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Alex
Karshis
Front face of the Shadow Box, showing
the architecture elements from the Delta
shelter designed by Olson Kundig
Middle of the Shadow Box, showing the
movement from light to dark, from the
glass windows to the steel covers
Top right corner, showing the
connection of the outside contrasting
with the white background
This shadow box was created with the
architecture elements of Olson Kundig,
Delta shelter. The mixture between the
plexiglass and steel linear bars are to
show the movement between the open
and close shutters of the Delta shelter.
The surrounding frame is to show the
outline of the house and the white
background is to show how ‘in the middle
of nowhere’ the Delta shelter really is. The
overall concept of the design was to show
a strong center piece surrounded by a
white background, showing isolation.
Top view, showing the ‘X’ interaction with
the connecting raffia proved to be the
strongest figure when coming to the weight
test
Front view, showing the curve of the ‘X’,
and the tension that is created by tying the
‘X’’s corners together
Zoomed in of the connection, showing
how the raffia and skewers connected with
each other, and how the weight would be
distributed
This project was made to hold a
four pound brick with just raffia and
skewers, no glue. The bridge was
also made to be the lightest so the
person with the lightest and strongest
bridge would accomplish the goal
of the project. I was able to build the
lightest and strongest bridge with the
arch design. With the tension created
from the corners of the ‘X’ shape being
tied together along with the edge table
supports, this bridge was able to hold a
brick while still being the lightest.
Top view, showing the ‘L’ shape layout,
including the sleeping quarters, the
meditation space, and the machine
Front View, showing the different level
of spaces, first the the machine then
the sleeping quarter, and lastly the
meditation space
Zoomed in on the machine, this is
showing the still machine, how you
have to jump from different levels to get
to the sleeping quarters
The goal of this project was to create
a space for a Ninja to train, sleep,
and meditate. The ‘L’ shape stood as
the main design element, drawing the
viewers eyes around the perimeter
of the complex. You have to walk
through the machine to then walk
under the sleeping quarters to get to
the meditation area. You then have to
go down a hole from the mediation area
into the sleeping quarters. This is to
provide the Ninja with the same pattern
as he enters and exits the complex.
Front side view, this is to show the
separation between design and structure,
when you walk on the bridge you will only
see the wires holding you up
Front view, this is showing the under
bridge connections, on how the bridge
is supported, in the background you can
see the structure supporting the bridge
Top View, showing the separation of
design and structure, how the back
structure is holding up the bridge
The magic bridge is a structure
built over a Californian arroyo, for a
Magician to watch the coastal sunset
on. The project concept was to split
the structure and design, to make
it look like you are ‘levitating’ on
the bridge. This was accomplished
by the structure under the bridge
that supported the wood and the
viewer on the bridge. Then, the
wires and structure behind the
bridge made the viewer feel like
they where levitating on the bridge.
Front View, showing the living space
surrounded by glass, with the
connecting wires to the back structure
Interior Space, showing how the
furniture is positioned within the magic
place, and how the floor connects with
the sloped ceiling
Side view, showing how the magic
place is held up by the exterior
structure and the reaching cables,
connecting to the magic place
The second part of the Magic Bridge
project consisted of converting the
bridge into a dwelling. We used the
bridge proposal as a departure point.
The goal of this project was also
to split the structure and design to
make it look like you are ‘levitating’
inside the living space. This was also
accomplished by the bridge taking the
main load of the weight and the wires
and structure behind the living space.
To build this bridge, we used the parts
and material from the existing bridge.
Front View, showing the abstract
object with the pointed edges and
sharp corners
Zoomed in, highlighting how the raffia
and skewers connected with each other
Side View, showing off how the pointed
objects represent my personality and
how the connections add protection to
the object
This project was designed to make a
figure that represented a personality or
trait of the creator. Being someone that is
outgoing and spontaneous, I created an
object that pointed out and has no overall
sense of direction. Sticks protrude from
the main form in a disordered fashion
to illustrate spontaneity. The knots that
held it together were a big part of the
sculpture because they showed that
each connection was intersected and
played a large role in the overall support
of the structure.
Existing Site Plan
Proposed Site Plan
Existing Site Section
Proposed Site Section
Top view of bridge
Two-point perspective of bridge
Front View of bridge
Alex Karshis
Undergraduate Architecture Program
Environmental Design Major
Texas A&M University
alexkarshis@gmail.com
Alex
Karshis

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Final Portfolio 2

  • 2. Front face of the Shadow Box, showing the architecture elements from the Delta shelter designed by Olson Kundig Middle of the Shadow Box, showing the movement from light to dark, from the glass windows to the steel covers Top right corner, showing the connection of the outside contrasting with the white background This shadow box was created with the architecture elements of Olson Kundig, Delta shelter. The mixture between the plexiglass and steel linear bars are to show the movement between the open and close shutters of the Delta shelter. The surrounding frame is to show the outline of the house and the white background is to show how ‘in the middle of nowhere’ the Delta shelter really is. The overall concept of the design was to show a strong center piece surrounded by a white background, showing isolation.
  • 3.
  • 4. Top view, showing the ‘X’ interaction with the connecting raffia proved to be the strongest figure when coming to the weight test Front view, showing the curve of the ‘X’, and the tension that is created by tying the ‘X’’s corners together Zoomed in of the connection, showing how the raffia and skewers connected with each other, and how the weight would be distributed This project was made to hold a four pound brick with just raffia and skewers, no glue. The bridge was also made to be the lightest so the person with the lightest and strongest bridge would accomplish the goal of the project. I was able to build the lightest and strongest bridge with the arch design. With the tension created from the corners of the ‘X’ shape being tied together along with the edge table supports, this bridge was able to hold a brick while still being the lightest.
  • 5.
  • 6. Top view, showing the ‘L’ shape layout, including the sleeping quarters, the meditation space, and the machine Front View, showing the different level of spaces, first the the machine then the sleeping quarter, and lastly the meditation space Zoomed in on the machine, this is showing the still machine, how you have to jump from different levels to get to the sleeping quarters The goal of this project was to create a space for a Ninja to train, sleep, and meditate. The ‘L’ shape stood as the main design element, drawing the viewers eyes around the perimeter of the complex. You have to walk through the machine to then walk under the sleeping quarters to get to the meditation area. You then have to go down a hole from the mediation area into the sleeping quarters. This is to provide the Ninja with the same pattern as he enters and exits the complex.
  • 7.
  • 8. Front side view, this is to show the separation between design and structure, when you walk on the bridge you will only see the wires holding you up Front view, this is showing the under bridge connections, on how the bridge is supported, in the background you can see the structure supporting the bridge Top View, showing the separation of design and structure, how the back structure is holding up the bridge The magic bridge is a structure built over a Californian arroyo, for a Magician to watch the coastal sunset on. The project concept was to split the structure and design, to make it look like you are ‘levitating’ on the bridge. This was accomplished by the structure under the bridge that supported the wood and the viewer on the bridge. Then, the wires and structure behind the bridge made the viewer feel like they where levitating on the bridge.
  • 9.
  • 10. Front View, showing the living space surrounded by glass, with the connecting wires to the back structure Interior Space, showing how the furniture is positioned within the magic place, and how the floor connects with the sloped ceiling Side view, showing how the magic place is held up by the exterior structure and the reaching cables, connecting to the magic place The second part of the Magic Bridge project consisted of converting the bridge into a dwelling. We used the bridge proposal as a departure point. The goal of this project was also to split the structure and design to make it look like you are ‘levitating’ inside the living space. This was also accomplished by the bridge taking the main load of the weight and the wires and structure behind the living space. To build this bridge, we used the parts and material from the existing bridge.
  • 11.
  • 12. Front View, showing the abstract object with the pointed edges and sharp corners Zoomed in, highlighting how the raffia and skewers connected with each other Side View, showing off how the pointed objects represent my personality and how the connections add protection to the object This project was designed to make a figure that represented a personality or trait of the creator. Being someone that is outgoing and spontaneous, I created an object that pointed out and has no overall sense of direction. Sticks protrude from the main form in a disordered fashion to illustrate spontaneity. The knots that held it together were a big part of the sculpture because they showed that each connection was intersected and played a large role in the overall support of the structure.
  • 13.
  • 18. Top view of bridge Two-point perspective of bridge Front View of bridge
  • 19.
  • 20. Alex Karshis Undergraduate Architecture Program Environmental Design Major Texas A&M University alexkarshis@gmail.com Alex Karshis