jDARLING
listing sensing place
4
methods of fabricating
10
collecting + creating
16
experiencing + traveling
20
documenting design
22
crossing borders
28
contacting jimmy darling + 317.828.2016 + jldarling7@gmail.com
7919
Alexander
Street
+
Indianapolis,
IN
+
46259
http://jldarling7.wix.com/jimmy-darling
a r c h i t e c t u r e
is
a
V
-
E
r
a
f
a
e
R
l
i
g
B
l
e
s
i
a
sensing place With the challenge of creating a dwelling in Mounds State Park, understanding the spirit of place becomes the forefront. The dynamic forest adds difficulty to design for one place, leading to the exploration of nomadic dwellings. Traditional nomadic architecture such as the Tipi, Wigwam, and Yurt was analyzed and determined to be timeless designs for mobility, but lacked on the users experience of the place. This created a need for an experiential nomadic dwelling that enhances the user’s experience in the forest. Studies into collapsible and self supporting structures dictated the form while the choice of white translucent fabric encases the user in a peaceful, meditative cocoon that makes the experience about being in the place. The limitation of views allows the user to have a multisensory focus on the aspects of the forest that are important to them.
Full scale production completed assistance from Alexandra Darling.
with
methods of fabricating Studying pedestrian traffic flow through a building on campus informed popular pathways used by students. Information gathered from the field study led to the creation of a three-dimensional model representing movement through the space. This project was an exploration into the complex computer modeling necessary to transform the data into three-dimensional form and create an intricate physical representation by means of digital fabrication. Experimenting with Grasshopper scripting to model a complex repetition of tiles led to the creation of an undulating surface. The outcome can become a wall system, a table, or a chaise longue. Fabricating a physical scale model included the understanding of 3D printing by means of stereolithography.
Projects completed in collaboration with Caitlin Dashiell.
open tile
+
closed tile
collecting + creating Working with a vision from architect and professor, Ana de Brea, the remodeling process for her bedroom began with an understanding of the room’s tectonics. A long process of deconstruction included removing existing carpet and wallpaper. A closet was opened up to create a kitchenette. A window was relocated to create maximum lighting on the southern wall and a door was installed in place of the window. An antique window was installed in the connected bathroom and the exterior brick veneer became exposed to the interior. Counter tops were constructed from repurposed pine lumber and are cantilevered to appear as floating. The concrete slab on grade was kept exposed, polished, and sealed to create a finished floor. Over 100 egg crates were collected and used to create a textured surface along one wall. This project provided an opportunity to learn how to work with client needs, budgeting, scheduling, and construction methods.
Design by Professor Ana de Brea. Construction completed in collaboration with Alexandre Mballa-Ekobena and Nathan Loudin.
experiencing + traveling “Experience, travel – these are as education in themselves” – Euripides One of the most beneficial experiences of my undergraduate studies includes the multiple opportunities to study architecture outside the studio setting. Seeing and experiencing architecture firsthand allows for an understanding not obtained from a book. United States - Chicago Canada - Montreal + Ottawa + Toronto Japan - Tokyo + Kyoto + Osaka Ecuador - Guayaquil + Quito Argentina - Buenos Aires + Córdoba + Workshop at Universidad Nacional de Córdoba Portugal - Lisboa + Porto France - Hendaye Spain - Barcelona + Bilbao + San Sebastián + La Coruña
documenting design One of the most important aspects of architecture is the ability to document a design in the form of working drawings. As a part of a building technologies class, we were instructed to design a small residence and provide a set of working drawings to learn the fundamentals of construction documentation. We took the opportunity to develop a client to add constraints to the design, creating a more realistic experience. Working with a team to develop the design and create the necessary drawings proved to be a challenge that ended with a clearer understanding of the process professionals undertake when completing a project. Computer programs used for the documentation process include Rhinoceros and Adobe Illustrator.
Project completed in collaboration with Alexandre Mballa-Ekobena and Joel Sterling.
1
1 2 3 4 5
-
2
3
4
5
3 meter x 3 meter module exploration of stacking modules sliding modules to create voids and new spaces exploration of alternate stacking optimizing organization of modules according to environmental factors
2900mm
2130mm
steel round column 50mm dia.
2450mm
steel wide flange column IPE A100 steel counter weights t=150 steel reinforced concrete wall t=360mm
partition wall t=120mm
UP sasha’s magic plastic screen t=25mm double pane glazing t=25mm
LAVATORY
02 A-802
2800mm
1000mm
1000mm
tread w=484 tread t=50 sasha’s magic plastic railing t=25mm
MASTER BEDROOM
1000mm
01 A-801
01 A-301
01 A-201
3980mm
9804mm EQ
677mm
EQ
steel round column 50mm dia.
EQ 392mm EQ concrete column t=200mm
steel wide flange column IPE A100
3
charrd cedar louver t=150mm
steel counter weights t=150 UP
2
steel reinforced concrete wall t=360mm 465mm
810mm
double pane glazing t=25mm 02 A-802
LIVING AREA
02 A-302
2800mm
190mm 804mm 190mm
04 A-204
KITCHEN
sasha’s magic plastic screen t=25mm
tread w=484 tread t=50
465mm
1936mm
1700mm
1400mm
glazing t=25mm
partition wall t=360mm
01 A-801
WH 450mm
1 EQ
A
B
03 A-203
677mm
EQ
C
02 A-202
1100mm
790mm
1530mm
1530mm
1250mm
640mm
steel open web joist
top of plate el: 5720mm
aluminium round column 50mm dia.
2800mm
1384mm
lauan plywood t=5.5mm plywood t= 12mm
2860mm
charred cedar louver t=25mm glazing t=25mm
sasha’s magic plastic railing t=25mm
steel wide flange IPE A100 first floor el: 2860 mm
01 A-801
cedar stair tread t=50mm
200mm
2860mm
EQ 1066mm
lauan plywood t=5.5mm plywood t= 12mm rigid insulation foam t=50mm spray water proofing concrete slab t=150mm
EQ ground floor el: 0mm
concrete spread footing t=457mm
1483mm
concrete footing t=200mm
305mm
top of footing el: -1483mm
crossing borders The year is 2030 and global warming had led to prosperity in northern countries. Canada is booming economically while the United States is on a steady decline with cities like Detroit collapsing. Common belief among the Canadian population has become that “Americans are parasites” because they are leeching off of the Canadian wealth. Failed attempts to coordinate the progress of the New International Trade Crossing between Detroit and Windsor has led to the Canadian initiative of a new border crossing, focused on heightened security to allow for the protection of its citizens, resources, and economy. Advancement of technology has allowed opportunities for security to become “invisible,” while remaining more effective than ever. Security begins to have quick access as well as clear lines of sight to the users while never engaging in human interaction, making the border crossing become efficient and secure. Separating the users crossing the border allows for unique experiences determined by the purpose of crossing (i.e. commuting, touring, experiencing, etc.), as well as controlled flow of travelers.
Project completed in collaboration Alexandre Mballa-Ekobena.
with
Project placed second in American Institute of Steel Construction student competition.
pre screen
screening
retina scan
the traveler
the commuter
the sightseer
detainment
viewing
exit
1. ETFE
2.Skin panel sub structre
3.steel connectors
4.Skin structure
5.Precast form
6.W steel beams
7.Mechanical systems
8.Electrical systems
1
2
4
3
5
7
6
8
N
N
understanding + architecture My path in architecture began with a passion for understanding. Architecture, as a discipline, has become about blurring the boundaries of the profession, creating difficulty in understanding its meaning. Creating a methodology based in experimentation and exploration pushes towards a greater understanding of that which cannot be well-defined. Though I am a step closer after completing my undergraduate studies at Ball State University, I am eager to continue the never ending pursuit of understanding that will come with graduate studies and beyond.