This is the link to my partner Mariam Bahmane's blog: https://tililablog.wordpress.com
In last week, we brainstormed four different problems on campus that we aimed to solve: innovative window design, Crum house, sleeping chamber, and a multipurpose seating-complex that can corrects postures for students when they have to sit in front of computers for hours. However, when designing the first 4 models, we decided to change the first design into another: a movable, scalable, rotatable table that locks at every intersection.
Below are our 1st draft models:
1. Rotatable table.We employed the origami architectural design elements in making this model. In order to realize this design, we would need high refinements on the fabrication techniques for the folded plate table.This table needed to be stiff enough to comfortably seat a glass of water or write a letter.Material would be plywood as a furniture medium that is similar to paper's use in origami.This hinged furniture pieces would be to made out of thin sheet of unconventional material. The continuous hinges inside of the cylinder are there to make the folds. There would be a glass table top as well.
2. Crum house. We aimed to build a relaxing multi-purpose house in the Crum woods to accommodate students' needs of more study and social spaces. This is a rough conceptual model that embodies the combination of Western and Eastern design philosophies. If we choose to move on to the next model, we would need to scale this 2-story mansion down to a reasonable and practical dimension.
Our idea is that Swarthmore students will feel less stressed by being in sync with nature if they had a retreat in the Crum woods. We imagined a peaceful space near the Crum Creek where students can listen to the flowing water, read a book, and/or meditate. It is often hard to find a quiet and isolated space on campus, and we imagine the Creek Space solving this problem.
We used many circular entrances and windows to reflect the "reveal and conceal" concepts in Oriental aesthetics, and horizontal open glass to echo the western minimalist style.
The gable roof and the edged roofs are also taken from both design worlds.
The circular structure at the end frames the view from both perspective--looking out and looking in.
The bamboo sticks formulate great shadow effects on 1st floor balcony.
3. Seating complex.
Purchasing a laptop computer has become a ritual for many new college students. Most laptop users end up with incorrect neck or shoulder posture, which can lead to muscle pain in those areas. We wanted to design a seating complex that can guard ourselves from “laptop-itis” from orientation to final exams.
At some of these complexes, when you work at a computer, your body will form 90-degree angles at your elbows, knees and hips. Meanwhile, your eyes can look straight ahead at the top third of the screen.
A docking station design--it links a laptop to another monitor and keyboard or to a stand that raises the screen to a higher level. You can then adjust to the proper height.
Some position helps to keep the spine straight, shoulders level and shoulder blades close together. Students can read the screen without bending their necks.
4. Dumpling sleeping chamber.
Many universities have rest zones with lounge chairs to beanbags in “Nap Nook.” The chair that we designed, called Dumpling, is a recliner that folds into a smaller dumpling-like shape. It plays music and helps you fall asleep even as others work around you. This is an effort to enhance well-being of students, have a positive impact on mental health and can help boost academic performance.
In last week, we brainstormed four different problems on campus that we aimed to solve: innovative window design, Crum house, sleeping chamber, and a multipurpose seating-complex that can corrects postures for students when they have to sit in front of computers for hours. However, when designing the first 4 models, we decided to change the first design into another: a movable, scalable, rotatable table that locks at every intersection.
Below are our 1st draft models:
1. Rotatable table.We employed the origami architectural design elements in making this model. In order to realize this design, we would need high refinements on the fabrication techniques for the folded plate table.This table needed to be stiff enough to comfortably seat a glass of water or write a letter.Material would be plywood as a furniture medium that is similar to paper's use in origami.This hinged furniture pieces would be to made out of thin sheet of unconventional material. The continuous hinges inside of the cylinder are there to make the folds. There would be a glass table top as well.
2. Crum house. We aimed to build a relaxing multi-purpose house in the Crum woods to accommodate students' needs of more study and social spaces. This is a rough conceptual model that embodies the combination of Western and Eastern design philosophies. If we choose to move on to the next model, we would need to scale this 2-story mansion down to a reasonable and practical dimension.
Our idea is that Swarthmore students will feel less stressed by being in sync with nature if they had a retreat in the Crum woods. We imagined a peaceful space near the Crum Creek where students can listen to the flowing water, read a book, and/or meditate. It is often hard to find a quiet and isolated space on campus, and we imagine the Creek Space solving this problem.
We used many circular entrances and windows to reflect the "reveal and conceal" concepts in Oriental aesthetics, and horizontal open glass to echo the western minimalist style.
The gable roof and the edged roofs are also taken from both design worlds.
The circular structure at the end frames the view from both perspective--looking out and looking in.
3. Seating complex.
Purchasing a laptop computer has become a ritual for many new college students. Most laptop users end up with incorrect neck or shoulder posture, which can lead to muscle pain in those areas. We wanted to design a seating complex that can guard ourselves from “laptop-itis” from orientation to final exams.
At some of these complexes, when you work at a computer, your body will form 90-degree angles at your elbows, knees and hips. Meanwhile, your eyes can look straight ahead at the top third of the screen.
A docking station design--it links a laptop to another monitor and keyboard or to a stand that raises the screen to a higher level. You can then adjust to the proper height.
Some position helps to keep the spine straight, shoulders level and shoulder blades close together. Students can read the screen without bending their necks.
4. Dumpling sleeping chamber.
Many universities have rest zones with lounge chairs to beanbags in “Nap Nook.” The chair that we designed, called Dumpling, is a recliner that folds into a smaller dumpling-like shape. It plays music and helps you fall asleep even as others work around you. This is an effort to enhance well-being of students, have a positive impact on mental health and can help boost academic performance.
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