Winter 2015 MET 439 STRENGTH OF MATERIALS

A course intended to expand the study of statics begun in ME241-Applied Engineering I, to

the behaviour of engineering materials subjected to the action of applied forces and

moments. The student is introduced to the use of standard engineering tables to assist in

the solving of applied problems. Problem solving & laboratory sessions are designed to

reinforce theory and provide an opportunity for practical activities.

Spring 2014 MET 541 HEAT TRANSFER

A course designed to give the student of Mechanical Engineering Technology an

understanding of the mechanisms of heat transfer including conduction, natural and

forced convection and radiation occurring individually and in combination. Topics

include conduction heat transfer through simple and composite materials having plane

or curved surfaces, logarithmic mean temperature difference in parallel, counter and

cross flow, resistance to heat transfer by fluid films in laminar & turbulent flow and the

sizing and application of various types of heat exchangers for industry. Also included is

an introduction to the methods of dimensional analysis.

Spring 2014 PSE 604 ELECTRO TECHNOLOGY

A review of electro technology, including DC circuits, conductors and insulators,

electrochemistry, electromagnetic induction, AC theory; Power in AC circuits, DC

generators and motors, AC alternators and motors. A study of transformers, control

circuits, high voltage switching and protection including the operation of an electrical sub-

station and motor control centers as required for Power Engineers is included in this course

Spring 2014 PSE 605 CAPSTONE PROJECT

Project combines all your skills to develop a solution for identified problem.

Winter 2014 SSC 150G CONTEMPORARY SOCIAL PROBLEMS

The primary goal of this course is to facilitate increased awareness and understanding of

problematic social conditions in Canadian society and throughout the world. Students will

develop a framework by which to formulate their own opinions, appreciate other’s opinions,

recognize government’s roles and assess national and global issues.

Winter 2014 MET 617 FLUID MECHANICS

The Basic principles of fluid statics and dynamics (mechanics) as they pertain to liquids

and gases, leading to the methods used to size piping systems for handling liquids and duct

systems for air handling. Topics include the study of different types of pumps and fans,

selection for specified applications, an introduction to basic heat transfer, and the role of

fluid mechanics in this technology

Winter 2014 PSE 712A ENERGY MANAGEMENT II

This course deals with energy management process in registered power plants, large

buildings, hospitals and schools. Energy savings as an ongoing process versus one time

project is studied with emphasis on motors and electrical systems; lighting systems;

building control systems and general operation and maintenance of the building.

Ventilation of building systems is also covered; the student is taught inspection,

troubleshooting and repair procedures for large air handling systems found in buildings.

The emphasis is kept on energy management of this complex equipment while maintaining

proper air quality and good ventilation. Preventive maintenance techniques are studied

with energy management as the focal point. As part of this course, the student will be

required to do a full scale project relative to preventive and predictive maintenance in their

work placement or a facility of choice.

Winter 2014 PSE 505 STEAM GENERATORS & PLANT AUXIL

This course is designed for students desiring to operate and maintain co-generation and

industrial power plants. Topics include the layout, design and classifications of boilers and

steam generators; their construction both in shop and on-site, required fittings to ensure

safe and efficient operation; boiler operation and maintenance as mandated by Codes and

Acts; combustion control systems and feed-water treatment requirements; auxiliaries such

as heaters, de-aerators and pumps; heating boilers, heating systems layout and accessories.

The syllabus content supports the writing of the standardized 3rd Class Power (Operating)

Engineering exam and the practical work content is included in this course.

Winter 2014 PSE 507 CO-GENERATION POWER PLANT DEV

Designs, specifications, and connections for ferrous, non-ferrous and non-metallic piping

along with expansion and support devices common to piping systems are studied. The

designs and operation of steam trap systems, the causes and prevention of water hammer,

and the designs and applications of pipe insulation. Companies use many configurations

and establish special operation of the common valve designs are commonly used in power

and process piping in order to manage safety in the industrial workplace. There is several

discussions about typical legislation and programs that affect safety. Detection and

extinguishment of industrial fires is introduced. The syllabus content supports the writing

of the standardized 3rd Class Power (Operating) Engineering exam and the practical work

content is included in this course.

Winter 2014 PSE 510 STEAM TURBINE & DIESEL TECHNOLOGY

The student will go into greater depth with the designs, operating principles and major

components of steam turbines and other industrial stationary engines. Support and control

systems for steam turbines: generic start-up and shutdown procedures; operating principles

of steam turbine condensers; operation, and applications of direct-fired and indirect-fired

natural draft process heaters: and operating principles, designs, support systems, and

operation of industrial internal combustion engines (ICE) are the systems that the student

will gain required techniques to manage, operate and maintain these systems. The

monitoring of processes and equipment used to treat boiler feed-water, condenser water,

cooling water and wastewater in an industrial and municipal environment along with a

review of safety concerns that allow Power Engineers to perform work in a manner that will

ensure safety of self and co-workers through practice and compliance of established

protocols and guidelines. The syllabus content supports the writing of the standardized 3rd

Class Power (Operating) Engineering exam and the practical work content is included in

this course.Pre-Requisites

Winter 2014 PSE 512 IND. REFRIGERATION & AIR COMPR

The course content includes topics of study such as the theory of compression and

refrigeration, positive and dynamic compressors, multi-staging, system layouts, operation

and maintenance, capacity and efficiency calculations, controls and safety devices,

lubrication requirements. Special industrial plant layouts are covered and the specialized

operation of these plants is emphasized. The syllabus content supports the writing of the

standardized 3rd Class Power (Operating) Engineering exam and the practical work

content is included in this course. Pre-Requisites

Winter 2014 PSE 606 GAS TURBINE TECHNOLOGY

This course reviews the ideal heat cycles such as Carnot, Rankine, Otto, Diesel and

Brayton. Efficiencies of heat engines including steam turbines, internal combustion engines

and gas turbines are taught including lab experiments. A very thorough examination of gas

turbines including the

required auxiliaries; principles; operating and maintenance; required efficiency calculations

and other related parameters for this type of equipment is studied. Finally a review of

compressors including adiabatic, isothermal and polytropic thermodynamic concepts are

done. Included in this course is a quick overview of wastewater treatment relative to an

industrial application including gas turbine systems. The required syllabus content for

writing the standardized 3rd Class Power (Operating) Engineering exams and the practical

work content is included in this course.

Fall 2013 MTH 404 INTEGRAL CALCULUS

The students will learn basic techniques of integration and extended techniques such as

power rule, log, exponential, trig and inverse trig forms, with and without the use of table

of integrals. The student will apply these techniques to find area, volume, centroid, moment

of inertia, fluid pressure, and work done by a variable force.

Fall 2013 MET 521 THERMODYNAMICS

This is an intermediate course in thermodynamics involving the nature of heat and the

units of measurement for work and heat energy. Topics include properties of working fluids;

the first law of thermodynamics; flow and non-flow processes and enthalpy; the second law

of thermodynamics and entropy; two-phase systems; gas laws; ideal gases and gas

mixtures; the use of thermodynamic tables and diagrams; thermal efficiencies; heat engine

cycles; the principles of refrigeration; and the heat pump.

Fall 2013 PSE 410 INDUSTRIAL SAFETY & CODE CALCULATION

Students will obtain a thorough knowledge of the ASME Code Sections I, VII, VIII and IX,

prior to performing metal thickness and pressure calculations. Other codes studied are the

Pressure and Vessels Act, C.S.A. B-51 and B-52. Basic metallurgical concepts as related to

welding procedures are covered including typical weld procedures for large piping found in

power plants. The required syllabus content for writing the standardized 3rd Class Power

(Operating) Engineering exams and the practical work content is included in this course.

Fall 2013 PSE 412 FUELS & COMBUSTION TECHNOLOGY

Students will study heat terminology and perform heat calculations during changes of state

and calorimeter tests. Solving calculations involving the thermal expansions of solids and

liquids and heat transferred through a substance. A brief study of the properties of

saturated and superheated steam and, using information from the steam tables, students

can calculate the heat required to produce steam at various conditions; determine the

evaporation in steam boilers; explain the laws of perfect gases and perform calculations

involving the expansion and compression of gases. The fundamental principles in the

structure, formation and interaction of chemical compounds and the importance of

chemistry in industrial operations are introduced. The required syllabus content for writing

the standardized 3rd Class Power (Operating) Engineering exams and the practical work

content is included in this course.

Spring 2013 SSC 177G SOCIETY AND ME

The primary goal of this course is to facilitate an increased awareness and understanding of

our social roles, how we are influenced by culture and how we as an individual, or in

groups, can impact society.

Fall 2013 PSE 415 ELECTRO TECHNOLOGY & CONTROLS

The required syllabus content for writing the standardized 3rd Class Power (Operating)

Engineering exams and the practical work content is included in this course. Students will

solve problems and explain concepts involving material stresses, bending of beams, simple

machines and fluids, properties and applications of metallic and non-metallic materials.

The mechanisms that cause corrosion and the methods used to monitor and control

corrosion are studied with practical applications that occur in the power industry. Finally, a

complete study of engineered drawings used in industry including construction, P & ID

drawings and bill of materials.

Spring 2013 MTH 203 DIFFERENTIAL CALCULUS

In this course the students will learn how to: find the derivative of algebraic, trigonometric,

logarithmic, and exponential functions; apply the derivative to solve problems related to

tangents and normal’s, maximum-minimum points, related rates, curve sketching, and

curvilinear motion; use Newton's Method for solving equations; use the trigonometric

identities, sum-difference formulas and double angle formulas in order to simplify

trigonometric expressions and to solve trigonometric equations.

Spring 2013 MET 341 APPLIED ENGINEERING II

This course introduces the basic concepts of statics and problem solving techniques.

Problem solutions focus on a systematic approach utilizing a logical progression from the

known to the unknown. This includes problem set-up, identification of the variables,

application of the appropriate formulas and determination of the answers using manual

calculations and/or spreadsheet software applications. Topics include forces, moments, two-

dimensional and three-dimensional force systems in equilibrium, truss analysis, frame

analysis, friction, centroids of areas and lines, and moment of inertia of areas. Appropriate

laboratory experiments are included to demonstrate principles studied in this course.

Spring 2013 PSE 324 PLANT MAINTENANCE & ENV IMPACT

This course is designed to familiarize the student with the potential impact on the

environment of related power plant discharges such as flue gases, fuel and sediment solids,

water treatment liquids, as well as noise and thermal pollution. The potential

environmental impact of operating facilities is also scrutinized. The course covers in detail

the construction, and operation of water tube, fire-tube, cast iron and tubular low pressure

heating boilers. Gas and oil burners, their accessories and basic fittings for heating boilers

are discussed. Steam and hot water heating systems relative to the boilers are covered.

Finally, a discussion on different heating systems found in facilities and plants such as

warm air, infra red, electric are discussed.

Winter 2013 PSE 822 HIGH PRESSURE BOILER

This course is designed to familiarize the student with the design, layout and operation of

high pressure boilers as well as the associated boiler parts and fittings, piping and valves,

and all the related safety devices. Reference is made to the ASME Section I and IV code to

ensure compliance and safe/efficient operation. The basic preparation of a high pressure

boiler for start-up, the start-up and shutdown procedures and the routine safe and efficient

operation of a packaged boiler is covered. Students are visually introduced to high pressure

boilers in a power plant environment and are able to apply the components covered in the

lectures to the real thing.

Winter 2013 PSE 835 FEEDWATER CHEMISTRY & TREATMNT

This course is a brief introduction into feed water chemistry. Students are introduced to

basic water treatment analysis and interpretation. Methods used in treatment of feed water

used in the operation of boilers and steam generators are covered. The common impurities

in raw feed-water and their potential effects on a boiler are covered as well as methods and

equipment used in water softening and de-aerating. There is an introduction to basic water

testing and analysis for boilers, closed loop systems and cooling towers systems. An

introduction to industrial and municipal wastewater treatment methods is covered as well.

Winter 2013 PSE 841 GAS & STEAM TURBINES INTRO

This course is designed to familiarize the student with heat engines, prime movers, steam

turbines, cooling towers, gas turbines, gasoline and diesel engines. Studies include

theoretical and practical applications, the principles of operation, equipment construction

and the components to ensure safe and efficient operation. Types of pumps and principle of

operation is covered. Air compressors and lubrication principles are taught emphasizing

both on theoretical as well as practical operation. Finally, the course covers the types of

plants found in the power engineering field such as hot oil systems, gas plants, pulp and

paper mills, refineries, sawmills and food processing plants.

Winter 2013 PSE 845 ABSORPTION SYST. & GAS COMPRESSION

This course is designed to familiarize the student with refrigeration compression systems

and equipment used in industry for food processing and storage, air conditioning,

instrumentation and production requiring refrigeration. The CSA B52 Mechanical

Refrigeration Code and its importance in refrigeration is reviewed. Students will be able to

perform calculations in refrigeration compressors and systems. Lithium Bromide

Absorption refrigeration systems and ammonia types are studied. The operation and

maintenance of compression and absorption systems and a comparison of both is covered.

The design and operation of steam, hot water and glycol coils in buildings are covered.

Students will be introduced to the psychometric chart and calculations for comfort

conditions are performed. Finally, a quick review of HVAC controls for air conditioning is

taught.

Winter 2013 PSE 855 COMPUTERS, CONTROLS & INSTRUM

This course is taught to the fourth class engineering standard and begins with basic

electricity concepts, Ohm’s law, Watt’s law, magnetism and electromagnetism. Motors,

generators and transformer construction, operation and maintenance is covered. The

student is introduced to electrical meters and metering devices. An introduction to

electrical schematics and building power distribution diagrams is covered. The course then

covers power plant controls and instrumentation. Concepts inthis area include process

computer applications, process measurement, control loop components. The student is also

introduced to building automation systems.

Winter 2013 MTH 158 GEOMETRY

Technology students will examine volumes and areas of solids, analytic geometry, and

propositions of planar geometry. Applications to engineering problems that incorporate

trigonometry and geometry will be emphasized.

Winter 2013 MET 227 APPLIED ENGINEERING I

This course introduces the basic concepts of statics and problem solving techniques.

Problem solutions focus on a systematic approach utilizing a logical progression from the

known to the unknown. This includes problem set-up, identification of the variables,

application of the appropriate formulas and determination of the answers using manual

calculations and/or spreadsheet software applications. Topics include forces, moments, two-

dimensional and three-dimensional force systems in equilibrium, truss analysis, frame

analysis, friction, centroids of areas and lines, and moment of inertia of areas. Appropriate

laboratory experiments are included to demonstrate principles studied in this course.

Winter 2013 MET 280 METALLURGY/WELDING

This course is divided into two 7 week parts for labs: Metallurgy and Welding.

Metallurgy:

This course will provide the student with a thorough background in the properties and

structure of common materials used in engineering practice today. Also the heat treatment,

other processes and testing methods are analyzed to determine which one can be used. The

lecture theory is supported with labs devised to enhance the students’ understanding of the

theory.

Welding:

This course offers practical instruction in basic welding fundamentals for Oxy-Acetylene

and Shielded Metal-arc welding.

Winter 2013 SSC 129G INTRODUCTION TO PHILOSOPHY

This course is intended to allow students to reflect on how centuries-old philosophical

arguments influence their own perceptions of knowledge, truth, and morality. The works of

Descartes, Aristotle, and Kant, among others, will be explored in an attempt to elicit a

solution to classic questions such as: How do I know what is real? Does God exist? What

makes certain actions right and others wrong? The students will appreciate that differing

yet logical attempts to answer these ancient questions produce the diverse opinions and

values found in modern life.

Fall 2012 CHM 161A INTRO TO CHEMISTRY I (LEC)

CHM 161A is an introductory chemistry course in which the student will be introduced to

the basic law(s) and theories applying to atomic structure, chemical bonding, chemical

formula, chemical reaction stoichiometry, solution chemistry and the behaviour of gases.

The lecture material will be augmented with problem sessions.

Fall 2012 MTH 128 TECHNICAL MATH I

In this course, students master algebra and trigonometry techniques necessary for further

study in technological programs. Topics include simplifying algebraic expressions, factoring,

solving fractional equations, systems of linear equations, determinants, quadratic

equations, exponents, ratio and proportion, logarithms, solving right triangles, solving

oblique triangles, vectors, complex numbers, graphs of trigonometric functions.

Fall 2012 PHY 163 PHYSICS

This course introduces students of engineering technology to some of the basic subject areas

of physics. General topics include temperature, heat, Newton’s laws of motion, work and

energy, rotational motion and fluids. These topics will be explored through problem solving

and experimentation.

Fall 2012 PSE 115 MECHANICAL DRAWING & ENGINEER

This first part of this course introduces the Power Engineering student to basic drawing

and drafting techniques. Technical sketching by freehand sketch or one carried out with the

use of simple drawing instruments are involved. The student will set up sketches using

center lines and recognize standard views of objects. The second part of the course deals

with general layout of heating, ventilating, and air conditioning (HVAC) systems found in

large facilities and industrial plants. The student will sketch and describe the operation of

various air conditioning systems. Discussion on the design of combined air conditioning

systems, alternative system arrangements, and the factors to be considered when selecting

an air conditioning system are covered. The airflow behavior and movement of air through

distribution systems by looking at designs and components of duct systems used in air

conditioning. Finally, an introductory study of heat gains and losses in large buildings and

industrial plants is done.

Fall 2012 PSE 155 FACILITIES MAINTENANCE I

This course allows the student to develop required practical skills in the lab/shop. The

aspects include the safe use and basic training using hand tools, power tools, equipment

use, and maintenance of building systems. Lock out/tag out of mechanical and electrical

equipment are covered. The use of ladders, rigging practices, methods of hoisting and

proper knot tying is done as projects. Some basic aspects of boiler cleaning and

maintenance are covered. The student is introduced to piping principles including

threading, brazing, soldering and proper identification of fittings and valves. The final

aspect of engineering materials also introduces the student to basic oxyacetylene, soldering

and brazing of various piping materials.

PSE 815 INDUST. LEGISLATION & SAFETY

The first part of this course is designed to familiarize the student with the Industrial

legislation in place to ensure the safe design, construction and operation of boilers, pressure

vessels and related power plant equipment. The second part stresses the safety awareness

required in the operation of plants and includes workplace hazardous materials, confined

space entry, handling and storage of gases and hydrocarbon fluids, hydrogen sulfide,

equipment lockout, and plant fire protection. This course prepares the students for writing

the Codes and Safety components of the 4th Class Power Engineering Inter-Provincial

Ministry examinations as administered by TSSA (Technical Standards & Safety Authority)

of Ontario

Summary of Program for Student 0652181: Donald McKellar

Degree : Ontario College Advanced Diploma

Confer Date : 2015-05-06

Plan : Power Engineering Technology - Mechanical

MTCU Totals

CUM GPA : 3.667 CUM TOTALS : 120.00 120.00 440.000