• Final fabrication project pinned up in the bridge by 4:40 sharp.

Agenda:

• Please Pinup in the following order in the bridge starting on the south side.  Each student gets one 4′ pin-up panel:  Lindsey, Justin, Catherine, Michael, Fransisco, Derek, Hugo, Tristam + Miles
• We will have two reviewers for tomorrow: Jason Griffiths + Frank Melendez

• Class will start at 5:30 pm instead of 4:40pm due to final reviews.

Due:

• Each student/team should have models and sketched to show of their design and be prepared to speak about the concept, the material, and the fabrication process for the project.

Agenda:

• I will meet with each student/team at 5:30 pm one on one for twenty minutes in the computer lab.

• Para-scraper project due.

Agenda:

First Half_4:40-6:55pm

• please pin-up on the bridge by 4:40 sharp in the following order starting on the south wall:  1. Michael; 2. Derek; 3. Fransisco; 4. Lindsey; 5. Kathrine; 6. Justin; 7. Hugo; 8. Miles; 9. Tristam;
• each student will have 15 minutes (5 to present and 10 minutes for comments)

Second Half_7 – 7:30 pm

• Lecture on subtractive processes
• Final Project assigned

1. Notes on readings.
2. Posted grasshopper tutorials should be finished.

Agenda:

First Half_

• We will be meeting in the SALA shop at 4:30 pm for a brief demo of the CNC router.  4:30-5pm
• Lecture: Additive Processes 5pm-5:30pm
• assign Project 6 part 2
• Field general questions on grasshopper

Second Half_

• Work on grasshopper and project 6 part2
• I will answer general questions as well

Due Next Class:

• Project 6 part 2 is due

Here is the link to the lecture for this week: Parametric Lecture

• Project 5

Agenda:

First Half_4:40-6:55pm

• please pin-up on the bridge by 4:40 sharp in the following order starting on the south wall:  1. Tristam; 2. Miles; 3. Hugo; 4. Justin; 5. Kathrine; 6. Lindsey; 7. Fransisco; 8. Derek; 9. Michael
• each student will have 15 minutes (5 to present and 10 minutes for comments)

Second Half_7 – 7:30 pm

• Lecture on additive processes
• Project 6 Part 1 assigned

• Notes on readings
• 2 folding module studies + 2 folding proliferation studies

Agenda:

• Meet with students in groups of two on the bridge (15 minutes per student):  1. Hugo, Justin; 2. Micheal, Tristam, Lindsey; 3. Fransisco, Kathrine; 4. Miles, Derek
• While I am meeting with students in the bridge please feel free to either work on your projects in the computer lab or to watch the critiques of the work in the bridge.

Due next week:

• Project 5

• Project 4 Part 2

Agenda:

First Half_

• Please pin-up your model and your PDF on the north wall of the bridge by the beginning of class.  Be prepared to briefly explain your project.  4:40-5:10
• Lecture 5:10 – 6:10
• Assign Project 5
• Assign Readings

Second Half_

• Lad Session – Work on Project 5

• Meet at Marzee Water Jet Services at 9am for tour: map

Due:

1. Project 3
2. Project 4 part 1
3. Reading notes

Agenda for class:

First half_

• Pinup both projects 3 and 4 part 1 on the bridge by the beginning of class.

• Pinup project 3 in the bridge (each team gets 15 minutes; please prepare a brief oral presentation) – please set up both screens and pinup the concept sheets behind the screens against the south wall – we will discuss the project 4:40-5:10
• Pinup project 4 part 1 along the north wall of the bridge (pinup both the concept sheet and the model itself) – be prepared to explain your project in 1-2 minutes – we will discuss the project 5:10-5:30
• 5:30-5:40 pin-down
• 5:40-6:05 Lecture on Voronoi Tessellation + hand out project 4 part 2

Second Half_

• Work on Project 4 Part 2
• Field individual questions

Due next time:

• Project 4 part 2

• Project 3 will be due next week as the deadline has been extended one week.

Agenda:

First Half_

• General announcements – Fieldtrip to Marzee Water Jet next Thursday.
• Lecture: Tessellated assemblies 4:50-5:50
• Assign project 4 part 1
• Assign reading set 4

Second Half_

• Work on Project 4 part 1+ finish up project 3

Due next week:

1. Readings set 4
2. Project 3
3. Project 4 part 1