Add G1 tools

Author: mechanical-girl

syllabuses/G1/Big Robot Arm/risk-assessment.md

@@ -0,0 +1,36 @@
+# Big Robot Arm
+
+<!-- Each thing below becomes a row in the table - copy it for each risk that's been identified.
+     Please delete all the comments from the final document -->
+
+## A thing that might go wrong
+
+### Severity
+
+<!-- How bad it is if the thing happens. H, M, or L. -->
+H
+
+### Likelihood
+
+<!-- How likely something is, *after* the control measures listed below. H, M, or L. -->
+H
+
+### Risk rating
+
+<!-- If both likelihood and severity are H, this is H
+     If one of likelihood and severity is L, and the other is L or M, this is L
+     Otherwise, this is M -->
+H
+
+### Who may be harmed & how
+
+<!-- Usually some combination of:
+       User
+       Bystander
+       Users of the room
+       The space
+       Following user -->
+
+### Control measures
+
+<!-- Anything that's in here should also be in the syllabus somewhere, to ensure it's actually practised. -->

syllabuses/G1/Big Robot Arm/syllabus.md

@@ -0,0 +1,33 @@
+# Big Robot Arm
+
+<!-- There is no prescribed structure, but here is a suggestion: -->
+
+## Safety
+
+### PPE
+
+### Risks
+
+<!-- Usually, all of the control measures in the risk assessment should be mentioned here -->
+
+## Startup checks
+
+## Usage
+
+### Starting the machine
+
+### Stopping the machine
+
+<!-- incl estops if necessary -->
+
+### General
+
+### Materials
+
+### Cleaning up
+
+## Maintenance
+
+### General
+
+## Other

syllabuses/G1/Soldering Irons/risk-assessment.md

@@ -0,0 +1,36 @@
+# Soldering Irons
+
+<!-- Each thing below becomes a row in the table - copy it for each risk that's been identified.
+     Please delete all the comments from the final document -->
+
+## A thing that might go wrong
+
+### Severity
+
+<!-- How bad it is if the thing happens. H, M, or L. -->
+H
+
+### Likelihood
+
+<!-- How likely something is, *after* the control measures listed below. H, M, or L. -->
+H
+
+### Risk rating
+
+<!-- If both likelihood and severity are H, this is H
+     If one of likelihood and severity is L, and the other is L or M, this is L
+     Otherwise, this is M -->
+H
+
+### Who may be harmed & how
+
+<!-- Usually some combination of:
+       User
+       Bystander
+       Users of the room
+       The space
+       Following user -->
+
+### Control measures
+
+<!-- Anything that's in here should also be in the syllabus somewhere, to ensure it's actually practised. -->

syllabuses/G1/Soldering Irons/syllabus.md

@@ -0,0 +1,33 @@
+# Soldering Irons
+
+<!-- There is no prescribed structure, but here is a suggestion: -->
+
+## Safety
+
+### PPE
+
+### Risks
+
+<!-- Usually, all of the control measures in the risk assessment should be mentioned here -->
+
+## Startup checks
+
+## Usage
+
+### Starting the machine
+
+### Stopping the machine
+
+<!-- incl estops if necessary -->
+
+### General
+
+### Materials
+
+### Cleaning up
+
+## Maintenance
+
+### General
+
+## Other

syllabuses/G2/Voron 3D Printer/risk-assessment.md

@@ -0,0 +1,104 @@
+# Prusa 3D Printers
+
+## Burn due to hotplate or hot-end
+
+### Severity
+
+L
+
+### Likelihood
+
+L
+
+### Risk rating
+
+L
+
+### Who may be harmed & how
+
+- User - the user may have a minor burn due to the high temperature of the hotplate and hot-end of the 3D printer
+
+### Control measures
+
+- Signage - standard "hot surface" signage is used to indicate the surface may be hot
+- Training - informing the user about how to tell if the printer is currently operating, checking the current temperature,
+  and to avoid touching the hot plate or hot-end directly
+- Equipment - first aid kit is available
+
+## Fire started due to hotplate or hot-end
+
+### Severity
+
+H
+
+### Likelihood
+
+L
+
+### Risk rating
+
+L
+
+### Who may be harmed & how
+
+- The space - the equipment and surrounding area may become damaged from a fire started by a flammable material placed
+  on the hotplate or hot-end of the 3D printer.
+- User - the user may become injured from a fire by both heat and inhalation of smoke
+- Bystanders - bystanders may become injured by both heat and inhalation of smoke
+
+### Control measures
+
+- Signage - standard "hot surface" signage is used to indicate the surface may be hot
+- Training - users are instructed to not leave flammable materials on or around the 3D printer
+- Supervision - active 3D printers are monitored during operation
+- Equipment - fire alarms and extinguishers are installed, first aid kit is available
+
+## Body part or clothing is caught in printer mechanism
+
+### Severity
+
+L
+
+### Likelihood
+
+L
+
+### Risk rating
+
+L
+
+### Who may be harmed & how
+
+- User - the user may experience injuries such as cuts and stretch or crush injuries
+
+### Control measures
+
+- Signage - standard "pinch point" or "crush hazard" signage is used to indicate the printers are hazardous
+- Training - users are instructed to remove or secure loose clothing and long hair and to avoid placing hands near
+  the 3D printer gantry mechanism
+
+## Hazardous gasses
+
+### Severity
+
+M
+
+### Likelihood
+
+L
+
+### Risk rating
+
+L
+
+### Who may be harmed & how
+
+- Users of the room - anyone in the room may sustain injury from inhalation of hazardous gasses produced by heated
+  thermoplastics
+
+### Control measures
+
+- Enclosure - 3D printer is enclosed in a case to prevent hazardous gasses from escaping
+- Extraction - an extraction device is installed to extract hazardous gasses from the enclosure
+- Training - users are informed about which plastics produce hazardous gasses and to ensure the enclosure is closed
+  and the extraction device operational

syllabuses/G2/Voron 3D Printer/syllabus.md

@@ -0,0 +1,64 @@
+# Prusa 3D Printers
+
+<!-- There is no prescribed structure, but here is a suggestion: -->
+
+## Safety
+
+### PPE
+* None necessary during ordinary use.
+
+### Risks
+* Burn from heated bed or hot-end
+* Fire started due to heated bed or hot-end
+* Body part or clothing caught in printer mechanism
+* Hazardous gasses
+
+<!-- Usually, all of the control measures in the risk assessment should be mentioned here -->
+
+## Startup checks
+* Filament loaded is expected type
+* Bed and hotend can move freely
+* Area around printer is clear
+* Bed is clean and clear
+* Correct nozzle is installed
+
+## Usage
+
+### Starting the machine
+* The printer should be left powered on and passive. If it is not, check with tools@edinburghhacklab.com that it can be powered on safely.
+* Wipe the bed down with isopropyl alcohol and blue roll. Do not touch the bed after this process has been completed.
+* Select your file using the menu on the printer.
+* Observe the printer begin the print. The first layer should always be watched in case of defects or malfunction.
+
+### Stopping the machine
+* The printer should stop and cool normally when the print is finished.
+* If the print must be cancelled, do so using the menu. Only cancel your own prints, or the prints of others with their express permission.
+* If the printer begins sounding an alarm, press the `Reset` button on the control panel until it restarts.
+
+<!-- incl estops if necessary -->
+
+### General
+* Keep your hands clear of the heated bed and hotend while prints are in progress to avoid pinching and burns.
+
+### Materials
+* Only use the following materials from reputable sellers:
+    * PLA (including matte PLA and PLA+)
+    * PETG
+    * TPU
+* Do not use materials if:
+    * they have inclusions, such as Glow-In-The-Dark, carbon fibre (CF), or glass fibre (GF)
+    * they have previously caused clogs or jams in printers in the lab
+* If in doubt, ask.
+
+### Cleaning up
+* Remove your print and any skirt or purge lines from the bed.
+
+## Maintenance
+
+### General
+* Contact tools@edinburghhacklab.com if you encounter any of the following:
+    * repeated build failures with the same file, filament and failure mode
+    * loud screeching or grinding sounds
+    * alarms necessitating a printer reset
+
+## Other