Collider Activity Centre Competition for a wall climbing centre in Sofia, Bulgaria with Kokkugia & AKT Engineers. Responsible for plans and program coordination.
detach edge
carve out
entries
adjust to site
vertical circulation
volume
climb surface
View of entry
Section through main space Exterior Climbing wall Exit to swimming pool
Opera
KITCHEN
ble G las
s pan el fa cad
e
CAFE
Third floor 足 restaurants
BOULDER WALLS
BOULDER MAT WARMUP
LOADING AND STORAGE
MAIN FULL HEIGHT CLIMBING HALL
WC
ME
N
WC
WO
ME
N
Second floor 足 office
CHILDREN'S CORNER
N
RECEPTION
Ground Floor 足 Wall climbing halls and cafe First floor 足 fitness halls
RES - Singular Branching
Master's thesis based on research of lightweight materials, with a prototypical site in Hong Kong, as a pedestrian bridgem over a busy road. Conducted the Architectural Association, in a team of four students.
Bird's eye view of pedestrian bridge over a busy road in Hong Kong
Street view of foot bridge, connecting to existing footpaths in Hong Kong
Assembly strategy without restricting street access
Structural optimization
Pedestrian flow
Hanging with fiberglass
Assembly
Un足foldable composite study
Thirdspace
Undergraduate thesis project on social-spatial relationships, conducted at Temple University.
Rittenhouse Theatre Proscenium and Black Box theatre in a contextually sensitive area, opening up from one corner towards the nearby Rittenhouse Square. Conducted at Temple University
Ordos Villa 62
Design development documentation for a house, part of the 100-villa "collection of architecture" in Ordos, China. Conducted at Normal Architecture Office in Philadelphia.
9
GA_5
HCM_1
_1 EC
G-01
WK_
b
2
LA_1
BAW b_
4
G-03
7
_ GA
_2 Wb BA
G-05
3
2
LA_2
_1 WK
G-04
BAW b_3
BAW b_
1
_6
3
GA
M_
WK_
_ EC
LA_3
4
BEW
_1
5
_6
WK
WK_ W
4 BEW _
G-06 BEW _
EH_3
2
4
EH_
ST_1
_2
G-02
EH
1
_ EH
D_2
8
HC
_ GA
2
M_
HC
K_
0
G-08
LA_4
G-07
GA_1 GA_11
D_ 3
_1 GA
GA_
BEW_3
Form-Fab
Fabric-formed plaster experiments for a studio workshop at the Architectural Association. Digital simulations were done to predict the physical behaviour of the material.