POWER ENGINEERING TECHNOLOGY
Program Outline
Major: PETY
Length: 3 Years
Delivery: 6 Semesters, plus 2 work terms
Credential: Ontario Advanced College Diploma, Co-op
Effective: 2011-2012
Location: Owen Sound
Start: Fall
Description
This program has been developed for those seeking employment as a power engineering technologist, operating and maintaining the energy components in such industries as industrial power plants (chemical, food, pulp and paper etc.), electrical power plants (coal, gas, nuclear, wind, solar, methane, cogeneration, flex fuel etc.), or commercial buildings. The work may involve control room monitoring and analysis, the operation and maintenance of boilers, turbines, and condensers in steam power plants and the operation and maintenance of internal combustion engines. Subjects of instruction will closely follow the Standardized Power Engineers Examination Committee (SOPEEC) syllabus and prepare the students to challenge the Technical Standards and Safety Authority (TSSA) examinations up to 2nd class after 3 years as an Operator.
Career Opportunities
The graduate of this program will find a rewarding career as a stationary engineering technologist or power plant control technologist in a wide variety of industries including electrical power generating plants, heavy and lighter industries, schools, hospitals and other commercial buildings. This may include operation of a small scale power plant such as those that exist in remote northern aboriginal communities.
Program Learning Outcomes
The graduate has reliably demonstrated the ability to:
- work in accordance with practices and procedures that minimize risk and enhance personal
- and public safety;
- manage the operation of the components of a power plant including boilers, turbines, internal
- combustion engines, generators, condensers, and auxiliary equipment;
- use industry standard power engineering technology in the performance of work and adapt to changes in the industry;
- relate effectively to coworkers, subordinates, and supervisors in the work environment;
- make decisions in accordance with established codes, regulations, and legislation;
- work in a professional manner and employ ethical practices;
- use strategies that mitigate the effects of power generation on the environment;
- solve problems related to power plant management by utilizing applied math, science, and
- critical thinking skills.
Practical Experience
Co-operative Education is a mandatory component of all Co-op programs at Georgian College. It has been designed as a process by which students integrate their academic education with paid work experience related to their program of study. This integration affects much more than simply earning a salary, including the adjustment to the work environment and the development of professionalism. It also reinforces skills and theory learned during academic semesters, develops professional contacts, job knowledge and career path, improves human relations and communication skills and promotes personal maturity and financial independence.
Students are requested to register, attend and participate in their scheduled co-operative education classes. These classes are scheduled for all first year students and are expected to be completed in order to proceed successfully to their first co-op work experience. To ensure students are eligible to proceed onto any co-op work experience students should refer to Promotional Status and Eligibility for Co-op as outlined in the College Calendar. Co-op policies and procedures can be located on our website: www.georgianc.on.ca/careers/for-students/.
Georgian College follows the Co-operative Education guidelines set out by the Canadian Association for Co-operative Education (CAFCE) and Education at Work Ontario (EWO) by supporting the learning outcomes designed for the program specific graduate profile and curriculum as set out by the Ministry of Training, Colleges and Universities.
Program Progression
Sem 1 - Fall 2011
Sem 2 - Winter 2012
Work Term 1 - Summer 2012
Sem 3 - Fall 2012
Sem 4 - Winter 2013
Work Term 2 - Summer 2013
Sem 5 - Fall 2013
Sem 6 - Winter 2014
Admission Requirements
Applicants following the OSS curriculum must have an Ontario Secondary School Diploma (OSSD - 30 credits) or equivalent. OSS applicants require Grade 12 English (C) or (U) (ENG4C, ENG4U) and Grade 12 College Mathematics (MAP4C or MCT4C), or any Grade 12 University Mathematics, or equivalent. Recommended subjects include: Physics: Grade 12 College or University (SPH 4C, SPH 4U) OR Chemistry: Grade 12 Chemistry College or Grade 11 or 12 University (SCH 4C, SCH 4U, SCH 3U).
Applicants who are 19 years of age or over by the first day of classes, and who lack the academic entrance qualifications, may be considered for entrance to an appropriate post-secondary diploma or certificate program as mature applicants. Each applicant will be considered on an individual basis and acceptance will be determined by counselling, Communication Placement Assessment (CPA), previous post-secondary education and evaluation of experience. Some programs also have specific prerequisite requirements that must be met prior to admission. Mature applicants must meet all program specific prerequisites. Those applying as mature students and having no documentation of Grade 12 education must supply, if required, proof of age, such as a copy of an official birth certificate or driver's licence. Refer to Sections 2.5 and 2.6 of the Academic Calendar for further details.
Graduation Requirements
35 Mandatory Courses
2 Communication Courses
5 General Education Courses
2 Co-op Work Terms
Graduation Eligibility
To graduate from this program, the passing weighted average for promotion through each semester, from year to year and to graduate is 60%. Additionally, a student must attain a minimum of 50% or a letter grade of P (Pass) or S (Satisfactory) in each course in each semester.
Mandatory
CHEM1004 Chemistry
COMP3022 Computer Systems and Networks
DRFT1013 Basic Mechanical Drawing and Blueprint Reading
ELEC2015 Basic Electricity
ELEC2016 Electrical Machines and Power Distribution
ENVR2010 Water Treatment and Pollution Control
ENVR3005 Clean and Green Plant Management
HRAC2001 Industrial Refrigeration and Air Conditioning
MATH1018 Introduction to Technical Mathematics
MATH1019 Technical Mathematics
MENG1014 Basic Applied Mechanics
MENG2013 Intermediate Applied Mechanics
MENG2014 Basic Instrumentation and Control Systems
MENG2015 Engineering Materials
MENG3017 Advanced Applied Mechanics
MENG3018 Advanced Instrumentation and Controls
PENG1000 Industrial Safety
PENG1001 Introduction to Power Plants
PENG1002 Introduction to Thermodynamics
PENG1003 Basic Power Plant Auxiliary Systems
PENG1004 Basic Power Plant Simulation
PENG2000 Intermediate Power Plant Simulation
PENG2001 Basic Boilers and Steam Systems
PENG2002 Prime Movers and Engines
PENG2003 Intermediate Thermodynamics
PENG2004 Power Engineering Legislation and Standards
PENG3000 Advanced Power Plant Auxiliary Systems
PENG3001 Advanced Boilers and Steam Systems
PENG3002 Advanced Thermodynamics
PENG3003 Advanced Power Plant Simulation
PENG3004 Power Plant Project Management
PENG3005 Advanced Prime Movers
PENG3006 Quality Control Systems
TECR3007 Technical Report
WETC1010 Welding Techniques
The descriptions that follow provide brief outlines of the courses. Please note that some courses have prerequisite and/or corequisite requirements not shown here, that need to be met in order to enroll in the course. You will be advised of any requisite requirements during the registration process, or you can contact the academic area for further details.
Communications
COMM1001 Communications at Work
Plus one addition communications to be selected from College list
(Note: this is in addition to any mandatory communications listed for the program)
General Education Courses
To be selected from College list
Co-op
COOP1030 Power Engineering Work Term 1
COOP2028 Power Engineering Work Term 2
COURSE DESCRIPTIONS
CHEM1004 Chemistry 42.0 Hours
This course gives the student a basic knowledge of the structure of matter. Chemical reactions and stoichiometric calculations are completed. Combustion of fuels and nuclear chemistry are described. The corrosion of metals and its prevention is studied. With this background, the student will better understand the processes that occur in a power plant.
COMM1001 Communications at Work 42.0 Hours
In the workplace, employers require high standards of communication skills. Students develop their communication skills for the workplace as they research, write and edit work-related correspondence and reports. Using technology, they individually and collaboratively design and deliver professional presentations and meetings. This course focuses on communication tasks specific to students' program areas and their future careers.
COMP3022 Computer Systems and Networks 42.0 Hours
This course introduces the student to computer hardware and applications that are used in industry. Computer operating systems and languages are also covered. The process of troubleshooting hardware and software problems will be examined. Common computer applications in power plants will be examined.
COOP1030 Power Engineering Work Term 1 560.0 Hours
This is the first of two Co-op work terms designed to provide the student with practical work experience to develop the competencies required for a power plant technologist. For most, this first Co-op placement represents the beginning of a power engineering career. As such, students are expected to be involved in learning about the power plant's operations, the command structure and safety procedures.
COOP2028 Power Engineering Work Term 2 560.0 Hours
This is the second of two Co-op work terms and provides the student with the opportunity to continue with practical work experience in a power plant.
DRFT 1013 Basic Mechanical Drawing and Blueprint Reading 42.0 Hours
This course aims to develop basic drafting and sketching skills. With this ability, a freehand drawing of simple machine parts that require a remake, repair, or modification can be produced. Basic blueprints will be interpreted and analyzed. The student is then introduced to the interpretation and identification of power plant construction drawings, piping systems and electrical systems.
ELEC2015 Basic Electricity 42.0 Hours
This course covers electrical units and their measurement. Conductors and insulators are described. Basic types of electrical sources and loads are studied. Circuit diagrams are interpreted. Basic DC and AC circuits are analyzed. The response of resistors, capacitors, and coils are examined.
ELEC2016 Electrical Machines and Power Distribution 42.0 Hours
This course covers the construction and practical operations of DC and AC equipment including transformers, generators, and motors. Power distribution and control systems are also studied.
ENVR2010 Water Treatment and Pollution Control 42.0 Hours
This course covers the study of water and its impurities. The chemical treatment conditioning, and testing of boiler water and cooling water (internal and external) are covered as well as air, water and soil pollution.
ENVR3005 Clean and Green Plant Management 42.0 Hours
This is the study of environmental impacts of a power plant and how they can be mitigated.
HRAC2001 Industrial Refrigeration and Air Conditioning 42.0 Hours
This course covers the properties of refrigerants and the compression type and absorption type refrigeration. Refrigeration system auxiliaries, operation, and trouble shooting of refrigeration and air conditioning systems are covered.
MATH1018 Introduction to Technical Mathematics 42.0 hours
This course provides a foundation in mathematics in technology programs. Students develop skill in mathematical thinking and problem solving, and appropriately apply technology in the solution of problems using algebra, geometry, right-angle trigonometry, trigonometric functions of any angle, systems of linear equations, and the graphs of the primary trigonometric functions. Additional time to strengthen and reinforce mathematics competency is available to those students who require it.
MATH1019 Technical Mathematics 42.0 hours
This course extends the mathematics ideas taught in Introduction to Technical Mathematics through advanced mathematics problems needed for engineering programs. Mathematical reasoning and problem solving will be reinforced through problems in an engineering context. Mathematics concepts reinforced and extended are algebra, systems of linear equations, vectors and oblique triangles, graphs of trigonometric functions, complex numbers, and exponential and logarithmic functions.
MENG1014 Basic Applied Mechanics 42.0 hours
This introductory course covers Newton's laws of motion and linear and angular motion. Work, energy and power calculations are done. Circular motion is analyzed.
MENG2013 Intermediate Applied Mechanics 42.0 Hours
This course covers free body diagrams and friction. Moments of force, stress and strain, bending and shearing forces are also dealt with. The behavior of a fluid at rest and in motion is covered.
MENG2014 Basic Instrumentation and Control Systems 42.0 Hours
This course introduces the student to applications of pneumatic, electric, and electronic control systems and components found in a typical control loop. Process variables such as temperature, pressure, level, and flow are controlled and monitored. Programmable logic controllers and loop controllers are studied. Some hands-on practice in sensor calibration and control system tuning is done.
MENG2015 Engineering Materials 42.0 Hours
This course covers the mechanical properties of ferrous and non ferrous metals. Heat treatment and welding metallurgy are covered. Non metallic engineering materials such as plastics and composites are studied.
MENG3017 Advanced Applied Mechanics 42.0 Hours
This course is a study of the loading of beams and cantilevers. The strength of engineering materials is reviewed and the ultimate stress and strain on materials is studied.
MENG3018 Advanced Instrumentation and Controls 56.0 Hours
This is an advanced study of instrumentation and control systems with emphasis on boiler controls, and engine governors. Supervisory control and data acquisition system functions will be studied. The most modern techniques of process control will be covered.
PENG1000 Industrial Safety 42.0 Hours
This course covers the handling and labeling of hazardous materials (WHMIS), workplace safety, and fire protection systems. Correct use of power tools, ladders and scaffolding are learned.
PENG1001 Introduction to Power Plants 42.0 Hours
This course represents a basic overview of the various types of power plants and the equipment and processes they utilize. These may be nuclear, fossil fuel, or cogeneration plants with an introduction to their auxiliary systems.
PENG1002 Introduction to Thermodynamics 42.0 Hours
This course involves the science of heat. Temperature scales, the thermal expansion of solids, liquids and gases, and methods of heat transfer are studied. The gas laws are studied and basic heat cycles are described.
PENG1003 Basic Power Plant Auxiliary Systems 42.0 Hours
The systems studied in this course are designed to support the safe operation of the prime mover. They include the piping systems and valves, pumping systems, compressors, and heat exchangers.
PENG1004 Basic Power Plant Simulation 28.0 Hours
The student develops the understanding of how individual power components work together in a power plant.
PENG2000 Intermediate Power Plant Simulation 28.0 Hours
This course covers the exchange of energy between different systems in a power plant. The flow of energy is managed as it flows from one system to another. The power plant is considered as a whole functioning entity.
PENG2001 Basic Boilers and Steam Systems 42.0 Hours
High pressure and heating boiler design, fittings, safe operation, maintenance, and inspection are covered in this course. Furthermore the course also deals with combustion air, fuel, loads and stresses, and testing of boilers.
PENG2002 Prime Movers and Engines 42.0 Hours
This course covers the constructional details and operation of steam turbines, gas turbines, and internal combustion engines. Start up and shut down procedures are analyzed.
PENG2003 Intermediate Thermodynamics 42.0 Hours
This course is a basic introduction to theoretical engine cycles and thermal efficiency. The thermodynamics of steam and steam tables are studied.
PENG2004 Power Engineering Legislation and Standards 42.0 Hours
This course covers the purpose, content, and application of the boiler and pressure vessel codes and regulations. ASME codes and calculations are explored.
PENG3000 Advanced Power Plant Auxiliary Systems 42.0 Hours
This course is an advanced study of pumps, piping, and auxiliary systems with a particular emphasis on power plant performance and efficiency.
PENG3001 Advanced Boilers and Steam Systems 42.0 Hours
This course is a study of modern boiler construction, startup and shutdown procedures, design, and operating parameters. Special consideration is given to safe working practices and improved efficiency.
PENG3002 Advanced Thermodynamics 28.0 Hours
This course is a detailed study of the various heat engine cycles. Efficiency limits of heat engines and plant efficiencies are studied.
PENG3003 Advanced Power Plant Simulation 56.0 Hours
Control Room monitoring, trouble shooting of power plant problems, and environmental impact of plant operations will be studied.
PENG3004 Power Plant Project Management 42.0 Hours
This course develops professionalism in the student and introduces the fundamental principles necessary for successful management of projects. Project planning, management, and control techniques will be discussed and the application of computers in project management will be studied.
PENG3005 Advanced Prime Movers 42.0 Hours
This is an advanced study of gas turbines, steam turbines, and internal combustion engines and their lubrication and maintenance.
PENG3006 Quality Control Systems 42.0 Hours
This is the study of continuous plant improvement through a quality control management system.
TECR3007 Technical Report 14.0 Hours
The student will do the appropriate research and will complete a technical report.
WETC1010 Welding Techniques 42.0 hours
The basics of gas and electric welding, cutting, and brazing are introduced. Safe working welding practices are stressed which can be used for maintenance and minor repair work.
Adults with significant life and work experience may receive credits toward a college certificate or diploma program through an assessment process.
More information about Prior Learning Assessment and Recognition (PLAR)
NOTE: Information contained in College documents respecting programs is correct at the time of publication. Academic content of programs and courses is revised on an ongoing basis to ensure relevance to changing educational objectives and employment market needs. The college reserves the right to add or delete programs, options, courses, timetables or campus locations subject to sufficient enrolment, and the availability of courses.
Last Update: July 28, 2011.