Differences

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--- projects [2024/07/23 18:51] – bdincau
+++ projects [2025/05/07 19:23] (current) – [Fall 2024 - Current | Flute Project for Pedro Eustache] bdincau
@@ Line 2: / Line 2: @@
 This page is a continual work in progress -- a place for us to document our past and ongoing projects.
+==== Fall 2024 - Current | Collaboration with UCSB's Art, Design, & Architecture Museum ====
+The ADA Museum at UCSB has acquired two models created by architect Kendrick Kellogg. We are collaborating with them to create 3D printed copies of the models.
+The two models we are helping with are of the Hoshino Wedding Chapel in Japan (pictured on the left) and the Doolittle House in Joshua Tree, California (pictured on the right).
+{{:hoshino_wedding_chapel.jpg?250|}}{{:doolittle_house.jpg?211|}}
+==== Fall 2024 - Current | Flute Project for Pedro Eustache ====
+Pedro Eustache is an innovative studio flautist. We are collaborating with him to help bring his idea to life!
 ==== July 2024 | UCSB Summer Research Academy - Bionic Creatures ====
@@ Line 9: / Line 21: @@
 This summer, Ph.D. student Anna Alvarez in Mechanical Engineering leads a course called Bionic Creatures, where students form hypotheses about the evolutionary adaptations of organisms and build experiments to test those hypotheses.
-The Innovation Workshop and its staff have helped facilitate this course by providing extensive tools, training, and supervision for these students to safely build and conduct their experiments. (add pictures of student's experiments)
+The Innovation Workshop and its staff have helped facilitate this course by providing extensive tools, training, and supervision for these students to safely build and conduct their experiments.
-==== Winter-Spring 2024 (ongoing) | Crystalmark + Sherline = Custom CNC Airjet Cutter ====
+==== Winter-Spring 2024 | Crystalmark + Sherline = Custom CNC Airjet Cutter ====
 In the Summer of 2022, the Innovation Workshop acquired a CrystalMark abrasion etcher secondhand from a dentist downtown. Over the next 1.5 year, the Workshop Wizards have made iterative modifications and additions to the tool. These include mounting the handheld tool to a Sherline CNC Z-Axis, creating a vacuum stage to hold wafers and glass slides, replacing the manual food pedal with relay controlled by g-code, and extensive feed and cut rate testing.
 This is a truly one-of-a-kind tool capable of cutting arbitrary contours in brittle substrates such as silicon and glass much faster than traditional cleanroom techniques. (add pics and/or videos of tool cutting)
+{{ :cutting_video.mp4 |}}
 ==== November 2023 | Deep Sea Release Prototyping ====
-We were commissioned by Talia Evans, a postdoc in Professor Moran Raven's Lab, to help design an affordable and reliable release mechanism for deep-sea experiments. The prototype was made primarily from aluminum and acrylic, with a long-term goal of manufacturing all components in 316L Stainless Steel using the waterjet cutter. (add gif of release)
+We were commissioned by Talia Evans, a postdoc in Professor Moran Raven's Lab, to help design an affordable and reliable release mechanism for deep-sea experiments. The prototype was made primarily from aluminum and acrylic, with a long-term goal of manufacturing all components in 316L Stainless Steel using the waterjet cutter. \\
+{{ projects:kraken_release.mp4 |}}
 ==== Oct 2023 | Stained Glass Workshop ====
@@ Line 142: / Line 159: @@
 ------
 ====Cool 3D Prints====
-We use a variety of 3D printers in the Innovation Workshop and the Microfluidics Lab. These include the Ultimaker and Stratasys F270 FDM printers, Form 3 SLA printers, and an Objet 30 Polyjet printer. Here are example projects:
+We use a variety of 3D printers in our Elings 3430 lab. These include the Ultimaker and Stratasys F270 FDM printers, Form 3 SLA printers, and an Objet 30 Polyjet printer. Here are example projects:
 {{::form3_capstone_spinal_implant_1.jpg?direct&200|Cured Form 3 print of a Spinal Implant}}