Mechanical Engineering Technology

Diploma
Mechanical Engineering Technology

Program Overview

Mechanical engineering technology (MET) bridges engineering and technical fields, supporting diverse and rewarding career opportunities. It combines theories of science and engineering with practical hands-on applications to problem solve and innovate. Its focused content and two-year delivery also makes MET an ideal choice for anyone interested in exploring a technical field, or seeking to shift career paths.

Mechanical engineering technologists (METs) are involved in all stages of design, development, and implementation - supporting projects from conception to completion and ongoing operation in a broad spectrum of industries. Whether you want to flex your design and analytical skills or make and influence policy and process improvements, the versatile education within the MET program provides the necessary foundation. 

This foundation encompasses three primary areas of content focus and integration:

  • Mechanical design and development
    • You will learn how to analyze and design complex machines and structures, leveraging software (e.g., CAD, FEA) in support. You will also investigate appropriate materials as well as manufacturing and fabrication processes.
  • Energy (thermal-fluid) systems
    • You will learn how to evaluate, design, and implement a wide variety of energy systems (e.g., power generation, industrial processes, fluid power / hydraulics, piping networks, ventilation / air-conditioning) including emerging technologies. You will investigate effective green building design and energy-use strategies in context of environmental impact.
  • Instrumentation and controls
    • You will learn how to integrate sensors and instrumentation into both mechanical systems as well as thermal-fluid energy systems for both monitoring and control purposes.

The overall program intent is to develop an individual whose skillset makes them an effective, contributing team-member from the start. Your fundamental curiosity and commitment to continued learning in the field will also allow you to pursue diverse roles of increasing complexity and responsibility throughout your career. 

Get a Global Learning Experience

As a student in this program, you can sharpen your intercultural skills. You may have an opportunity to study and learn abroad. Learn more about global learning experiences at Sask Polytech.

Diploma to Degree

Use your diploma to ladder into bachelor of engineering or technology degree programs at Lakehead University in Ontario or Memorial University in Newfoundland or Queen’s University in Ontario.

Bachelor of Applied Management

Ladder your diploma into the Bachelor of Applied Management degree at Saskatchewan Polytechnic with only two years of additional study. Remote classes and part-time options are available.

 

Career and Salary Information

Your Career

Mechanical Engineering Technology graduates are working in many different industries, both in Saskatchewan and worldwide. Locally, resource extraction and processing, manufacturing, the built environment, as well as research and design are dominant employment sectors. METs are also well poised to serve emerging fields such as energy management and decarbonization or reliability engineering.

You may perform mechanical design for an engineering design firm, oversee the manufacturing of specialized equipment, improve the reliability and operation of a specialized process, or project manage the construction of a building.  There are entry-level jobs in mechanical design and drafting, product testing, process instrumentation, systems inspection, technical sales and support. Potential employers include consulting engineering firms, mining and manufacturing companies, equipment distributors, utilities, municipalities and government agencies.

Potential Careers

Sample Job TitleNOC Classification1Earning Potential2
Mechanical Designer / Engineering TechnologistMechanical Engineering Technologists and Technicians (2232)$58,000 - $120,000
Reliability / Operations Engineering TechnologistDrafting Technologists and Technicians (2253)$45,800 - $84,100
Project ManagerEngineering Managers (0211)$85,100 - $168,100

Length and Start Date

Start Date(s): August
Length:

80 weeks


Locations

  • Saskatoon

Admissions

Admission Requirements

*Previous Saskatchewan mathematics requirement also accepted: 

  • Minimum of 65% in Math B30 and C30

Alternative Admission

Applicants who do not possess the academic qualifications for a program may be admitted if evidence of probable success can be established through an alternative admission assessment. Applicants are automatically considered for alternative admission. However, some specific admission requirements may still need to be met.



ACCUPLACER©

Refer to the ACCUPLACER© cut scores for this program below, and review additional details concerning Alternative Admission using Accuplacer.

  • 250 Arithmetic
  • 245 Advanced Algebra and Functions
  • 261 Quantitative Reasoning, Algebra, and Statistics
  • 250 Reading
  • 245 Writing

Post-secondary

Some programs allow applicants to meet the admission grade level requirement using 15 approved post-secondary credits. Review additional information.

If the program applied to has specific course requirements, they may be met through alternative post-secondary courses. Review already approved courses that may be used for admission purposes for your programs.

Admission Method

First Qualified/First Admitted

The First Qualified/First Admitted (FQFA) process is used for the majority of Saskatchewan Polytechnic programs. When we determine that you meet the program's admission requirements, you will be offered admission based on the date you fully qualify for the program. The earlier you provide the appropriate documents and information that qualify you for admission to the next intake, the earlier you might begin your studies. Your application, once qualified, is always considered for the next intake. 

Applicants to programs with multiple intakes in an academic year remain in the application pool until the last intake for that academic year has begun. Programs using the FQFA process receive applications year round and maintain an application pool for each academic year. Qualified applicants who are not offered a seat must reapply for the next academic year. 

Sponsored programs or programs targeted to specific groups do not accept applications year round or maintain an application pool.

See Admission Processes for more information about this method of admission.

Tuition and Fees

Estimates are based on current rates and are subject to change. Amounts for a program may vary by campus. Totals shown here include all mandatory fees as well as approximate cost for books and supplies. Visit the Tuition and Fees web page for a complete breakdown of tuition and fees for this program.

 

2022/23 Academic Year

Year 1 - $8,082
Year 2 - $8,475

International Students

View tuition rates for international students.

Courses

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Year 1 - Semester 1

Code
Name/Description
Credits
 
CAD 101
CAD Drafting
3
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You will focus on the concepts of computer-assisted drafting (CAD). Extensive hands-on training and lecture sessions will provide the knowledge you need to produce industrial standard CAD drawings, use 2D drafting and draw from 3D models. You will follow standard conventions while improving your skill and efficiency in using a CAD system.
Credit Units: 3
Course Hours: 45.0
Equivalent Course(s): CAD 181
Potential Learning Method(s): Lecture/Lab, Online
COMP 113
Spreadsheets for Engineering Technology
3
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You will gain an intermediate knowledge of electronic spreadsheets. You will use spreadsheet functions and tables to process information, construct charts based on engineering data, solve advanced numerical problems, and implement custom functions.
Credit Units: 3
Course Hours: 45.0
Potential Learning Method(s): Lecture/Theory, Prior Learning
DRFT 114
Drafting Principles
4
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You will study the basic theory and skills needed to generate graphic representation of an idea, concept, or entity. You will produce drawings according to a mechanical drafting standard, utilizing proper and effective views (e.g. orthographic, isometric, auxiliary, and/or sectional) and dimensioning, including specialty notations (e.g. fit tolerances, fastener and thread descriptions).
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): CAD 101(concurrent), MECH 100(concurrent)
Corequisites(s):
Equivalent Course(s): DRFT 174
Potential Learning Method(s): Lecture/Lab
ENGM 191
Applied Mechanics: Statics
4
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You will study how to use basic algebra and trigonometry to determine the forces in stationary machine and equipment members. The course content includes force systems, center of gravity, static friction and moment of inertia, and the application of these principles to engineering problems.
Credit Units: 4
Course Hours: 60.0
Corequisites(s):
Equivalent Course(s): ENGM 190, MECA 120
Potential Learning Method(s): Lecture/Lab, Online
FMEC 100
Fluid Mechanical Energy Concepts
4
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You will study typical primary / simplified thermal fluid systems and associated mechanical / electrical components / devices. This course will provide you with the foundational concepts necessary for describing common fluid (media) properties, pressure, energy, as well as device efficiency / performance, and economics. You will assess the implications of energy transfer or specific system configuration / design as seen through developed pressure, force, temperature changes, or stability. You will be introduced to aspect of heat transfer (e.g.: conduction and convection) and related thermal system characteristics (e.g. thermal mass, insulation R-value, etc.).
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 191(concurrent), MECH 100(concurrent), MAT 110(concurrent)
Corequisites(s):
Potential Learning Method(s): Lecture/Theory
MAT 110
Mathematics for Engineering Technologies
4
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You will gain foundational knowledge of mathematical topics applicable to engineering technologies. You will study formula manipulations, factoring of algebraic expressions, geometry and trigonometry, exponents and logarithms, and functions and their graphs. This course is intended to build problem solving and critical thinking skills, and to prepare you for studies in calculus.
Credit Units: 4
Course Hours: 60.0
Equivalent Course(s): MAT 100, MAT 101, MATH 182, MATH 193
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
MECH 100
Mechanical Engineering Concepts and Applications
2
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You will examine a variety of mechanical, electrical, fluid, thermal, etc. components and devices (simple systems) and associated methods to communicate, characterize, and/or measure system aspects. Through a “hands-on” experiential learning process, you will identify and develop practical competencies representative of a practicing mechanical engineering technologist.
Credit Units: 2
Course Hours: 30.0
Potential Learning Method(s): Lab/Practical
SEM 101
Technology Seminars
1
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Your orientation will include discussions regarding the role of technicians/technologists in the workplace and society. You will study time management skills, diversity in the workplace, principles of sustainability and safety requirements.
Credit Units: 1
Course Hours: 15.0
Equivalent Course(s): ENGM 181, ETHC 183, ORTN 120, SEM 104
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
Total semester credits: 25

Year 1 - Semester 2

Code
Name/Description
Credits
 
ELEC 279
Basic Electricity
4
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You will explore the fundamentals of direct current (DC) and alternating current (AC) measurement and circuitry, which includes series and parallel circuits. You will also examine common associated devices used in industrial environments. A laboratory program is an integral part of this course.
Credit Units: 4
Course Hours: 60.0
Equivalent Course(s): ELTR 182
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
ENGM 101
Strength of Materials
4
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You will study the relationship between the external applied loads and the induced internal stresses in various structural members. You will also learn design and analysis techniques of axially loaded members, and beams. You will learn design and analysis techniques for torsionally loaded members, columns and pressure vessels. You will consider the impact of multiple loading situations on the stress of structural members.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 191, ENGM 180(concurrent)
Corequisites(s):
Equivalent Course(s): ENG 192, ENGM 289
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
ENGM 180
Materials of Engineering
4
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You will develop a practical understanding of the fundamental structure, properties, and supplied forms of common engineering materials. The course content will assist you in the evaluation and selection of materials suitable for given design requirements. You will focus on iron and iron alloys (steels), complimented with examination of other metals / alloys (aluminum, copper, etc.), ceramics, polymers, composite and hybrid materials. You will also include areas and applications such as material corrosion, as well as non-destructive examination and material testing.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 191, ENGM 101(concurrent)
Corequisites(s):
Equivalent Course(s): ENG 191, ENGM 288
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
FMEC 101
Fluid Transport and Energy Systems
4
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You will focus on liquid and compressed gas transport and energy (power) systems. You will examine the operational characteristics, performance, and economics of compressors and gas turbine engines. You will also develop competency in analyzing piping systems, as well as classification and evaluation of associated components and equipment (e.g. pipes, fittings, pumps); this will include relevant industry design codes and standards.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): MAT 110, FMEC 100, MAT 111(concurrent)
Corequisites(s):
Potential Learning Method(s): Lecture/Lab
MAT 111
Calculus for Engineering Technologies
4
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You will gain knowledge of calculus topics applicable to engineering technologies. You will study derivatives, integrals and differential equations, and their applications. This course is intended to further build problem solving and critical thinking skills, and to demonstrate the importance of calculus in engineering practices.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): MAT 110
Equivalent Course(s): CALC 100, CALC 181, CALC 190, MAT 246
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
SEM 107
Engineering Software Applications
2
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You will examine technical documentation production techniques and use software to solve engineering focused problems. You will receive an introduction to other relevant software and programming techniques that will be further utilized in upper level courses and in industry. You will utilize concepts and applications related to the Internet of Things (IoT). Emerging trends in mechanical engineering will be presented as time permits.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): COMP 113, MAT 110, MAT 111(concurrent)
Corequisites(s):
Potential Learning Method(s): Lecture/Lab
TCOM 110
Workplace Communications
1
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You will examine the employability skills required in the workplace. You will discuss the communication process, and practice effective interpersonal communication techniques. You will use workplace writing and job search skills.
Credit Units: 1
Course Hours: 15.0
Equivalent Course(s): TCOM 102
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
TCOM 111
Technical Communication
2
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You will develop technical research, writing, and presentation skills. This course will establish understanding and appropriate application of scientific and technical writing standards (e.g.: IEEE Citation Reference, IEEE Editorial Style Manual). You will examine and produce a variety of technical documents.
Credit Units: 2
Course Hours: 30.0
Equivalent Course(s): TCOM 103
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
Total semester credits: 25

Year 1 - Semester 3

Code
Name/Description
Credits
 
CAD 103
CAD Modelling 1
2
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You will focus on the basics of three dimensional computer-assisted drafting (CAD) modelling, using techniques to create a single manufactured part. As well, you will develop an understanding of additive manufacturing, and 3D print a part you have designed.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): CAD 101
Equivalent Course(s): CAD 281
Potential Learning Method(s): Lecture/Theory
CLTR 200
Culture and Diversity
2
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Your studies will focus on the many dimensions of culture and approaches to promoting inclusion and innovation. You will explore culture in Canadian society as it pertains to Indigenous and immigrant populations. You will also examine the correlation between culture and diversity.
Credit Units: 2
Course Hours: 30.0
Potential Learning Method(s): Lecture/Theory, Online, Prior Learning
CNTR 206
Automation Control Applications
2
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You will study methods and use devices common to automating industrial operations using programmable devices. You will examine techniques for sequencing events using timers, counters, and comparisons to provide solutions to typical industrial applications. You will develop proficiency in drawing and interpreting piping and instrumentation diagrams (P&IDs). You will implement a small automation project as a capstone course activity.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): SEM 107, ELEC 279, FMEC 102(concurrent)
Potential Learning Method(s): Lecture/Lab
FMEC 102
Piping Analysis and Modeling
2
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You will produce design and construction documentation for an industrial process / piping system. You will analyze system performance and operational characteristics, as well as select associated components / devices using specialized software. You will develop and communicate design and / or fabrication intent with typical schematic and CAD-based system models and associated drawings.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): FMEC 101, CAD 101, DRFT 114
Potential Learning Method(s): Lecture/Lab, Online
MACH 191
Machine Shop Technology
2
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You will gain an understanding of machine shop principles and practices. This course will serve as a foundation for further studies in manufacturing. In addition to lectures and demonstrations, you will receive extensive hands-on experience.
Credit Units: 2
Course Hours: 30.0
Corequisites(s):
Equivalent Course(s): MACH 120
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
SHOP 186
Mechanical Components and Systems Lab
2
Show course details
You will focus on the application and operation of the components and systems rather than their use in the design process. You will work with and disassemble or assemble some of the components (others will be demonstrated for you). Some of the items you will investigate include bearings, shafts, chain belt and gear drives, hydraulic pumps, motors and cylinders, pneumatic systems, conveyors, and pneumatic and hydraulic flow and pressure control valves.
Credit Units: 2
Course Hours: 30.0
Potential Learning Method(s): Lecture/Lab, Online
WELD 387
Welding for Technologists
2
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You will observe and perform welding, thermal cutting and metal forming operations. You will develop an understanding of processes rather than skill. Supervised hands-on training will help you develop an understanding of Shielded Metal Arc Welding, Gas Metal Arc Welding, Flux Cored Arc Welding, Gas Tungsten Arc Welding, Oxy-Fuel Welding and Submerged Arc Welding. Your metal cutting activities will include Oxy-fuel Cutting and Plasma Arc Cutting. You will perform metal forming activities on a plate roll, press brake and structural roll.
Credit Units: 2
Course Hours: 30.0
Corequisites(s):
Equivalent Course(s): WELD 102
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
Total semester credits: 14

Year 2 - Semester 4

Code
Name/Description
Credits
 
CAD 201
Advanced Drafting/CAD Modelling 2
4
Show course details
You will include techniques to model three dimensional objects. As well, you will create assembly models, and then learn the various ways to document assembly/disassembly procedures and assembly analysis techniques. You will also build sheet metal parts and create folded and flat pattern drawings.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): CAD 103, DRFT 114
Potential Learning Method(s): Lab/Practical
ENGM 193
Applied Mechanics - Dynamics
4
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You will focus on kinematics and kinetics. In kinematics, you will analyze the geometry of rectilinear, circular and general plane motions. In kinetics, you will analyze the forces and movements associated with motion using Newton’s laws, the work-energy-power method, and the impulse-momentum method. You will learn how to solve engineering problems involving motion only and the forces causing that motion. You will analyze machine element linkages and vibrations using manual methods and computer software.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 191
Equivalent Course(s): ENGM 290
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
ENGM 280
Mechanical Design 1
4
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You will examine techniques used in the design, analysis, selection, and specification of various machine components. The influence of specific loading and operating conditions will be explored and accommodated. The primary system components to be examined include shafts, belt and chain drives, wire rope, bolted connections, and springs.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 180, WELD 387, MACH 191, SHOP 186, ENGM 101
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
HYDR 283
Fluid Power
4
Show course details
You will be introduced to hydraulic and pneumatic components, circuits and standard symbols. The course will include design problems involving sizing and selecting hydraulic components for typical applications. Your lab work will provide you with hands-on exposure to hydraulic pumps, motors, cylinders and various types of control valves.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): FMEC 101
Corequisites(s):
Potential Learning Method(s): Lecture/Lab, Online, Prior Learning
MANU 200
Fabrication
4
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You will develop an understanding of manufacturing systems, as well as competency in the selection and application of suitable fabrication and manufacturing processes. You will focus will be on metal bulk material (cold) deformation / removal, cutting, welding, and heat treatment. You will also examine process economics, quality assurance principles, and characterize quality problems with statistical analysis. You will reference governing industry best practices and technical standards will be referenced throughout.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 180, ENGM 101, MACH 191, SHOP 186, WELD 387
Equivalent Course(s): MANU 288
Potential Learning Method(s): Lecture/Lab
SEM 208
Industry Engagement
1
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You will engage with local industry and visit various manufacturing or industrial facilities. The course will include inviting local experts to present and share their expertise.
Credit Units: 1
Course Hours: 15.0
Potential Learning Method(s): Lecture/Lab, Online
THER 201
Vapour Systems and Heat Transfer
4
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You will investigate steam-based systems for process heating, as well as primary power (electrical) generation. You will examine typical refrigeration cycles, media, and equipment. You will also investigate and apply the principal modes of heat transfer (conduction, convection, and radiation) to determine thermal resistances and related energy losses / gains. You will examine methods to limit or enhance heat transfer, as well as evaluate heat exchanger operation and performance.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): FMEC 101
Potential Learning Method(s): Lecture/Lab
Total semester credits: 25

Year 2 - Semester 5

Code
Name/Description
Credits
 
ENGM 200
Finite Element Modelling
3
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You will gain experience using finite element modelling (FEM) software by applying several programs to the solution of typical analysis problems. You will develop an appreciation of the power and limitations of FEM by comparing computer-produced results with experimentally derived data and alternative classical methods of stress analysis.
Credit Units: 3
Course Hours: 45.0
Prerequisites(s): ENGM 101, CAD 201, THER 201
Potential Learning Method(s): Lecture/Theory
ENGM 201
Mechanical Design 2
4
Show course details
You will examine the techniques used in design, analysis and selection of various machine components. Components you will study include shafts, belt and chain drive components, bearings, motors, couplings, gears, clutches and brakes. A capstone course activity is the design of a bulk material conveyance system.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 193, ENGM 280, MANU 200
Potential Learning Method(s): Lecture/Lab
ENGM 202
Engineering Design and Development 1
4
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You will develop a solution to a targeted technical (mechanical engineering-centric) problem by applying a complete engineering design and development process. Starting with the development of a technical proposal and application of research findings, you shall proceed through a comprehensive design, analysis, and documentation cycle. Successful course resolution requires incorporation of multiple elements from the overall MET program curriculum.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): CAD 201, TCOM 111
Potential Learning Method(s): Lecture/Lab
HVAC 200
HVAC Fundamentals
4
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You will be introduced to the field of heating, ventilation, and air conditioning (HVAC) engineering. You will investigate the processes of conditioning moist air and what is required to maintain an indoor space with regards to comfort, indoor air quality, health, and ventilation. You will explore a variety of building envelope assemblies and components and evaluate their performance. You will develop competency in the calculation of building heating and cooling loads, as well as design of air distribution systems. You will explore the variety of components used in HVAC systems and discuss emerging HVAC technologies, energy conservation techniques, and industrial applications
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): THER 201
Potential Learning Method(s): Lecture/Lab
INST 206
Sensors and Networks
4
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You will develop foundational competency in process instrumentation, with perspective to the fields of Process Controls and Maintenance Management / Reliability Engineering. You will examine a variety of instrumentation devices and sensors, along with associated process signals and conditioning, measurement characteristics, as well as industrial communication protocols and networks. Laboratory exercises will supplement your study of pneumatic, electronic, digital and microprocessor-based measurement devices, signal transmitters, and communication methods.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): ENGM 193, CNTR 206
Corequisites(s):
Equivalent Course(s): INST 288
Potential Learning Method(s): Lecture/Lab
PROJ 216
Project Management and Contracts
2
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You will examine primary aspects of project management, spanning project initiation through to close out. Core project management processes and tools are examined as applicable to the major stages of a project life cycle. You will develop competency in developing and managing project schedules and resources with software. You will also identify contract documents and legal obligations / practices typical to engineering and industry activities in Canada.
Credit Units: 2
Course Hours: 30.0
Corequisites(s):
Potential Learning Method(s): Lecture/Theory
THER 202
Energy System Alternatives and Management
4
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You will explore established as well as emerging energy conversion and storage technologies, along with their implications for industry and society. Significant focus is placed on technologies such as hydropower, wind, solar, and hydrogen fuel cells. The production and relevant combustion / conversion processes for fuels (fossil / hydrocarbon, bio-sourced, hydrogen, nuclear) will be investigated. You will also consider methods of energy storage to manage energy use / production. Throughout, you will identify and utilize design principles, industrial standards, analytical software, and governing agencies related to the environmental and economic impact of energy use choices.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): THER 201
Potential Learning Method(s): Lecture/Lab
Total semester credits: 25

Year 2 - Semester 6

Code
Name/Description
Credits
 
CAD 102
Building Mechanical Modelling
2
Show course details
You will include the basics of designing, modelling and documenting in a mechanical building modelling environment - Mechanical Electrical Plumbing (MEP). You will create a building model and supporting documentation with the fully parametric building modeler.
Credit Units: 2
Course Hours: 30.0
Potential Learning Method(s): Lab/Practical
CNTR 203
Process Controls
2
Show course details
You will be introduced to aspects of industrial process control (i.e.: control variables and terminology, process characteristics, final control elements, controllers, and control schemes). You will model process characteristics as well as tune and configure controllers for a variety of process applications. Laboratory and simulation exercises will supplement your study of process characteristics, final control elements and PID controllers.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): INST 206
Equivalent Course(s): INST 288
Potential Learning Method(s): Lecture/Lab
ENGM 203
Engineering Design and Development 2
2
Show course details
You will construct, test, refine, and present a mechanical system or prototype.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): ENGM 202
Potential Learning Method(s): Lecture/Lab
HVAC 201
Building Performance Modelling
2
Show course details
You will study the concepts of building information modelling and apply tools to create a model of a building’s mechanical system(s). Specific mechanical equipment will be selected from manufacturer’s catalogues and incorporated into the model. The model will be used to evaluate the energy performance of the building with regards to heating, cooling and ventilation.
Credit Units: 2
Course Hours: 30.0
Prerequisites(s): HVAC 200, CAD 102(concurrent)
Potential Learning Method(s): Lecture/Lab
PROJ 288
Capstone Project
4
Show course details
You will develop a comprehensive solution for an industry-sourced engineering problem. Working with an industry client, you will define the project scope and deliverables. You will apply technical skills, develop subject matter specialization, and support your solution through appropriate technical documentation. You will communicate your solution to your industry client via a technical report and a project presentation.
Credit Units: 4
Course Hours: 60.0
Prerequisites(s): PROJ 216, ENGM 202
Corequisites(s):
Potential Learning Method(s): Lecture/Lab, Online
Total semester credits: 12

Get Credit for What You Know

Prior Learning Assessment and Recognition

Saskatchewan Polytechnic recognizes that adults learn in many different ways. This includes acquiring knowledge and skills through life and work experience or non-formal training.

See link(s) below to get more information about PLAR.


Transfer Credit

Many Sask Polytech students benefit from transferring course credit. You may be eligible to transfer credit to Sask Polytech or to another college or university.

Graduates of the Mechanical Engineering Technology Diploma may be eligible for 30 cu in the Bachelor of Engineering Technology Manufacturing degree program, or 36 cu in the Bachelor of Engineering Technology Petroleum degree programs 
Graduates of this program may obtain advanced standing toward a degree in engineering.

Learn more about the agreement at Lakehead University.
Graduates of this program may be eligible for block transfer into Bachelor of Technology Degree with 39 credit hours (13 courses) to be completed, including a technical project and report
Graduates of this program with a minimum Cumulative GPA of 3.0 (75%) may qualify for admission to Queen's University's BTech (Mining) Degree Program. Block transfer of 72 units less the required Customized Bridge Course units will be granted upon admission. Students must pass each prescribed bridge course with a minimum C- in order to progress to Year 3 of the BTech (Mining) Program.

Student Awards

Thanks to the generosity of donors and alumni, Saskatchewan Polytechnic gives away more than $2 million in student awards during the academic year.

Saskatchewan Polytechnic offers student awards for every certificate and diploma program at every campus. Not all student awards are based on marks - some are based on financial need or things like community or volunteer involvement.

More about scholarships

Accreditation

Technology Accreditation Canada (TAC) accredits the program at the Technologist level.

TAC is a bold, world class accreditation organization, delivering accreditation services for the engineering technology and applied science profession in Canada.

Professional Registration

Technology Professionals Saskatchewan

Technology Professionals Saskatchewan is the provincial regulatory body for graduates of this Saskatchewan Polytechnic program.  As a graduate of an accredited program recognized by Technology Professionals Saskatchewan, your academic training places you on an expedited path towards obtaining professional registration as an Applied Science Technologist (A.Sc.T.) or Certified Technician (C.Tech.).  For more information, visit tpsk.ca

Additional Information

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