minimum Grade of 60
LABS 237 Control Systems Lab
You will verify theoretical concepts from CNTR 226 (Control Systems). You will conduct experiments with linear control systems such as speed and position control using both analog and digital techniques. You will also describe and model physical components using data acquisition techniques.
3.0
Credit Units
48.0
Lab hours
Learning Method(s):
Lab/Practical
Corequisites:
CNTR 226
Prerequisites:
ELTR 231 Minimum Grade of 60
and INST 204 Minimum Grade of 60
and MAT 238 Minimum Grade of 60
PROJ 230 Applied Research Project
Working with other students in your class, you will choose a technical project. Once your project has been identified you will conceptualize, synthesize, research various designs, identify controlling factors and choose the best design. You will then build and test a prototype. You will practice your project management skills by establishing the critical path as well as estimating the total cost and time required for completion. Your documentation will include a complete parts list, identifying vendors and a written report.
5.0
Credit Units
68.0
Other hours
Learning Method(s):
Lecture/Lab
Prerequisites:
PROJ 221 Minimum Grade of 60
Year 1 - Semester 1 (September to December), Semester 2 (January to April), Work Term (May to August)
Year 2 - Semester 3 (September to December), Work Term (January to April), Semester 4 (May to July)
Year 3 - Work Term (September to December), Semester 5 (January to April)
