SENECA COLLEGE
Mechanical Engineering Technology – Building Sciences (Optional Co-op)
Courses Required
BEA001
BES700
BGS161
EAC150
EBE151
ICA001
MTH161
BES701
BES702
BES802
BGA261
BGB261
BGL261
XXXXXX
CPP100
CWT261
BES703
BES704
BES706
BGD361
BGM361
BGP361
XXXXXX
CPP200
BES705
BES709
BES710
BGH461
BGN461
SES394
XXXXXX
BES910
BGB561
BGI561
BGN561
BGT561
BGQ561
PMA561
BES803
BGC662
BGE661
BGI661
BSD661
FPL661
SENECA COLLEGE
CAD Fundamentals
Building Systems: Practical Overview
Building a Sustainable Future
College English
Introduction to Engineering and the Built Environment
Introduction to Computers and Applications
Mathematics
Heating
Air Conditioning
Site Maintenance and Building Safety
Heating Practices
Air Conditioning and Refrigeration Practices
Electricity Fundamentals
General Education Option
Co-op Professional Theory
Co-op Work Term
Air Handling
Electrical
Water Treatment
Building Systems CAD
Codes and Regulations
Plumbing and Pipe Systems
General Education Option
Co-op Professional Practice
Controls
Hospital Building Systems
Energy Efficiency - Large Buildings
House as a System
Energy Technologies
Effective Technical Writing
General Education Option
Energy Auditing - Large Buildings
Fire Protection Systems and Procedures
Intelligent and Integrated Buildings
Renewable Energy Technologies
Thermodynamics
Energy Efficiency Design
Project Management
Strategic Financial Planning - Facilities
Energy Accounting
Environmental Management Systems Standards
Intelligent Building Systems
Sustainable Buildings Design Project
Field Placement
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Mechanical Engineering Technician (Tool Design)
Courses Required
BPR101
CNC101
EAC150
ICA001
MTH101
SHP101
THY101
CAM201
MTH201
SHP201
THY201
TLD201
XXXXXX
HPN301
JFX301
MAN301
MDD301
MTH301
PLC301
XXXXXX
DIE401
EAC392
EST401
MAN401
MCD401
QLA401
SHP401
SENECA COLLEGE
Blueprint Reading
Computer Numerical Control
College English
Introduction to Computers and Applications
Mathematics
Shop
Machining Theory
Computer Assisted Machining
Technical Mathematics I
Shop
Machining Theory
Tool Design
General Education Option
Hydraulics and Pneumatics
Jig and Fixture Design
Manufacturing Processes I
Mould Design
Technical Mathematics II
PLC Electrical Control Systems
General Education Option
Die Design
Effective Business and Technical Writing
Estimating
Manufacturing Process II
Machine Design
Quality Assurance CMM
Machine Shop
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Mechanical Engineering Technology – Industrial Design
Courses Required
BPR101
CNC101
EAC150
ICA001
MTH101
SHP101
THY101
CAM201
MTH201
SHP201
THY201
TLD201
XXXXXX
HPN301
JFX301
MAN301
MDD301
MTH301
PLC301
XXXXXX
DIE401
EAC392
EST401
MAN401
MCD401
QLA401
SHP401
ACC501
ELF501
IND501
MAN501
MKM501
MTH501
PRD501
ADM601
BMK601
EEA601
ETR601
IBL601
MKM601
XXXXXX
SENECA COLLEGE
Blueprint Reading
Computer Numerical Control
College English
Introduction to Computers and Applications
Mathematics
Shop
Machining Theory
Computer Assisted Machining
Technical Mathematics I
Shop
Machining Theory
Tool Design
General Education Option
Hydraulics and Pneumatics
Jig and Fixture Design
Manufacturing Processes I
Mould Design
Technical Mathematics II
PLC Electrical Control Systems
General Education Option
Die Design
Effective Business and Technical Writing
Estimating
Manufacturing Processes II
Machine Design
Quality Assurance CMM
Machine Shop
Management Accounting
Electricity
Industrial Design Ergonomics
Project Management
Marketing Fundamentals
Software Mathematics
Prototype Management
Advanced Modeling Design Techniques
Brand Management
Engineering Analysis
Electronics
Industrial Business Law and the Patent System
Entrepreneurship
General Education Option
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Course Descriptions
ACC501
Management Accounting
Introduces students to the essentials of accounting practices required by professionals who operate
their own small business. Topics include: the balance sheets; cash control; preparation of financial
statements; bank reconciliations; income statements; and general principles of accounting.
ADM601
Advanced Modeling Design Techniques
The use of 3-D design software allows students to explore concepts and ideas and put them in a form
that can be communicated to others. Participants take a basic design concept through the stages of
product development that will include basic sketching and 3-D modeling, using the latest in industrial
design software. The solid modeling software is used to create working drawings using accepted drafting
techniques and procedures.
BEA001
CAD Fundamentals
This is an introductory subject in computer aided drafting and design technology using the latest release
of Autodesk software to produce 2-dimensional drawings in accordance with industry standards and
conventions.
Equivalency: BGD261
BES700
Building Systems: Practical Overview
An introductory overview of today's complex building systems. Site visits, demonstrations of actual
equipment and machinery such as boilers, chillers, air handling units, fire protection systems and
electrical equipment.
BES701
Heating
An introduction to the operation and maintenance of boilers, burners, heating pipe systems, plumbing
details.
BES702
Air Conditioning
Understand the function of air conditioning and refrigeration with respect to equipment and design.
BES703
Air Handling
An introduction to air handling systems and their component parts including preventive maintenance
programs.
SENECA COLLEGE
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BES704
Electrical
Includes a study of electrical systems, motor controls and wiring diagrams, and calculation of loads and
charges.
BES705
Controls
A basic background is provided on automatic controls, including how they work, and how they are
applied and interconnected.
BES706
Water Treatment
Understand water treatment and the application of a water treatment system to industrial and
commercial properties.
BES709
Hospital Building Systems
Course description not found
BES710
Energy Efficiency - Large Buildings
Developed in consultation with the provincial Ministry of Environment and Energy, this subject covers
energy efficiency as it relates to building management and application, heating and cooling, air handling,
lighting and electrical systems, and building control systems.
BES802
Site Maintenance and Building Safety
A study of the building envelope, and both exterior and interior maintenance, including housekeeping
and landscaping. Aspects of life safety and environmental management are also included.
BES803
Strategic Financial Planning – Facilities
An overview of today's strategic and financial planning techniques for facility management.
BES910
Energy Auditing - Large Buildings
Drawing on the knowledge of building systems and energy efficiency obtained through the BES100
series of subjects, this subject develops the skills necessary to perform detailed energy and sustainability
audits in large buildings, including lighting and HVAC audits, facility condition assessments, control
systems assessments and environmental audits. Students will use a variety of computer based tools and
test equipment to assist in the process, as well as writing reports detailing their findings and identifying
retrofit measures.
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BGA261
Heating Practices
Practices used in the operation and maintenance of heating systems in buildings are applied through
hands-on activities.
Co-requisite: BES701
BGB261
Air Conditioning and Refrigeration Practices
Practices used in the operation and maintenance of air conditioning and refrigeration in buildings are
applied through hands-on activities.
Co-requisite: BES702
BGB561
Fire Protection Systems and Procedures
This subject covers the practical aspects of fire protection as they relate to the systems within buildings.
BGC662
Energy Accounting
Using industrial standard energy auditing/accounting applications, the student will apply international
protocols in performing detailed analyses of energy used in commercial/institutional buildings,
determine and apply appropriate weather and operational methods, and determine savings attributable
to energy management.
Pre-requisite: BGQ561
Equivalency: BGH661
BGD361
Building Systems CAD
AutoCAD skills previously learned are enhanced and applied in this subject. Studies in this subject cover
the specification requirements to produce computer assisted drawings for buildings.
Pre-requisite: BGC161
BGE661
Environmental Management Systems Standards
Students learn to understand the systematic approach to managing environmental issues through the
use of environmental management systems (EMS) which are based on ISO14004.
Pre-requisite: BES710
SENECA COLLEGE
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BGH461
House as a System
This subject uses a total system approach to analyze the design and operation of residential buildings.
Using Building Science principles the course covers design and retrofit of residential buildings towards
energy efficiency residential energy auditing techniques evaluation of building components (envelope,
equipment, HVAC systems) and Indoor Air Quality. It is part of Seneca's Residential Accreditation
Program.
BGI561
Intelligent and Integrated Buildings
Studies in this subject cover the activities and resources of an intelligent and integrated building. The
student explores the complex elements, latest thinking and developments of intelligent buildings.
BGI661
Intelligent Building Systems
Studies in this subject cover the technical side of intelligent buildings and their technologies. A heavy
emphasis is placed on communications both wired and wireless. Practical activities are used to
demonstrate the applied nature of personal computer usage in intelligent and integrated buildings.
Pre-requisite: BGD561
BGL261
Electricity Fundamentals
This subject deals with electrical fundamentals including resistive, capacitive and inductive devices,
circuit analysis, power grounding, wiring, generators, transformers, motors, motor control and electrical
code.
BGM361
Codes and Regulations
This subject deals with the various codes, regulations and related documents relevant to buildings. It
includes the organization of the documents, administration, enforcement relevant by-laws and technical
requirements.
Pre-requisite: Must have successfully completed first year BST or BTS.
BGN461
Energy Technologies
Studies in this subject cover the fundamentals of energy technologies including solar water heating,
windpower, geothermal, photovoltaic systems and alternative fuel technologies. In addition, technical
understanding of both traditional and non-traditional energy systems will be enhanced.
Equivalency: BER461
SENECA COLLEGE
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BGN561
Renewable Energy Technologies
Further study and enhancement of skills learned in BGN461 are undertaken. Emphasis is placed on
sustainable energy technologies and includes solar, wind, geothermal and alternative fuel technologies.
Pre-requisite: BGN461
Equivalency: BER561
BGP361
Plumbing and Pipe Systems
Students will study the essentials of plumbing and pipe systems as they apply to commercial buildings.
BGQ561
Energy Efficiency Design
Students study current industry standard software that has applications to energy efficient elements for
large commercial buildings.
Pre-requisites: Must have successfully completed 2nd year BST.
BGS161
Building a Sustainable Future
Students learn to understand sustainability through the study of current issues in an attempt to provide
the best outcomes for the human and natural environments both now and into the indefinite future.
BGT561
Thermodynamics
Heat conduction, convection and radiation. Practical applications of heat transfer, heat and work terms
for ideal gases, thermodynamic work processes and energy changes in thermodynamic processes.
Pre-requisite: BEP161
BMK601
Brand Management
As many businesses now recognize, one of the most valuable assets that a firm has is the brands that a
firm has invested in and developed over time. This course builds the foundation for brand strategy and
explores the concepts of brand equity, brand identity and brand personality. Students learn how to
leverage the marketing mix to build a strong brand platform.
BPR101
Blueprint Reading
This subject is designed to provide the student with the necessary skills to solve practical shops
problems. These skills will enhance a skilled metal machining trades person's ability to work accurately
and efficiently in today's modern manufacturing environment.
SENECA COLLEGE
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BSD661
Sustainable Buildings Design Project
The Design Project integrates the skills and knowledge gained in the previous 5 semesters and involves
the students in the design or retrofit of energy systems in large institutional buildings (hospitals, schools,
etc.). Conforming to Ashrae guidelines, the student will use a variety of tools (CAD, Energy Analysis,
Thermodynamics, Audition) in the completion of the project.
CAM201
Computer Assisted Machining
The purpose of this subject is to create and edit part geometry, and create and edit tool paths, using a
CAM application software package. Consideration will be given to the planning process that takes place
prior to machining a part on a numerically controlled machine tool.
Pre-requisite: CNC101
CNC101
Computer Numerical Control
This subject focuses on the manual programming codes for a Computer Numerical Control (CNC)
Machining Centre with a Fanuc control. Although there are different formats used to program CNC
equipment, the skills and concepts learned in this subject will enable the student to quickly master other
CNC controls.
CPP100
Co-op Professional Theory
This subject will address topics that will assist the student in preparing for career opportunities and in
optimizing the educational benefits of the work experience.
CPP200
Co-op Professional Practice
These sessions will allow students a forum within which to share their work experiences with classmates and to address additional topics relating to the world of work.
CWT261
Co-op Work Term
Co-op work term.
DIE401
Die Design
This subject deals with the logical approach and the procedures necessary to produce working detailed
component drawings suitable for the manufacture of production tooling. Materials required to
manufacture both the tooling and finished manufactured part will be discussed to ensure finished
tooling designs meet production requirements.
SENECA COLLEGE
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EAC150
College English
College English is an introductory college writing and reading subject fundamental to successful college
studies. Through a variety of assignments and classroom activities, students will strive to develop the
rhetorical and analytical skills essential to their success as communicators in college and upon
graduation. Fiction and nonfiction will be a central vehicle for teaching writing.
EAC392
Effective Business and Technical Writing
(Prescribed for some Technology Programs) This subject introduces the study of technical writing,
including specified formats such as memoranda, letters, proposals, and informal reports. EAC392 applies
and develops the skills of technical writing in a series of writing assignments placing emphasis on
brevity, clarity, conciseness, unity and coherence - all essential to good technical communication. Basic
research skill and effective oral communications are also covered.
Pre-requisite: EAC150 or equivalent
EBE151
Introduction to Engineering and Built Environment
The student is introduced to the competing inter-relationships between natural and man-made systems
and the environmental and engineering issues that arise. The student will discover the basics of why and
how environmental and engineering works can be done in a compatible nature. The course will illustrate
practical and analytical solutions to engineering and environmental problems.
EEA601
Engineering Analysis
Students analysis and verify product design to ensure conformance with stipulated design criteria. They
arrange for engineering analysis and interpret results. Ergonomic studies are undertaken and statistical
results are prepared and analyzed.
ELF501
Electricity
This subject deals with DC and AC electrical fundamentals including resistive, capacitive and inductive
devices, circuit analysis, power grounding, wiring, generators, transformers, motors, motor control and
Electrical Code.
EST401
Estimating
Building a production tool is an expensive process. It is important to design tools that are efficient yet
cost effective. This subject will cover the factors that are used to calculate and estimate the cost of a
variety of production tools.
SENECA COLLEGE
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ETR601
Electronics
This subject introduces students to the fundamentals of electronics with an emphasis on applications in
process instrumentation and control systems. Topics include: alternating current theory; electronic
circuits theory for diodes, transistors and amplifiers; DC power supplies; filters; signal amplification; and
digital gate logic.
FPL661
Field Placement
Students will complete a field placement in the building systems area to apply the theory and skills they
have learned and to gain work experience.
HPN301
Hydraulics and Pneumatics
This subject deals with the fundamentals of pneumatic, and hydraulically powered systems. Students
explore the ways in which these systems, combined with programmable logic controllers (PLC's), provide
movement and control of a wide variety of tooling and manufacturing systems. Knowledge gained in this
subject is used in the Machine and Die Design subjects.
IBL601
Industrial Business Law and the Patent System
Includes topics that address the maintenance of intellectual property rights, product liability issues,
basic tax law, and the preparation of royalty and confidentiality agreements, potential conflict between
meeting the need to generate income versus recognition of environmental concerns. Students develop
an understanding and appreciate of the rights and responsibilities attached to a wide range of activities
necessary to the business and commercial fields.
ICA001
Introduction to Computers and Applications
In this subject students are introduced to a microcomputer operating system (MS Windows Vista), and
the following business applications: MS Word 2007 for word processing, MS PowerPoint 2007 for
business presentations, and MS Excel 2007 for spreadsheets. Students will use Windows Vista to
effectively operate a microcomputer, access various Seneca computer systems, and use Office 2007 to
prepare word documents, create business presentations, and develop spreadsheets.
IND501
Industrial Design Ergonomics
Teaches students how to work with businesses to make products both functional and attractive to
customers. Helps students to recognize design considerations that will influence how a product will
function during its useful lifetime with an emphasis on ease of use, longevity and aesthetics.
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JFX301
Jig and Fixture Design
This subject will cover the design drill jigs, milling fixtures, numerical control fixture, welding fixtures and
checking gages. Each student will be required to use CAD software to design production tooling that
would be used in the manufacturing of a variety of everyday items. Each student will design a tool that
they will later build in SHP401.
MAN301
Manufacturing Processes I
This subject introduces the student to common manufacturing processes including: basic cutting
information, metal cutting machine tools, welding theory, casting techniques, presswork and forging.
MAN401
Manufacturing Process II
This subject builds on the knowledge and experience gained in MAN301. Students will now consider the
practical application of their knowledge through a series of managed project work and through
instructor guided lab assignments. The student will be introduced to the basic operations of a punch
press and an injection-moulding machine.
MAN501
Project Management
Participants manage projects from the beginning to the end including: cost analysis, deadlines,
scheduling. Projects may involve processes that will include: injection moulding; die and investment
casting; forging; CNC machining, compression moulding, and, blow moulding. Appropriate materials are
selected and tooling, material and projected machining cost calculated. Students learn to calculate the
piece part price based on potential production quantities.
MCD401
Machine Design
This subject teaches the fundamental concepts and principles required to design machinery and
equipment ensures the efficient and safe handling of manufactured parts. Students combine knowledge
they acquire in hydraulics and pneumatics with basic mechanical principles to solve fundamental
machine design problems.
MDD301
Mould Design
In order to mass-produce plastic parts, a tool called a mould must first be designed. This subject will
cover the design of a variety of moulds including injection mould, blow mould and transfer moulds. Each
student will be required to design, sketch and with the aid of CAD software produce working drawings of
a variety of moulds.
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MKM501
Marketing Fundamentals
Provides participants with the skills required to market their ideas and products to the public, potential
investors and sponsors. Suggests a framework by which ideas can be communicated in an efficient and
effective way to ensure maximum product exposure. The establishment of a brand, developing brand
architecture and brand management.
MKM601
Entrepreneurship
Participants learn how to start a small business by conducting appropriate research, establishing
financial backing and marketing their products and ideas. Effective personal interaction with others to
establish strategic alliances with marketers and developers is emphasized. Negotiating skills are
practiced in class. Students develop their ability to think entrepreneurially by evaluating business
opportunities in domestic and international markets and by preparing a business plan for a new venture,
and by presenting their ideas at a trade show.
MTH101
Mathematics
This subject is designed to provide the student with the necessary skills to solve practical shop problems.
These skills will enhance a skilled metal machining trades person's ability to work accurately and
efficiently in today's modern manufacturing environment.
MTH161
Mathematics
This subject covers technical calculations, algebra and linear equations. Emphasis is placed on
developing problem solving techniques by applying the topics to related engineering problems.
MTH201
Technical Mathematics I
This subject will build on the skills acquired in MTH101. It further develops the student's ability to solve
complex practical shop problems as they relate to the metal machining trades. The main focus is in the
areas of geometry and trigonometry.
Pre-requisite: MTH101
MTH301
Technical Mathematics II
This subject is designed to provide the student with the necessary skills to solve practical shop problems.
These skills will enhance a tool designer's ability to work accurately and efficiently when designing
today's modern tools used in an automated production environment.
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MTH501
Software Mathematics
An introductory course that includes: limits and derivatives; differentiation of algebraic functions;
trigonometric and reverse trigonometric functions; logarithmic and exponential functions. Students
learn how to apply differentiation to solve linear motion, related rates, curve sketching, and maximum
and minimum problems; how to use Newton?s method, partial differentiation, integration of algebraic,
trigonometric and exponential functions; integration techniques, numerical integration, and the
application of integration to solve linear motion problems, areas, volumes and surfaces.
PLC301
PLC Electrical Control Systems
This is an introductory subject in the theory and operation of Programmable Logic Controllers. The
subject begins by introducing the student to the theory of relays, relay logic followed by an introduction
to the concept of ladder logic and ultimately to the concept of programming the Logic Controllers. The
hands-on approach will take the students to the point where they can write a control program on a PLC.
PMA561
Project Management
Job specifications and changes will be part of this course. Scheduling and dealing with the various
contractors, their materials, their tools, their agents, and their workers and various on site problems.
The de-regulated energy industry and the energy saving business including energy saving companies.
PRD501
Prototype Management
Students learn to provide data in a format suitable for production of prototypes by conventional and
state-of-the-art production methods by generating files that can be loaded and used by stereo
lithography machines (3-D printing). Practical work includes the manufacture of prototypes and the
conceptualizing and sketching suitable product designs.
QLA401
Quality Assurance CMM
In this subject students are provided with instruction on the hierarchical structure of quality assurance
and planning. This involves consideration of the requirements of QS9000 and other related international
systems, Failure Mode Effect Analysis (FMEA), Advanced Product Quality Planning (APQP) and the
Products Parts Approval Process (PPAP).
SES394
Effective Technical Writing
This subject introduces the study of technical writing, including specified formats such as memoranda,
letters, proposals, and informal reports. SES394 applies and develops the skills of technical writing in a
series of writing assignments placing emphasis on brevity, clarity, conciseness, unity and coherence - all
essential to good technical communication. Basic research skills and effective oral communications are
also covered.
Pre-requisite: EAC150 or EAC156
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SHP101
Shop
The skills necessary to be a good tool and die maker, mould maker or general machinist, can only be
gained through practical experience on metal machining equipment. The subject projects have been
designed to present a challenge to participants while at the same time allowing students to develop
sound basic machining and planning skills.
SHP201
Shop
This subject builds on the machining skills introduced in SHP101. Projects have been designed to
broaden the students machining skills while allowing the participants to develop further machining
techniques. Although the main thrust of this subject is metal cutting, a great deal of time is spend on
developing effective planning procedures.
Pre-requisite: SHP101
SHP401
Machine Shop
This subject will give each student the opportunity to build a tool, of his or her design. Each student will
use the skills gained in SHP101 and SHP201 to assist them in building and tool proving their work.
Students will work independently and in groups to produce production tools.
THY101
Machining Theory
In order to manufacture parts efficiently, it is necessary to have an understanding of methods used to
machine a wide variety of materials, using equipment commonly found in a machine shop. This subject
has been designed to build a solid theoretical foundation from which students can develop good
machining skills and techniques.
THY201
Machining Theory
In order to manufacture parts efficiently, it is necessary to have an understanding of how to machine a
wide variety of materials, using equipment commonly found in a machine shop. This subject has been
designed to complement THY101 and build a sold theoretical foundation from which the student can
develop good machining skills and techniques.
Pre-requisite: THY101
TLD201
Tool Design
In order to properly appreciate the working principles of dies, fixtures, jigs and moulds, the student must
have a good understanding of how these tools are designed. This subject will expand the drafting skills
that were developed in BPR101 and will introduce the student simple die, fixture and mould designs.
Pre-requisite: BPR101
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XXXXXX / GEN001
General Education Option
If you require either a general education option or an English subject, this will be displayed as GENXXX in
SIRIS, on the screen entitled "Add a Subject Section" and within a box entitled "Suggested Subjects for
Your Current Semester". Moving down the screen, look for a box entitled "General Education Options
and English Subjects". Click on the arrow to search the list of options available to you this term. Click on
the subject of your choice, click on "More Info" to read a brief outline of that subject then click on "Add
Subject". A "Subject Enrol" screen will pop up, from which you can choose the date and time that will fit
around your professional subjects already timetabled. Check your timetable to ensure you made the
choice you intended. If you change your mind, go back to the "Available Options" screen, click on
"Change Your Timetable" and drop the subject selected and choose another.
SENECA COLLEGE
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