RFP15-22084
APPENDIX C – Courseware Title Identification Form
Courseware Title Identification Form
1
Topic
Potential Topic Modules
Canada
Labour Code,
Part II – Roles
&
Responsibiliti
es
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Courseware Title Identification Form
English Title
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Due diligence
o Definition
o Internal Responsibility
System
For supervisors
o Supervisor definition
o NRC requirements for
supervisors
For employees
Responsibilities
Reporting requirements
Investigation
Return to work process
COSH
Member
Training
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Responsibilities
Effective workplace inspections
Investigations
4
Ergonomics
5
Workplace
Hazardous
Materials
Information
System
(WHMIS)
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Musculoskeletal disorders
Anatomy
Signs and symptoms
Risk factors
Prevention strategies
Safe lifting and back care
Office ergonomics
Laboratory ergonomics
Supplier and workplace labels
Material Safety Data Sheets
(MSDS)
Classifications of controlled
products
Global Harmonized System (GHS)
overview
2
Hazardous
Occurrence
Investigating,
Recording &
Reporting
3
6
Fire
Prevention in
the
Workplace
7
Workplace
Violence
Prevention
8
Dealing with
Hazardous
Spills
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Fire classifications
Causes
Prevention practices
Building evacuation planning
Fire extinguisher types and use
(should include a video on how
to use a fire extinguisher)
Standpipe hose types and use
Definition
Roles and responsibilities
Risk factors
Prevention strategies
Incident response
Spill definition
Roles and responsibilities
Preparedness
o Choice of and limits of
Personal Protective
Equipment (PPE)
Spill kits
French Title
Course
Information***
RFP15-22084
Topic
APPENDIX C – Courseware Title Identification Form
Potential Topic Modules
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9
Confined
Space
Awareness
10
Radiation
Safety
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11
Laser Safety
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12
Respiratory
Protection
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13
Personal
Protective
Equipment
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Courseware Title Identification Form
English Title
o Types of kits
Types of spills
o Biohazardous
o Powder
o Nanomaterial
Spill response
Clean up procedures
Definition
Regulations
Hazards and hazard assessment
Roles and responsibilities
Pre-entry and entry
requirements
Types of radiation
Types of sources
Bio-effects of radiation
Regulations (including Health
Canada)
Work practices
Emergency preparedness
Waste handling
Class 7 Transportation of
Dangerous Goods (TDG)
receiving
Laser classification (American
National Standards Institute –
ANSI)
Hazards
o Eye
o Skin
o Electric and fire
o Chemical
o Associated (non –
beam)
PPE
Signage
Maximum permissible exposure
Nominal hazard zones
Hazard controls
Human respiratory system
Respiratory hazards
Respiratory protection
o Types
o Exposure limits
o Cartridges types
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Expiry of
cartridges
Respirator performance
o Limits of respiratory
protection devices
User seal checks and fit testing
Respirator use, care and storage
Protection levels (Standards PPE
must adhere to (e.g. CSA 294.3,
ANSI Z87.1)
Hand protection
Feet protection
Eye protection
Ear protection
Head protection
French Title
Course
Information***
RFP15-22084
14
APPENDIX C – Courseware Title Identification Form
Topic
Potential Topic Modules
Compressed
Gas Safety
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15
Lock-Out/TagOut
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16
Transportatio
n of
Dangerous
Goods
17
Arc Flash &
Electrical
Safety
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Courseware Title Identification Form
English Title
Identification and labelling of
gas cylinders
Properties of different gases
Cylinder handling and proper
storage
o Appropriate
segregation of
incompatible gases
o Flammable gases
Types of regulators
Emergency response to leaks
Classification of gases
Toxic gases
o
Properties
o
Receiving delivery of
toxic gases
o
Handling and storage
o
Types of monitoring
Cryogens
o
Introduction; - What
are cryogens?, - Why
are they used?
o
Hazards-, and
hazards specific to
type i.e., O2, H2, N2
o
Storage, transporting
and handling
o
Practical: Filling tanks
o
PPE
o
Basic safe practises
o
Nitrogen
Gas supply by way of pipelines
o
Detection systems
o
Identification
o
Hook ups
Regulations
Types of hazardous energy
Safety devices
Isolating energy sources
Lockout/Tag out procedure
o
Return to service
Classification
Documentation
Safety marks
Means of containment
Exemptions
Emergency response
Safety standard, e.g. NFPA 70E,
CEC
Identifying electrical hazards
Safe work practices
PPE
Emergency preparedness
Static electricity
o How static electricity
is produced
o Electrostatic
discharges
o Static electricity as an
ignition source
o Minimum ignition
French Title
Course
Information***
RFP15-22084
Topic
APPENDIX C – Courseware Title Identification Form
Potential Topic Modules
o
18
19
Laboratory
Safety
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Lift Truck
Operator
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20
Fall
Prevention
21
Defensive
Driving
22
Overhead
Crane
Operator;
Safe Rigging &
Lifting
23
Aerial Man
Lift Operator
24
Welding
Safety
25
Workshop
Safety
26
Safeguarding
of Machinery
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Courseware Title Identification Form
English Title
energy
Preventative
measures
Hazard signage
Chemical fume hoods and
Biosafety cabinets
PPE
Emergency preparedness
Chemical handling and storage
Hazardous waste
Inspection and safety checks
Lift truck operation and load
handling
o Stability
Pedestrian awareness
Lift truck safety
Maintenance
Refuelling
o Fuel sources
Regulations
Fall restricting
Fall arrest systems
Emergencies
Safe driving techniques
Adverse weather driving
Car care
Emergencies
Regulations
Basic equipment design
Hazard awareness
Safety inspections
Safe rigging and hoisting
Communication Signals
Lifting capacity
Emergency procedures
Regulations
Responsibilities
Safety inspections
Safe operating and load
handling
Types of lifts
Fall protection
Maintenance
PPE
Basic principles
Safe operating procedures
Safety inspections
Cylinder storage and
transportation
General safety precautions
Hazards and controls
Use of guards
PPE
Tool inspections
Hand Tool Safety
Working safety with power tools
General safety principles
Machine hazards and guards
Lockout/Tag out
French Title
Course
Information***
RFP15-22084
Topic
APPENDIX C – Courseware Title Identification Form
Potential Topic Modules
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Courseware Title Identification Form
English Title
Interlocks and drop probe
devices
Adjustment, inspection and
maintenance
Machinery operators shall be trained
in the following:
a) Machinery safety
procedures, including
emergency procedures;
b) The correct and safe way
of doing the job;
c) Knowledge and
understanding of the
hazards they face;
d) Understanding the
purpose and function of
the safeguards that
protect them;
e) Reporting faults
immediately, including
guard defects;
f)
Wearing and care of
protective clothing and
equipment; and
g) The need for good
housekeeping.
27
Diving
Operations
28
BioSafety
Plant engineers and maintenance
staff shall be trained in the following:
a) Principles of safeguarding
machinery;
b) Electrical and mechanical
safety;
c) Precautions during
maintenance work,
including safe systems of
work and, where
necessary, permit-to-work
and lock-out systems, and
emergency procedures;
and
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Wearing and care of protective
clothing and equipment
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Anatomy and physiology
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Diving equipment
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Decompression techniques
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Nitrox and mixed gas diving
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General introduction and
information
o
Introduction to basic
biology terminology
o
Definition of
biosafety terms
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Risk groups
o
Factors contributing
to risk level and
chance of infection
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Exposure routes
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Contaminant levels
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Medical surveillance
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Risk assessment
French Title
Course
Information***
RFP15-22084
Topic
APPENDIX C – Courseware Title Identification Form
Potential Topic Modules
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29
Hazardous
Chemicals
30
Nanomaterial
Safety
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31
Chemical
Handling
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Courseware Title Identification Form
English Title
Biosecurity and accountability
Incident and emergency
response
Handling infectious substances
o
PPE
Decontamination and waste
disposal
Biological cabinets ( bio fume
hoods)
Biohazard waste disposal
Properties
Receiving Delivery of Chemicals
Handling and Storage
General introduction
o
Definitions nanoobject, ultrafine
particles, engineered
nanoparticals, etc.)
Definitions and examples (what
are they?)
Toxicology
Routes of entry
Potential health and safety
hazards
Controlling exposure,
engineering controls and PPE
Work practices, handling,
hygiene, cleaning, transporting
Guidance documents and
references
Waste/Disposal
More in‐depth coverage of
WHMIS categories and the risks
that they represent.
Deeper understanding of the
MSDS content.
Exposure routes.
Exposure limits.
Choice of control measures.
Chemical management –
inventory, MSDS, labelling,
storage (including separation of
incompatible chemicals),
inspection, transportation
(inside building), disposal, etc.
Appropriate containment of
chemicals.
Grounding.
Choosing appropriate PPE for
the chemical to be used (may
already be covered in PPE
course).
Handling toxic and highly
flammable powders.
Electrostatic energy.
Cryogenic liquids.
Nanomaterials (at least an intro.
here).
Specific emergency procedures
(site specific perhaps) – e.g., HF,
antidotes
French Title
Course
Information***
RFP15-22084
Topic
32
Hazard
Prevention
APPENDIX C – Courseware Title Identification Form
Potential Topic Modules
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Courseware Title Identification Form
English Title
French Title
Course
Information***
Metal Powders
Definitions
Purpose of hazard prevention
Types of hazards
Hazard identification
Hazard assessment
Hazard control
*** Course Information Column - For each course title identified on the Title Identification Form, the
Contractor will provide a brief description of the course which includes the target audience, the course
objectives, the intended length and the qualifications/certifications/skills imparted by the course.