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 Courseware Title Identification Form English Title 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 Responsibilities Effective workplace inspections Investigations 4 Ergonomics 5 Workplace Hazardous Materials Information System (WHMIS) 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 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 9 Confined Space Awareness 10 Radiation Safety 11 Laser Safety 12 Respiratory Protection 13 Personal Protective Equipment 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 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 15 Lock-Out/TagOut 16 Transportatio n of Dangerous Goods 17 Arc Flash & Electrical Safety 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 Lift Truck Operator 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 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 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 Wearing and care of protective clothing and equipment Anatomy and physiology Diving equipment Decompression techniques Nitrox and mixed gas diving General introduction and information o Introduction to basic biology terminology o Definition of biosafety terms Risk groups o Factors contributing to risk level and chance of infection o Exposure routes Contaminant levels Medical surveillance Risk assessment French Title Course Information*** RFP15-22084 Topic APPENDIX C – Courseware Title Identification Form Potential Topic Modules 29 Hazardous Chemicals 30 Nanomaterial Safety 31 Chemical Handling 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 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.