PUBLISHED 2024-2025 Credit Catalog
Courses in the School of Transportation
|
|
School of Transportation
ABDY 213 - Workplace Safety
Description
This is a theory course that delivers instruction on safety legislation, climbing, lifting, rigging and hoisting, hazardous materials and fire protection, apprenticeship training program, Alberta’s industry network, interprovincial standards, safety at workplace, regulations that affect the trade, workplace coaching skills, and communication methods.
3 Credits
ABDY 214 - Substrate Preparation
Description
The substrate preparation course discusses the foundations required to perform many of the entry-level auto body repairs. Topics covered include substrate identification, application of fillers, sanding, masking and application of undercoats.
3 Credits
ABDY 215 - Advanced Hand Skills
Description
Advanced Hand Skills covers the theory and practice of auto body repairs. Using safe and environmentally friendly procedures and equipment, you will gain and apply the skills necessary to remove and install body components, perform the final detailing steps for a vehicle, prepare a vehicle for the application of topcoats and undercoats, and repair small dents.
1.5 Credits
ABDY 216 - Components and Detailing
Description
The course introduces the tools and equipment commonly used to perform basic auto body repairs in the industry and explores auto body components, methods used to fasten the components, and the removal and installation procedures.
3 Credits
AERO 200 - Advanced Mapping for RPAS
Description
In this course, you’ll build on your RPAS mapping knowledge to develop advanced data understanding and interpretation skills. You’ll enhance your photogrammetric skills through the derivation of orthophoto mosaics, digital terrain models (DTM), digital elevation models (DEM) and digital surface models (DSM). You’ll also expand your knowledge of surface development by processing LiDAR data, and run comparisons between photogrammetry and LiDAR data to generate additional products such as tree canopy models and volumetric calculations.
1.5 Credits
AERO 201 - Basic Mapping for RPAS
Description
This course introduces you to the mapping process for remotely piloted aerial systems (RPAS). You’ll describe the components of an RPAS, and use specialized software to generate maps to support field operations and create RPAS mission plans. You’ll use global navigation satellite system (GNSS) technology to derive ground control points (GCPs), and you’ll process existing imagery data as well as data you collect during field missions using photogrammetry software.
1.5 Credits
AERO 202 - Beyond Visual Line of Sight Operations (BVLOS)
Description
In this course, you’ll examine the specific regulations and procedures that apply when flying beyond visual line of sight (BVLOS) missions with remotely piloted aircraft. You’ll conduct operational risk assessments (ORA), determine the airworthiness of an aircraft and explore the challenges specific to BVLOS environments. You’ll also complete a Transport Canada application package and get hands-on experience preparing for and conducting your own BVLOS missions.
3 Credits
AERO 203 - Aircraft Wood and Fabric Repair
Description
The student will be introduced to the basic theories and shop practices for aircraft wood and fabric repair/covering. The properties and characteristics of aircraft woods and the application and safety precautions of synthetic resin adhesives will be covered. The properties of various fabrics and fabric testing; fabric and sealer application, including typical repairs and finishing schemes; primers and varnishes will be studied. The care and use of hand and power wood and fabric tools will also be studied.
1.5 Credits
AERO 204 - Aircraft Windows and Lenses
Description
The students will study and practice the care and maintenance of aircraft plastic windows and lenses. This will include damage assessment, repair, bonding, polishing, thermal forming, optical thickness measuring and the safe use of the applicable chemicals and related equipment.
1.5 Credits
AERO 206 - Aircraft Windows and Lenses
Description
In this course, students will practice the care and maintenance of aircraft plastic windows and lenses. This includes performing damage assessments, repair practices, bonding, polishing and thermal forming. They will also measure optical thickness of aircraft windows and study the safe use of applicable chemicals and related equipment.
1.5 Credits
AERO 207 - Aerodynamics for Aircraft Structures
Description
The students will study the gas laws, standard atmosphere, Bernoulli theorem, total and static pressures, true air speed (TAS), indicated air speed (IAS), aero-foils, lift and drag, wings and flaps. Lift and drag coefficients, induced drag, minimum drag and power, gliding, endurance, climb, maneuvers, stability and control, and load factor will also be studied.
1.5 Credits
AERO 208 - Remotely Piloted Aircraft Systems - Professional Flight School
Description
In this course, taken concurrently with RPAS - Professional Operations and Planning, you will use the skills you learn to execute an RPAS mission from planning to completion. As you develop and refine the workflow of a mission, you’ll get hands-on experience in RPAS operations, including multi-rotor and fixed-wing RPAS, under the guidance of experienced operators. Topics include mission planning, dispatch, on-site assessments, operational flight skills, data collection, and post-flight operations. You’ll also learn how to respond to emergency situations. At the end of the course, you will complete Remotely Piloted Aircraft Systems - Flight Reviewer based on Transport Canada’s requirements, which allows you to obtain the Pilot Certificate for Small Remotely Piloted Aircraft Systems (VLOS)-Advanced Operations.
3 Credits
Corequisites
AERO 209 - RPAS System Servicing
Description
In this course, you’ll build on the skills you learned in ground school and flight school training by focusing on the mechanics and technology of the remotely piloted aircraft itself. As well as assembling a multi-rotor RPA, you’ll configure, test fly and troubleshoot it to validate its flight performance. You’ll also conduct maintenance and servicing tasks on larger RPAS airframes and engines to ensure they are ready for flight. This will include various internal combustion engines, and both fixed wing and helicopter airframes.
3 Credits
AERO 211 - Aircraft Wood and Fabric Repair
Description
Students will be introduced to basic theories and shop practices for finishing and repairing aircraft wood and fabric coverings. Characteristics of aircraft woods as well as the safety precautions for using synthetic resin adhesives will be discussed. Properties of various fabrics will be explored and fabric testing performed as students work with fabric and sealer application, study primers and varnishes, as well as practice typical repairs and finishing schemes. The care and use of hand tools and power tools for wood and fabrics will also be addressed.
3 Credits
AERO 212 - RPAS - Professional Operations and Planning
Description
This remotely piloted aircraft systems (RPAS) course gives you the professional skills to plan, conduct and complete complex RPAS operations within Canadian airspace. Current and prospective RPAS pilots will learn effective and safe operations that incorporate important mandatory knowledge requirements. You’ll explore a range of topics including Canadian regulations and best practices, site assessments, meteorology and dispatch. You’ll also examine pre-flight, flight operations and post-flight activities and emergency procedures. Finally, the information presented in this course will prepare you to challenge Industry Canada’s Radiotelephone Restricted Operator Certificate-Aeronautical (ROC-A) and TC RPAS Small Advanced exam required by CAR Part IX.
3 Credits
AERO 213 - Aviation Regulatory Management
Description
This preparatory level course introduces students to the effect of human factors in aviation by highlighting aircraft maintenance errors and mitigation efforts to prevent such errors. Students will use aircraft documents for recordkeeping and track maintenance activities in logbooks, allowing them to incorporate paperwork processes into their work routine. Building increased awareness of human factors in aircraft incidences provides the opportunity to prevent errors by adopting safety precautions that mitigate risk.
1.5 Credits
AERO 214 - Introduction to Aircraft Structures
Description
This course introduces the broad aspects of aircraft assembly, from descriptions of the woods, fabric coverings and metals used in aircraft structure to an overview of nondestructive testing (NDT) methods used in industry and the impact of corrosion on aircraft. Students will interpret technical material from manuals and service bulletins for specific tasks and explore a variety of aircraft drawings, interpreting the technical information and using a production drawing to identifying material requirements.
3 Credits
AERO 215 - Introduction to Basic Aircraft Systems
Description
In this wide-ranging course, students will study and practice the care and maintenance of basic aircraft systems. This includes systems addressing ventilation, heating, pressurization, air conditioning, oxygen, fire protection, ice and rain, hydraulics and fuel. They will be introduced to theories that inform air flight, including gas laws, standard atmosphere, Bernoulli’s theorem, true air speed and indicated air speed. Students will receive an overview of the principles behind the reciprocating piston and turbine engine including pure jet and turboprop. They will explore plastic windows and lenses - from repairs and damage assessments to the safe use of applicable chemicals and related equipment.
3 Credits
AERO 220 - Aerodynamics
Description
This course will give the student a basic knowledge of aircraft aerodynamics and flight. The topics covered will be the properties of air, indicated and true airspeeds, lift and drag, flight controls, special lift and drag control surfaces and thrust. Aircraft performance, stability and control, load factor, supersonic flight and the principles of helicopter flight will also be examined. The student will have an opportunity in the laboratory to observe, adjust, and do calculations on the lift and drag of an actual model aircraft and airfoils in the wind and smoke tunnels.
1.5 Credits
AERO 300 - Interpretation of Aircraft Drawings
Description
The student will be given an overview of engineering drawings used in the aviation industry along with methods for their interpretation and their typical application. Students will examine the content and structure of production and post-production drawings. Students will examine various illustration methods to enable them to accomplish some basic sketching.
1.5 Credits
AMAT 201 - Trade Calculations
Description
While operating a crane the student will be required to calculate safe load weights, conversions of area and volumes as well as the ability to determine weight based off material. This course will give them the theory and practical experience to be successful.
1.5 Credits
AMAT 202 - Workplace Safety
Description
In this course, students will learn about safety legislation, regulations and industry standards including specifics on codes and regulations, climbing, lifting, rigging, hoisting, hazardous materials and fire protection. Students will be identifying and describing the structural and operational characteristics of mobile cranes. The student will be able to identify the responsibility of each person regarding operating procedures for a lift, including the identification of weights of loads using available means.
1.5 Credits
AMEC 201 - Crane Theory
Description
This course provides you with the basic mechanical and hydraulic principles for mobile cranes. You will learn the fundamentals of diesel power and hydraulic circuits and how to apply these fundamentals to a mobile crane.
1.5 Credits
AMEC 202 - Load Charts
Description
In this course you will learn to interpret load charts to safely operate a mobile crane. The student will understand the basic terms and conditions of the load charts as well as the various capacities of the jibs and boom extensions.
1.5 Credits
AMEC 204 - Crane Rigging Theory
Description
In this course students will be describing and demonstrating the proper use of rigging and rigging equipment. The student will be able to describe the construction type’s functions of wire rope as well as the proper use and application of reeving and lacing.
1.5 Credits
AMEC 206 - Boom Trucks and Cranes
Description
In this course, students will be working with types of boom trucks and mobile cranes along with their respective components. Students will understand the maintenance required for hoisting equipment. Students will be describing and demonstrating the proper use of rigging and rigging equipment. Students will be able to describe the construction type’s functions of wire rope, as well as the proper use and application of reeving and lacing.
3 Credits
AMEC 207 - Rigging Equipment and Procedures
Description
In this course, students will be in a practical lab where they will demonstrate the correct use of outriggers and leveling procedures for a crane. Students will learn about the types of slings, rigging hardware and accessories, rigging calculations and procedures. The student will demonstrate proficiency in crane operations for load measurement, total load as well as show the ability to follow standard crane hand signals and operate the equipment in a safe, smooth and controlled manner.
1.5 Credits
ARCP 210 - Reciprocating Engine Fundamentals Theory
Description
In Reciprocating Engine Fundamentals the learner will gain the knowledge required to maintain a reciprocating engine. The learner will also study the operation of engine accessories such as a carburetor, a fuel injection system and a magneto.
3 Credits
ARCP 215 - Reciprocating Engine Fundamentals Lab
Description
In Reciprocating Engine Fundamentals the learner will gain the practical skills required to maintain a reciprocating engine. The learner will also study the operation of engine accessories such as a carburetor, a fuel injection system and a magneto.
3 Credits
AREG 250 - Introduction to Canadian Aviation Regulatory Requirements
Description
Canadian Aviation Regulations (CARs) are the regulations and standards for the aircraft industry in Canada. This course provides the learner with a basic understanding of the CARs system as an introduction to accessing and navigating within CARs. The learner will use computer-based learning and classroom theory to develop the skills they will need for using the CARs in a workplace environment.
1.5 Credits
ASYS 220 - Aircraft Systems Theory
Description
The students study the mechanical elements of the aircraft. Airframe components, flight controls and propellers are explained and types of aircraft construction are studied. Topics also include metallurgy and sheet metal, aircraft servicing procedures, weight and balance, wheels and brakes and anti-skid systems. Aircraft systems such as hydraulics, ice protection and propellers are also studied.
1.5 Credits
ASYS 225 - Aircraft Systems Laboratory
Description
The students will be given hands-on applications with aircraft electrical and mechanical systems, as well as practical training in ground handling of aircraft.
1.5 Credits
ASYS 245 - Aircraft Systems I
Description
Aircraft Systems I introduces basic aerodynamics as it pertains to fixed wing aircraft, beginning with the control, stability and performance of aircraft in flight. The learner will design and build a section of wing and test their work in a wind tunnel defining the effects of lift and drag. The principles of hydraulic fluid and the characteristics of aviation fuels required for aircraft operations are also explored, along with the basics of aircraft landing gear design and aircraft door and window systems.
3 Credits
ASYS 306 - Airframe Systems Theory
Description
The student will study systems that include ventilation, heating, pressurization, air conditioning, oxygen, fire protection , ice and rain, water and waste, hydraulics and fuel systems.
1.5 Credits
ASYS 307 - Electrical System Interfacing and Installation Theory
Description
In this course, you’ll examine key topics in aircraft electrical systems, their installation and their interfaces. You’ll examine the operation and maintenance of AC and DC motors, generators and control systems, as well as transformers and alternate power systems. You’ll also investigate the operation of aircraft busing systems, landing gear, circuit components and lighting systems, and you’ll interpret electrical system schematic diagrams and installation manuals. This course prepares you with the theoretical knowledge required to install and physically interface aircraft components.
3 Credits
Prerequisites
ASYS 310 - Aircraft Navigation Systems
Description
This is a detailed study of the operation and interconnection, to a block diagram level, of the avionics navigation systems found in a modern aircraft. Standard signal format and testing procedures, as well as troubleshooting techniques, are examined with reference to practical applications.
1.5 Credits
Prerequisites
- ELTR 259
- ELTR 260
- DIGI 235
- DIGI 236
ASYS 340 - Aircraft Systems II
Description
Aircraft Systems II explores the design, function, operation and maintenance of airframe systems from small to large aircraft. The foundation to operate and maintain various aircraft systems is provided.
3 Credits
ASYS 351 - Electrical Interface II Laboratory
Description
The students will conduct laboratory exercises build skill in aircraft wiring and the interconnection of switches, relays and transformers. Three phase motors are connected, and interface problems are solved.
1.5 Credits
AVTR 315 - Aircraft Technical Records
Description
Aviation Technical Records is an introduction to systems of documentation and record keeping used in aircraft maintenance. The learner will make entries in aircraft journey logs and technical logs. The learner will be required to access and use the rules and regulations found in the Canadian Aviation Regulations, as well as various aircraft manufacturer’s Instruction for Continued Airworthiness.
1.5 Credits
AVTR 353 - Introduction to Technical Records
Description
This introduction to basic aircraft record keeping will allow students to practice record keeping using maintenance documents as well as government and manufacturers’ publications.
1.5 Credits
CMPH 365 - Aircraft Computers
Description
The course starts with a brief overview of the operation of microprocessor or microcontroller. The student then studies the different computers on board a modern aircraft. Glass cockpit concepts are examined, together with aircraft data busses.
1.5 Credits
CNTR 360 - AutoPilot and Control Systems
Description
This course involves a detailed study of the application of control systems theory to avionics. Basic position control systems are studied in relation to the operation of compass systems, radar stabilization and automatic flight control.
1.5 Credits
Prerequisites
DATA 310 - Aircraft Instruments
Description
The student will study pitot-static instrumentation, gyroscopic principles and gyrodirection indicators. Tachometers, temperature indicators, pressure and quantity gauges and remote indicators are also studied.
1.5 Credits
DFTG 250 - Aircraft Electrical Drawing I
Description
This course is a study of aircraft electrical blueprints through the use of CAD software. Topics to be studied include: ANSI Y32.2 specifications, title blocks, list of materials, notes, sheet sizes, drawing area, lines and electrical symbols. Common AutoCad commands will be utilized by the student to reinforce drafting and avionic design concepts with emphasis on schematic interpretation and comprehension of aircraft electrical systems.
1.5 Credits
DFTG 305 - Aircraft Electrical Drawing II
Description
CAD software will be used to study advanced aircraft electrical and avionic systems. Topics to be studied include: fixed and rotary wing schematic diagrams, instrument panel layout and wiring interface, avionic installation cost analysis, aircraft avionic modifications, and domestic and foreign aircraft blueprint interpretation. All completed drawings will be based on ANSIY32.2 and Air Transport Association specification 100.
1.5 Credits
Prerequisites
DIGI 235 - Digital I Theory
Description
Topics include circuit operation of basic combinational logic gates and how they apply to Boolean postulates and theorems. Sequential synchronous and asynchronous circuits, flip/flops, and other devices are studied from a practical aircraft perspective and lead into the computer circuitry of memories, counters and registers.
3 Credits
Prerequisites
DIGI 236 - Digital I Lab
Description
The laboratory program provides practical hands-on application of the concepts and theories discovered in Digital theory. The correct use of digital specific test equipment is practiced.
1.5 Credits
EFAB 340 - Avionics System Installation
Description
A typical light aircraft avionics system is installed in a simulated aircraft radio console. The student fabricates the wiring harness and is responsible for the installation of all wiring and hardware and its conformity to aircraft standards. The student performs function checks and troubleshoots the system to ensure that it is operational.
1.5 Credits
Prerequisites
- ASYS 310
- ASYS 307
- ELCM 355
ELCM 250 - Electronic Communications Theory
Description
This course provides a solid, fundamental background in communication concepts for students in a diverse range of electronic technologies. It provides the basic concepts required for further studies in the areas of analog and digital transmission, radio and data communications. Major topics include transmission media, amplitude modulation (AM), transmission and reception and frequency modulation (FM).
1.5 Credits
ELCM 348 - Communications Systems II Laboratory
Description
The students assemble an AM radio by soldering components to a printed circuit board and perform tests as they progress. The students will also perform tests on aircraft communications radios and microwave transmission lines. Specialized measurement techniques on oscilloscopes, signal analyzing equipment and special purpose test equipment will be practiced.
3 Credits
Prerequisites
- ELTR 259
- ELTR 260
- STDP 283
ELCM 349 - Communications Systems ll Theory
Description
The students will conduct an in-depth study of communications systems applied to aircraft applications including HF, VHF and UHF airborne transceivers. ELT is discussed in the general and commercial aviation environments. Topics also covered are transmission lines and wave guides used in microwave systems and their application to Weather Radar. Considerations for aircraft antenna types, location, mounting and their transmission lines are investigated. The use of standard instrumentation such as the oscilloscope, Megger, power meters and signal, analyzing equipment will be studied.
3 Credits
Prerequisites
ELCM 355 - Avionics Systems Intro Theory
Description
The students learn the interaction of the aircraft avionics systems. Electrical distribution, intercom, audio integration, communications and navigation systems are studied to a fundamental Ramp Check level.
1.5 Credits
ELCM 356 - Avionics Systems Introduction Lab
Description
In this course you will apply the learnings of ELCM 355 - Avionics Systems Intro Theory. This lab component will have students complete multiple functional checks and tests to avionics equipment using manufacturer’s instructions while adhering to industry guidelines and safety protocols.
1.5 Credits
Prerequisites
ELCM 390 - Avionics Systems Laboratory
Description
The student performs operational tests and troubleshooting exercises on a variety of avionics systems.
3 Credits
Prerequisites
- ASYS 310
- ELCM 355
- ELCM 349
ELEC 214 - Electricity for Aircraft Theory
Description
This course applies the fundamentals of D.C. and A.C. generation and distribution to the aircraft environment. A high degree of aircraft system examples are used to reinforce the correct selection of wire etc. Components studied include switches and relays, circuit protection devices, aircraft batteries, static and rotary inverters. D.C. motor /generators and alternators are also studied.
1.5 Credits
ELEC 269 - Basic Electricity for Aircraft
Description
Basic Electricity for Aircraft introduces the learner to fundamental electrical terminology, laws and concepts relating to direct current applications. The learner will begin their studies with basic electron theory and study electronic circuits, control devices, power generation, motor theory and troubleshooting techniques. By the end of the course, the learner should have an understanding of and ability to troubleshoot a light aircraft power distribution system.
3 Credits
ELEC 279 - Aircraft Electricity and Electronics
Description
Aircraft Electricity and Electronics will prepare the learner with the skills to troubleshoot and repair systems that involve alternating current, reactive components, AC motors and generation, circuit control and protection, as well as digital logic applications.
3 Credits
Prerequisites
ELTR 200 - Automotive Electrical
Description
Basic electrical principles are emphasized in this practical, hands-on course which focuses on the automotive applications of these electrical principles. Principles of magnetism are also explained. All theory is reinforced in the laboratory by diagnosing and repairing simple electrical circuits, performing electrical wire repairs, diagnosing and servicing batteries, and taking electrical circuit measurements.
1.5 Credits
ELTR 208 - Charging and Starting Systems
Description
In this course, you will learn the components, operation, testing and repair alternator charging systems and electric starter systems in motorcycles. You will use manufacturer’s wiring diagrams to identify and trace starter systems and charging circuits. The important principles you learn in class will be reinforced in a range of hands-on shop activities, such as the removal, inspection and testing of vehicle charging systems, alternators, flywheels and starter motors.
1.5 Credits
Prerequisites
- MOTR 207
- MOTR 208
- MOTR 209
- MOTR 210
ELTR 217 - Electrical I
Description
In this course you will explain basic electrical principles and the principles of magnetism. You will perform electrical circuit measurements. You will diagnose and service batteries. You will diagnose and repair simple electrical circuits. You will use generic, manufacturer-specific or laptop-based scan tools and software.
1.5 Credits
ELTR 235 - Electronics I Theory
Description
The basic concepts of D.C. and A.C. for electronics are covered. A strong foundation in the fundamentals of circuit laws with analysis and troubleshooting are studied with examples using aircraft circuits. Reactive components and tuning circuits as well as resonance are studied as it applies to Avionics equipment.
3 Credits
ELTR 236 - Electronics I Lab
Description
This course develops skill in the construction and testing of basic electronics circuits. The correct use of basic test equipment and the application of troubleshooting techniques are studied.
3 Credits
ELTR 248 - Electrical/Electronics I
Description
Basic electrical principles are emphasized in this practical, hands-on course which focuses on the automotive applications of these electrical principles. Principles of magnetism are also explained. All theory is reinforced in the laboratory by diagnosing and repairing simple electrical circuits, performing electrical wire repairs, diagnosing and servicing batteries, and taking electrical circuit measurements.
1.5 Credits
ELTR 259 - Electronics II Theory
Description
The operations of the most common active devices in the industry are studied. Devices such as diodes, transistors, thyristors and op-amps are applied to common and specific aircraft applications such as power supplies, amplifiers, oscillators and voltage regulators.
3 Credits
Prerequisites
ELTR 260 - Electronics II Lab
Description
This course provides practical experiments and circuit troubleshooting exercises to develop hands on skill to reinforce the concepts learned in Electronics II theory.
1.5 Credits
Prerequisites
ELTR 273 - Electrical II
Description
In this course you will use electrical terms, formulas and meters. You will determine electrical values in a circuit. You will diagnose: electrical systems; charging systems; and starting systems. You will describe the operation of a charging system and of a starter motor.
3 Credits
Prerequisites
ELTR 217
ELTR 288 - Electrical/Electronics II
Description
Semi-conductors, soldering, engine fundamentals, electrical circuits, and diagnosis of electrical systems are introduced in this course.
1.5 Credits
ELTR 304 - Electrical III
Description
In this course you will use electrical diagnostic aids and test procedures. You will describe and test input and output devices. You will describe the operation of automotive control modules and of vehicle networks. You will interpret wiring diagrams and related information to evaluate advanced circuit operation.
3 Credits
Prerequisites
ELTR 273
ELTR 305 - Hybrid Electric Vehicle Systems
Description
As the automotive industry undergoes a transformative shift towards sustainable transportation, the demand for skilled professionals capable of servicing electric vehicles (EVs) is rapidly increasing. This comprehensive course is designed to equip learners with the knowledge and practical skills required to excel in the field of hybrid and electric vehicle service, repair, and maintenance. Topics covered include high voltage safety procedures, high voltage vehicles, electric motors, battery systems, inverters and control systems, charging systems, HVAC systems specific to high voltage vehicles and autonomous vehicles.
3 Credits
Prerequisites
ELTR 304
ELTR 310 - Aircraft Instrument and Communications Systems
Description
This course provides an overview of aircraft instrument systems including those which measure pressure, temperature, rpm and fluid quantities. The learner will also have the opportunity to explore radio system theory and aircraft radio communication systems.
3 Credits
ELTR 315 - Aircraft Navigation
Description
Aircraft Navigation Systems will prepare the learner with the skills to test, troubleshoot and repair systems that involve electronic navigation systems.
3 Credits
ELTR 328 - Electrical/Electronics III
Description
This course is designed to give learners experience in performing electrical diagnosis testing on the many electrical accessories in modern vehicles. Learners will also discover the potential of voltage drop testing during the diagnostic processes.
1.5 Credits
ELTR 348 - Electrical/Electronics IV
Description
Learners will build on existing electrical/electronics knowledge while exploring hybrid electric vehicle (HEV) designs. Motor generators, electrical controls including inverters, converters, and safety procedures for working on HEV vehicles will be covered. Learners will also gain a better understanding of how these systems are integrated within the vehicle.
1.5 Credits
EMTL 207 - Introduction to Aircraft Metal Structures
Description
In this course, you will gain hands-on experience repairing and fabricating aircraft metal structures according to industry standards. Building on your knowledge of theoretical concepts related to aircraft structures, you will also interpret technical drawings, as well as cut, file, drill, rivet and install different types of fasteners.
6 Credits
EMTL 224 - Introduction to Aircraft Metallurgy
Description
The student will study the basic heat treatment of ferrous metals, deals with composition, identification of types, case hardening, nitriding, annealing and terminology of forces acting on ferrous metal (i.e., steels, stainless steels, etc.). Basic heat treatment of non-ferrous metals deals with composition of types, brass, copper and the identification of types and various tempers that different compositions can be tempered or annealed to (i.e., aluminum and aluminum alloys) will also be studied.
1.5 Credits
EMTL 240 - Aircraft Sheet Metal Basics
Description
Aircraft Sheet Metal Basics is an introduction to the fundamentals of riveting aircraft sheet metal structures. The learner will study the theory of aircraft aluminum, rivets and toolings with emphasis placed on the development of hands-on skills through different projects.
1.5 Credits
EMTL 255 - Aircraft Structural Theory
Description
In this course the fundamentals of airframe design, construction, materials, processes and procedures used to manufacture aircraft will be studied. Learners will become familiar with the terms and procedures used to inspect and maintain airframe structures including wood, steel tube, composite, aluminum and fabric covering. Issues related to corrosion identification, removal and prevention along with non-destructive inspection methods, tools and techniques will also be covered.
3 Credits
EMTL 260 - Sheet Metal and Composite Laboratory
Description
This course will enable the learner to apply the knowledge gained in the Aircraft Sheet Metal Basics course and learn additional skills required to complete sheet metal and composite projects.
3 Credits
EMTL 308 - Advanced Aircraft Metal Structures
Description
In this course, you will get hands-on experience in the fabrication and repair of metal components for aircraft, beginning with installing access doors and inspection panels. You’ll examine the use, installation and removal of high-strength fasteners, and practice using them in repairs. You’ll also explore aircraft sealing procedures and seal aircraft components. You’ll also practice fabricating and repairing structural elements. The course concludes with a final project, where you will perform sheet metal repairs for an aircraft in accordance with specifications and standard practices.
6 Credits
EMTL 330 - Aircraft Composite Structures
Description
This course focuses on the fundamentals of composite structures used in aircraft. You will examine the role of composite fibre materials, matrices and adhesives in the structure of modern aircraft, including composite sandwich construction. You’ll also explore manufacturing and moulding techniques, as well as pressure applications and curing of composites. The course also includes an examination of inspection and damage assessments, and you’ll get hands-on practice fabricating and repairing aircraft composite structures.
6 Credits
EMTL 335 - Introduction to Aircraft Metal Structures
Description
This course is designed to give the student a comprehensive understanding and working knowledge of the tools and equipment used in the repair of aircraft structures. The fabrication or repair of aircraft components and/or parts and the installation of these parts using the correct aircraft fasteners will also be studied.
6 Credits
EMTL 336 - Advanced Aircraft Metal Structures
Description
This course is designed to give the student a comprehensive understanding and working knowledge of advanced metal working procedures. In-depth knowledge and methods of installing aircraft fasteners, and making repairs and fabrication of airworthy components/parts to specifications and drawings will also be examined. Safety and efficient work techniques are emphasized.
6 Credits
Prerequisites
ENGN 230 - Aircraft Propulsion
Description
Students will be given an overview of the principles of the reciprocating piston and turbine engine including pure jet, turboprop and high bypass fan. A brief description of carbonation, fuel injection, ignition, super/turbo charging, fixed and constant speed propellers, synchronization and engine anti-icing will also be studied.
1.5 Credits
ENGN 240 - Aircraft Engines Theory
Description
Students study reciprocating piston engine and turbine engine and propulsion system principles and design. Theory is also presented on thrust augmentation and reversal and noise suppression. The operation of anti-icing, ignition and starting systems are discussed. Students study instrumentation for engine analysis, performance monitoring and adjustment.
1.5 Credits
FNCE 205 - Introduction to Fixed Operations
Description
This course provides a comprehensive view of the Fixed Operations Department of a typical automotive dealership. It explores the best practices for optimizing the return on investment in the dealership and how the after-sales business contributes to overall dealership profitability. Particular emphasis will be placed on the impact of customer satisfaction, loyalty and repurchase intentions.
1.5 Credits
FNCE 207 - Leasing, Finance and Insurance
Description
This course introduces the functions of the business office and examines in detail all key aspects of automotive leasing, finance and insurance. It includes the features of each type of contract and their legal and ethical considerations. The impact of credit and leasing versus buying decisions are also key components of this course.
1.5 Credits
FUEL 204 - Propane Systems
Description
In this course,you will identify the properties of propane and how to service propane systems for a recreation vehicle. You will explore a various propane system components and operations. You will learn to identify leaks, explain how to perform a leak and pressure test, and understand operations to make safe physical connections on propane systems.
1.5 Credits
HDMC 200 - Mechanical Skills Theory
Description
The student will be given an introduction to safety and communications, lifting procedures, wire rope, materials, fastening devices, all hand tools, power tools and measuring tools.
1.5 Credits
HDMC 202 - Air Conditioning
Description
This course provides students an understanding of air conditioning system. The fundamental operation of air conditioning systems, the heating, ventilation and air conditioning control systems. Practical application of the course includes troubleshooting and repairing air conditioning systems.
3 Credits
HDMC 204 - Mechanical Skills Lab
Description
The student using the hand tools discussed in theory will have to complete shop projects including the manufacture of steering wheel puller.
1.5 Credits
HDMC 205 - Braking Systems Theory
Description
The focus of this course is a complete study of vehicle braking including hydraulic, air, and electric systems. Theory covering ABS and trailer systems for each type is included.
3 Credits
HDMC 206 - Braking Systems Lab
Description
The student will disassemble, inspect, measure, and assemble most hydraulic brake components. The ABS system diagnosis and use of hand held readers is also covered. The air system section involves the disassembly, inspection, section of the brakes. Troubleshooting and servicing of light and medium duty electric braking systems as used on trailers will also be covered.
3 Credits
HDMC 207 - Electrical and Electronics Theory
Description
This course is a complete study of electrical fundamentals, circuit design, system component testing, and includes an introduction to electronics.
1.5 Credits
HDMC 208 - Electrical and Electronics Lab
Description
The learner will construct, test, and troubleshoot a series of different circuits. This lab course is designed to reinforce the theory concepts.
1.5 Credits
HDMC 209 - Alternate Fuels and Ignition Systems
Description
This course provides students with the study of alternate fuels and ignition systems. Practical application of the course includes troubleshooting ignition systems.
1.5 Credits
HDMC 212 - Electric Welding and Oxy-Fuel Cutting
Description
This course will provide the students an opportunity to use the electric welding and oxy-fuel cutting tools. And the practical application of the course includes the use of oxyacetylene heating and cutting equipment.
1.5 Credits
HDMC 213 - Electrical and Electronics
Description
This course is a complete study of electrical fundamentals, circuit design, system component testing, and includes an introduction to electronics. Practical application of the course includes test and troubleshoot a series of different circuits as a means to reinforce the theoretical concepts.
6 Credits
HDMC 214 - Electronic Engine Management Systems
Description
This course provides students with the study of managing electronic engines. It covers the fundamentals of electronic control systems and emission control and after treatment. Practical application of the course includes the management of electronic engine.
3 Credits
HDMC 216 - Engine Fundamentals
Description
This course provides students with the study of engine fundamental, including engine principles, engine blocks and cylinder liner systems, piston, piston rings and connecting rod systems, crankshaft, bearing and related components, camshaft and follower systems, cylinder head systems and engine braking systems. Practical application of the course includes troubleshooting and repairing engine problems.
6 Credits
HDMC 217 - Engine Systems
Description
This course provides students with the study of engine systems such as air induction and exhaust systems, turbo charged air systems, lubrication systems, liquid and air-cooling systems and engine fluid analysis. And the practical application of the course includes troubleshooting all the above systems.
1.5 Credits
Page: 1
| 2
| 3
|
Print this Page