OSE Chapter Training Calendar: Difference between revisions
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#CNC Torch Table - Build Frame | #CNC Torch Table - Build Frame | ||
#CNC Torch Table - Build Frame | #CNC Torch Table - Build Frame | ||
#Plastic Shredder - Design. Source parts. | |||
#Plastic Shredder - Build Geardowns | |||
#Plastic Shredder - CNC Blade Cutting | |||
#Plastic Shredder - throughput data collection week | |||
#Filament Maker - Design | #Filament Maker - Design | ||
#Filament Maker - Build | #Filament Maker - Build Frame and mechanical | ||
#Filament Maker - Build electronics | |||
#Filament Maker - Data Collection on throughput, quality | |||
#Data Collection on Extrusion Rates and Their Maximization with up to 1.6 mm nozzles | |||
#3D Printer Extruder Development - scaled heater blocks with clamp design | |||
#3D Printer Extruder Development - building prototypes | |||
#3D Printer Extruder Development - Making upgrades | |||
#500 Modules | #500 Modules | ||
#Weeks 40-50 are discressionary - covering any time overruns on other weeks | #Weeks 40-50 are discressionary - covering any time overruns on other weeks |
Revision as of 16:04, 19 June 2020
Application
By week:
- Video of Interest
- Interview 1 - Basic Interview
- Interview 2 - Expectations and Risk Assessment Meeting
- Sponsor and Mentor are identified, and payment is secured
- Workshop space is secured for 2 years.
- Payment is made to OSE
Work
Work focuses on hands-on development, with prior reading materials reviewed before the meeting. Each meeting starts with a 5 minute assessment or exam of last week's learnings, discussion of that work's week, and ends with a preview to next week's content.
- Work plan - creating an editable, updatable work plan with milestones based on a Critical Path template.
- Collaborative literacy - how to collaborate on a large scale by publishing early and often, and what tools to use
- FreeCAD design and merge workflow. Part library creation.
- Machine Design Basics - Frames, precision axes, rotary axes, rotors, bearings, geardowns, stepper motors, stepper drivers, and heater elements
- 3D printer build - Universal
- 3D Printer Build - Pro Design of Frames
- 3D Printer Build - Pro Design of Axes
- 3D Printer Build - Pro Design of Heat Bed
- 3D Printer Build - Pro Design of Extruder
- 3D Printer Build - Pro Design of High Temp Heat Bed
- 3D Printer Build - Pro Build
- 3D Printer Build - Pro 2 Build
- 3D Printer Build - Pro 3 Build
- 3D Printer Build - High Temperature Build Chamber Design
- CNC Torch Table - Design Upgrade
- CNC Torch Table - Build Frame
- CNC Torch Table - Build Frame
- Plastic Shredder - Design. Source parts.
- Plastic Shredder - Build Geardowns
- Plastic Shredder - CNC Blade Cutting
- Plastic Shredder - throughput data collection week
- Filament Maker - Design
- Filament Maker - Build Frame and mechanical
- Filament Maker - Build electronics
- Filament Maker - Data Collection on throughput, quality
- Data Collection on Extrusion Rates and Their Maximization with up to 1.6 mm nozzles
- 3D Printer Extruder Development - scaled heater blocks with clamp design
- 3D Printer Extruder Development - building prototypes
- 3D Printer Extruder Development - Making upgrades
- 500 Modules
- Weeks 40-50 are discressionary - covering any time overruns on other weeks