readme updated six weeks

Readme.md

@@ -112,54 +112,68 @@ Concepts Covered:
 * Padding/Pockets
 * Shape2d, exporting for laser
 
-![Class4](./class4.png)
+**Project Pt 1:** Using CAD software, make a Parametric Box capable of being dynamically resized. This can be an organizer for your week 3 project, or another box of your own design.
 
-**Project part 1:** Base Model -  Using CAD software, make a Parametric Box capable of being dynamically resized. This can be an organizer for your week 3 project, or another box of your own design.
 ---
-## Week 5 - Using Design Tools
+## Week 5 - CAD for Constructables 2
+
+In this second part of CAD for lasers we learn how to design and create perfect joints and attachment points in our constructable objects.
+
+* Plan and create connection points
+* Design parametric features
+
+Concepts Covered:
+
+* Cloning
+* Sub-object Shape Binder
+* Transforms
 
-* Learn to incorporate files made in design tools like Inkscape into CAD
-* Work with text in CAD
-* Work with Vector files (Illustrator, Inkscape)
-* Work with STEP files (Rhino, Fusion 360, Solidworks)
 
 ![Class5](./class5.png)
 
-**Exercise - TTL Sign**
+**Project Pt 2:** Using Base Model -  Building up from the base model, create and produce a fully functional, completely customizable box.
 
-Learn how to prepare interchange files for success in CNC milling. Create and cut the TTL sign by working with SVG files.
-
-**Exercise - Dice Tray**
-
-Given a dice-tray model created in Fusion, create the CAM paths necessary to cut it out with the Omni mill using FreeCAD.
 
 ---
-## Week 6 - Multi-body Construction
+## Week 6 - Foldables and Bendables
+
+Expand our knowledge of constructable shapes into the wide world of bendable materials - papercraft, textiles, and leather.
+
+
+* Learn to use a Sheetmetal workbench for a variety of designs 
+* Plan fold lines, tabs, and other bendable features
+* Living Hinge
+* Using adhesives, fastening techniques
+
+Concepts Covered:
+
+* Sheetmetal workbench
+* K-factor
+* Mitres, bends, extensions
 
-Learn to design and mill interlocking parts
-Use Construction Geometry
-Understand sub-shape binders
 
 ![Class 6](./class6.png)
-### Final Assignment - Cleat Wall Organizer
 
-Using what you have learned and a template, create a cleat-wall organizer that you’ll be able to arrange and mill on your own. Book a time to review and cut the assignment!
+**Project Paper Lantern:** Create a paper lantern. Working between CAD and Lightburn, produce a papercraft lantern complete with attachment points and fold lines.
+
+----
 
 ### During the program:
 
 To complete the program, you must complete all assignments and demonstrate proficiency.
 Make arrangements to catch up missed classes.
 Use the small machines to practice (subject to availability/classes)
-Following week 3, you can practice on the big CNC with supervision (subject to availability)
+
+Following week 3, you can practice on the CO2 laser with supervision (subject to availability)
+
 If you hit a snag, let me know!
 
 ### Following the program:
 
-* Three hours of free CNC time (no membership required, must be used within six weeks)
+* Three hours of free Laser time (no membership required, must be used within six weeks)
 
 * With membership, can use small machines at any time.
-* Members book time on large CNC through Cobot, $25/hr
-* Must use approved software for path creation
+* Members book time on large Laser through Cobot, $20/hr
 * Run your file by us to avoid disappointment!
 
 
@@ -167,10 +181,4 @@ If you hit a snag, let me know!
 
 * Practice! Use the small machines.
 * Make your own files
-* Have a project in mind, but don’t miss important concepts by being focus-locked on it.
-
-### Resources:
-
-[Youtube Playlist](https://www.youtube.com/playlist?list=PLWmF8yQa3itOntkOny9doHqQwAZ0soRrS)
-
-[Omni CNC Quickstart](./docs/CNC_quickstart.pdf)
+* Have a project in mind, but don’t miss important concepts by being focus-locked on it.