BAP
Portfolio
Part One- Professional Work Crown Central Deck and Arena Tikva Jewish Museum Exhibition at Tretyakov Gallery Fair Park Parking Garage Sherman City Hall Circle South
Part Two- Academic Work Vertical Village Snap Facade + Snap Shade
Part One- Professional Work
Crown Central Deck And Arena Tampere, Finland Image Right_ Street perspective of Arena & Towers 1&2. (Image created using Rhino & 3ds Max + post process in Photoshop)
Project Narrative - The Crown Central Deck and Arena is an ambitious urban renewal project located at a key intersection in Tampere, Finland. It reconnects the city’s eastern and western districts by bridging over an existing railway, transforming the site into a vibrant hub for high-quality living, working, leisure, and culture. The mixed-use development includes a multi-purpose ice hockey arena, a hotel, and five adjacent towers atop a shared podium, featuring residences, retail, and office spaces. The arena, which comprises one-fifth of the overall complex, will accommodate up to 11,000 visitors and includes a practice rink, wellness center, shopping arcade, bars, and restaurants—redefining the deck as a center for diverse urban activity.
and includes a practice rink, wellness center, shopping arcade, bars, and restaurants—redefining the deck as a center for diverse urban activity. The total program consists of approximately 63,000 square meters of mixed-use space and 48,000 square meters dedicated to the arena. As the project is still underway, my role has focused on developing Buildings 3 and 4 in 3D and preparing them for construction documentation. Using Buildings 1 and 2 as references, I modeled the new structures in both Revit and Rhino. Additionally, I was responsible for managing the design and coordination of the arena deck and louver systems across all buildings, including implementing key redesigns.
RAKENNUS 2 RAKENNUS 1
AREENA
N
NOT FOR CONSTRUCTION
TAMPEREEN KANSI RAKENNUS 1 TAMPERE CLIENT REPRESENTATIVE
SRV Rakenuus Oy
Studio Libeskind 150 Broadway 18th Floor New York, New York 10038 USA Tel. +1 212 497 9100
Ramboll Finland PL 25, Säterinkatu 6 FI-02601 Espoo Tel. 020 755 611 info@ramboll.fi
PROJECT MANAGER
LOCAL ARCHITECT
HOTEL OPERATOR
Aihio Arkkitehdit Oy
NAME Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Satakunnankatu 18 A 2.KRS, 33210 Tampere Finland Tel. +358 3125 0100 @aihioark.fi
ELECTRICAL & MECHANICAL ENGINEER
FIRE LIFE SAFETY ENGINEER NAME
NAME Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
FACADE CONSULTANT
ACOUSTIC CONSULTANT
NAME
NAME
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
TRANSPORTATION CONSULTANT
TAMPEREEN KANSI RAKENNUS 1 Image Above_DRAWING Conceptual Sketch of 2018 Buildings and Deck. (Image Created by BUILDING PERMIT SET - APRIL hand sketch and Illustrator post process) Image Right above_ Axonometric of Building 2. (Image Created in Revit and Rhino) Image Right below_ Building 2 section worksheet. (Image Created in Revit worksheets)
SITE LOCATION
Tampellan Esplanadi 2 33100 Tampere, Finland info@srv.fi
DESIGN ARCHITECT
STRUCTURAL & MECHANICAL ENGINEER
NAME Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
LANDSCAPE CONSULTANT
--
NAME
NAME
NAME
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
ISSUES:
A B
05/15/18
ALUSTAVA DRAFT
05/25/18
C
06/06/18
D
07/31/18
E
08/27/18 09/18/18 11/16/18
I
09/06/19
DATE
COMMENTS:
SDL
PROGRESS SET
SDL
PROGRESS SET
SDL
PROGRESS SET
08/09/18
F G H
INDEX
SDL
PROGRESS SET
SDL
PROGRESS SET
SDL
PROGRESS SET
SDL
ALUSTAVA DRAFT
SDL
PROGRESS SET
SDL
REVISION
NAME
PROGRESS SET DATE: 03/22/18
Cover Sheet
DRAWN BY: Author CHECKED BY: Checker
SCALE:
ARK
R1
00
GN
A
PROJECT DISCIPL.
PART
NUMBER
TYPE
INDEX
TRE
DWG nº
00
Image Right_ Street perspective of Buildings 1 & 2. (Image created using Rhino & 3ds Max+ post process in Photoshop)
Builidng one is part of phase one package. With addition to the Stadium it is the initial wave to the 4 phase sports areana complex. Images Top Right_ Buildings 1 street elevation of tower and deck. Image bottom right buiding section with enlarged floor and wall details (Image Created by Revit)
JULKISIVUMATERIAALIT
A - KUITUSEMENTTILEVY, LUONNONVÄRINEN / HARMAA EQUITONE TECTIVA TE20
Building 1 Phase 1
B - ALUMIINIPANEELI NOVELIS B73A NATUR E6EV1 C - ALUMIINIPANEELI (TEHOSTE) NOVELIS SSL BF NATUR D - ALUMIINIPANEELI, MUSTA NOVELIS ff2 ELOXALOPTIK C34, FP (2006-10) E - LASI, KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) F - SÄVYLASI ESIM. VITRO OPTIGRAY + KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) G - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. VITRO OPTIGRAY + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) H - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. KIRKAS LASI + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO)
I - TARKENTUU, METALLISÄLEIKKÖ, LUONNONVÄRINEN HARMAA (TEKNIIKAN PEITESÄLEIKKÖ) J - LAMINOITU LASI, KIRKAS K - ALUMIINISÄLEET, ANODISOITU, KIRKAS L - STAINLESS STEEL CLADDING M1 - BETONI M2 - GRAAFINEN BETONI 18.KRS Roof EL.162.8
+162.8
9150
R1
16.KRS +50.1M EL.153.65
+153.0
3200
15.KRS +46.9M EL.150.45 3200
14.KRS +43.7M EL.147.25 3200
AREENA
13.KRS +40.5M EL.144.05
+144.6 3200
12.KRS +37.3M EL.140.85 3200
11.KRS +34.1M EL.137.65 3200
G +134.3
N 10.KRS +30.9M EL.134.45
+134.5 3200
F
E
J
+132.3
B
D
9.KRS +27.7M EL.131.25
A E
4200
8.KRS +23.5M EL.127.05
I 3200
B
7.KRS +20.3M EL.123.85 3200
6.KRS +17.1M EL.120.65 3200
H
5.KRS +13.9M EL.117.45 3200
E
4.KRS +10.7M EL.114.25 3200
H
3.KRS +7.5M EL.111.05
+110.5 3500
C
B
+107.8
2.KRS +4.0M EL.107.55
+107.0
H
L
4000
E
1.KRS +0.0M EL.103.55
8000
0.KRS (RATAPIHANKATUTASO) EL.95.55
1 Väritetty Aluejulkisivu Itään 413 1 : 200
Muutos
Selitys
Pvm
Piirt.
H
JULKISIVUMATERIAALIT ARK-A-00-413 Kaupunginosa/Kylä
Kortteli/Tila
Tontti/Rn:o
Tampere
--
--
Viranomaisten arkistomerkintöjä varten
Rakennusluvan tun
LUONNONVÄRINEN / HARMAA A - KUITUSEMENTTILEVY, PÄÄPIIRUSTUS UUDISRAKENNUS EQUITONE TECTIVA TE20 Rakennustoimenpide
Piirustuslaji
Rakennuskohde
Juo
Piirustuksen sisältö
Väritetty Aluejulkisivu Itään
B - ALUMIINIPANEELI NOVELIS B73A NATUR E6EV1 Copyright ©
METAL PANEL
250
+162.8
1800
18.KRS Roof EL.162.8
3200
FIXED GLASS PANEL
B 1000
17.KRS +53.3N EL.156.85
700
B G
390
390 640
K
METAL PANEL
310
D
3200
C 16.KRS +50.1M EL.153.65
+152.9
3200
UNITIZED ELEMENT
15.KRS +46.9M EL.150.45
1300
OPERABLE GLASS PANEL
3200
Projektiarkkitehti
Hannu Helkiö
3200
F
E - LASI, KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) F - SÄVYLASI ESIM. VITRO OPTIGRAY + KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO)
5950
FIXED GLASS PANEL
3200
G - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. VITRO OPTIGRAY + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) H - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. KIRKAS LASI + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) I - TARKENTUU, METALLISÄLEIKKÖ, LUONNONVÄRINEN / HARMAA (TEKNIIKAN PEITESÄLEIKKÖ)
FIBER CEMENT PANEL
D
14.KRS +43.7M EL.147.25
J - LAMINOITU LASI, KIRKAS
500
FIXED GLASS PANEL
E
K - ALUMIINISÄLEET, ANODISOITU, KIRKAS
3200
13.KRS +40.5M EL.144.05
700
L - STAINLESS STEEL CLADDING M1 - BETONI
3200
FIBER CEMENT PANELS
390
390
M2 - GRAAFINEN BETONI 12.KRS +37.3M EL.140.85
370
370
3200
11.KRS +34.1M EL.137.65
3 Tower Window Section. 302 1 : 25
2 Podium Window Section. 302 1 : 25
R1
3200
+134.5
+134.3
10.KRS +30.9M EL.134.45
J
3200
+132.4
9.KRS +27.7M EL.131.25
AREENA
4200
8.KRS +23.5M EL.127.05
N
H
3200
7.KRS +20.3M EL.123.85
3200
6.KRS +17.1M EL.120.65
3200
5.KRS +13.9M EL.117.45
3200
4.KRS +10.7M EL.114.25
3200
3.KRS +7.5M EL.111.05
3500
+107.8 2.KRS +4.0M EL.107.55
E
L
4000
M1
1.KRS +0.0M EL.103.55
8000
Muutos
Selitys
Pvm
Piirt.
Hyv.
ARK-A-00-302 Kaupunginosa/Kylä
Kortteli/Tila
Tontti/Rn:o
Tampere
--
-Piirustuslaji
PÄÄPIIRUSTUS Rakennuskohde
0.KRS (RATAPIHANKATUTASO) EL.95.55
1 Section A 302 1 : 100
Viranomaisten arkistomerkintöjä varten
Rakennustoimenpide
UUDISRAKENNUS
Rakennusluvan tunnus
Juoks.n:o
Piirustuksen sisältö
Mittakaava
As indicated
Longitudinal Building Section
Suunnitteluala
ARK Copyright ©
Satakunnankatu 18 A 33210 Tampere Finland
puh fax email:
(03) 3125 0100 (03) 3125 0125 toimisto@aihioark.fi
Pvm
ARKKITEHTITOIMISTOJEN LIITON ATL:n JÄSEN, SUUNNITTELU- JA KONSULTTITOIMISTOJEN LIITON SKOL:n JÄSEN
Työnumero Piirustusnumero
2584
Muutostunnus
Tiedosto
302
Pääsuunnittelija
Projektiarkkitehti
Marika Rökman
Hannu Helkiö
Piirt.
Muutostunnus
413
Pääsuunnittelija
Marika Rökman
D - ALUMIINIPANEELI, MUSTA NOVELIS ff2 ELOXALOPTIK C34, FP (2006-10)
UNITIZED ELEMENT
UNITIZED ELEMENT
Työnumero Piirustusnumero
2584
Pvm
ARKKITEHTITOIMISTOJEN LIITON ATL:n JÄSEN, SUUNNITTELU- JA KONSULTTITOIMISTOJEN LIITON SKOL:n JÄSEN
1560 3200
(03) 3125 0100 (03) 3125 0125 toimisto@aihioark.fi
310
OPERABLE GLASS PANEL
UNITIZED ELEMENT
puh fax email:
C - ALUMIINIPANEELI (TEHOSTE) NOVELIS SSL BF NATUR
390
390 640
FIBER CEMENT PANEL
Suunnitteluala
ARK
Satakunnankatu 18 A 33210 Tampere Finland
SC
P
JULKISIVUMATERIAALIT
A - KUITUSEMENTTILEVY, LUONNONVÄRINEN / HARMAA EQUITONE TECTIVA TE20
Building 1 Phase 1
B - ALUMIINIPANEELI NOVELIS B73A NATUR E6EV1 C - ALUMIINIPANEELI (TEHOSTE) NOVELIS SSL BF NATUR D - ALUMIINIPANEELI, MUSTA NOVELIS ff2 ELOXALOPTIK C34, FP (2006-10) E - LASI, KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) F - SÄVYLASI ESIM. VITRO OPTIGRAY + KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) G - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. VITRO OPTIGRAY + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) H - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. KIRKAS LASI + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO)
I - TARKENTUU, METALLISÄLEIKKÖ, LUONNONVÄRINEN HARMAA (TEKNIIKAN PEITESÄLEIKKÖ) J - LAMINOITU LASI, KIRKAS K - ALUMIINISÄLEET, ANODISOITU, KIRKAS L - STAINLESS STEEL CLADDING M1 - BETONI M2 - GRAAFINEN BETONI +162.8 18.KRS Roof EL.162.8
5950
17.KRS +53.3N EL.156.85
D
K
+153.0
+154.4
R1
3200
16.KRS +50.1M EL.153.65 3200
15.KRS +46.9M EL.150.45
H
3200
B
14.KRS +43.7M EL.147.25
E
+144.6
3200
AREENA
13.KRS +40.5M EL.144.05
C I
3200
G
12.KRS +37.3M EL.140.85
F
3200
11.KRS +34.1M EL.137.65
D 3200
+134.5
N
+134.5 10.KRS +30.9M EL.134.45 3200
I
B
9.KRS +27.7M EL.131.25 4200
A
8.KRS +23.5M EL.127.05
E
3200
7.KRS +20.3M EL.123.85 3200
6.KRS +17.1M EL.120.65
H
3200
5.KRS +13.9M EL.117.45 3200
4.KRS +10.7M EL.114.25 3200
3.KRS +7.5M EL.111.05 3500
L
B
2.KRS +4.0M EL.107.55
+107.0
E
4000
H M1
1.KRS +0.0M EL.103.55
8000
0.KRS (RATAPIHANKATUTASO) EL.95.55
1 Väritetty Aluejulkisivu Pohjoiseen 411 1 : 200
Muutos
Selitys
Pvm
Piirt.
H
ARK-A-00-411 Kaupunginosa/Kylä
Kortteli/Tila
Tontti/Rn:o
Tampere
--
--
Viranomaisten arkistomerkintöjä varten
Rakennustoimenpide
Rakennusluvan tun
Piirustuslaji
Juo
PÄÄPIIRUSTUS
UUDISRAKENNUS Rakennuskohde
Piirustuksen sisältö
Väritetty Aluejulkisivu Pohjoiseen
Suunnitteluala
ARK Copyright ©
Satakunnankatu 18 A 33210 Tampere Finland
puh fax email:
Pvm
(03) 3125 0100 (03) 3125 0125 toimisto@aihioark.fi
ARKKITEHTITOIMISTOJEN LIITON ATL:n JÄSEN, SUUNNITTELU- JA KONSULTTITOIMISTOJEN LIITON SKOL:n JÄSEN
18.KRS Roof EL.162.8
18.KRS Roof EL.162.8
Old Roof EL.159.6
17.KRS +53.3N EL.156.85 VK +52.25M EL.155.8
16.KRS +50.1M EL.153.65
16.KRS +50.1M EL.153.65
15.KRS +46.9M EL.150.45
15.KRS +46.9M EL.150.45
14.KRS +43.7M EL.147.25
14.KRS +43.7M EL.147.25
13.KRS +40.5M EL.144.05
13.KRS +40.5M EL.144.05
12.KRS +37.3M EL.140.85
12.KRS +37.3M EL.140.85
11.KRS +34.1M EL.137.65
11.KRS +34.1M EL.137.65
10.KRS +30.9M EL.134.45
10.KRS +30.9M EL.134.45
9.KRS +27.7M EL.131.25
9.KRS +27.7M EL.131.25
8.KRS +23.5M EL.127.05
8.KRS +23.5M EL.127.05
7.KRS +20.3M EL.123.85
7.KRS +20.3M EL.123.85
6.KRS +17.1M EL.120.65
6.KRS +17.1M EL.120.65
5.KRS +13.9M EL.117.45
5.KRS +13.9M EL.117.45
4.KRS +10.7M EL.114.25
4.KRS +10.7M EL.114.25
3.KRS +7.5M EL.111.05
3.KRS +7.5M EL.111.05
RAKENNUS 2 RAKENNUS 1
AREENA
N
NOT FOR CONSTRUCTION
2.KRS +4.0M EL.107.55
2.KRS +4.0M EL.107.55
TAMPEREEN KANSI RAKENNUS 1 TAMPERE CLIENT REPRESENTATIVE
SRV Rakenuus Oy
Studio Libeskind
1.KRS +0.0M EL.103.55
150 Broadway 18th Floor New York, New York 10038 USA Tel. +1 212 497 9100
STRUCTURAL & MECHANICAL ENGINEER Ramboll Finland PL 25, Säterinkatu 6 FI-02601 Espoo Tel. 020 755 611 info@ramboll.fi
1 North Elevation 400 1 : 100
2 South Elevation 400 1 : 100
SITE LOCATION
Tampellan Esplanadi 2 33100 Tampere, Finland info@srv.fi
DESIGN ARCHITECT
1.KRS +0.0M EL.103.55
PROJECT MANAGER
LOCAL ARCHITECT
HOTEL OPERATOR
Aihio Arkkitehdit Oy
NAME Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Satakunnankatu 18 A 2.KRS, 33210 Tampere Finland Tel. +358 3125 0100 @aihioark.fi
ELECTRICAL & MECHANICAL ENGINEER
FIRE LIFE SAFETY ENGINEER NAME
NAME Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
FACADE CONSULTANT
ACOUSTIC CONSULTANT
NAME
NAME
NAME
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
TRANSPORTATION CONSULTANT
LANDSCAPE CONSULTANT
--
NAME
NAME
NAME
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
ISSUES:
A B C D E F
05/15/18
ALUSTAVA DRAFT
SDL
05/25/18
PROGRESS SET
SDL
06/06/18
PROGRESS SET
07/31/18
PROGRESS SET
SDL
PROGRESS SET
SDL
08/09/18 08/27/18
SDL
PROGRESS SET
SDL
G
09/18/18
H
11/16/18
ALUSTAVA DRAFT
I
09/06/19
PROGRESS SET
SDL
INDEX
DATE
REVISION
NAME
COMMENTS:
PROGRESS SET
SDL SDL
PROGRESS SET DATE: 03/22/18
Exterior Elevation_North & South
DRAWN BY: Author
SCALE: 1 : 100
CHECKED BY: Checker
ARK
R1
400
EE
A
PROJECT DISCIPL.
PART
NUMBER
TYPE
INDEX
TRE
DWG nº
400
Työnumero Piirustusnumero
2584
Muutostunnus
411
Pääsuunnittelija
Projektiarkkitehti
Marika Rökman
Hannu Helkiö
P
JULKISIVUMATERIAALIT
A - KUITUSEMENTTILEVY, LUONNONVÄRINEN / HARMAA EQUITONE TECTIVA TE20
Building 1 Phase 1
B - ALUMIINIPANEELI NOVELIS B73A NATUR E6EV1 C - ALUMIINIPANEELI (TEHOSTE) NOVELIS SSL BF NATUR D - ALUMIINIPANEELI, MUSTA NOVELIS ff2 ELOXALOPTIK C34, FP (2006-10) E - LASI, KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) F - SÄVYLASI ESIM. VITRO OPTIGRAY + KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) G - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. VITRO OPTIGRAY + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) H - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. KIRKAS LASI + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO)
I - TARKENTUU, METALLISÄLEIKKÖ, LUONNONVÄRINEN HARMAA (TEKNIIKAN PEITESÄLEIKKÖ) J - LAMINOITU LASI, KIRKAS K - ALUMIINISÄLEET, ANODISOITU, KIRKAS L - STAINLESS STEEL CLADDING M1 - BETONI M2 - GRAAFINEN BETONI 18.KRS Roof EL.162.8
+162.8
5950
B +154.4
K
+152.9
B
17.KRS +53.3N EL.156.85
R1
3200
G
16.KRS +50.1M EL.153.65 3200
B D
15.KRS +46.9M EL.150.45 3200
C
14.KRS +43.7M EL.147.25
H
+144.6
3200
F D E
AREENA
13.KRS +40.5M EL.144.05 3200
E
12.KRS +37.3M EL.140.85 3200
11.KRS +34.1M EL.137.65 3200
N
+134.5
10.KRS +30.9M EL.134.45 3200
+132.2
9.KRS +27.7M EL.131.25
A 4200
E
8.KRS +23.5M EL.127.05 3200
I
7.KRS +20.3M EL.123.85 3200
6.KRS +17.1M EL.120.65 3200
5.KRS +13.9M EL.117.45 3200
4.KRS +10.7M EL.114.25 3200
3.KRS +7.5M EL.111.05
H
3500
H
4000
2.KRS +4.0M EL.107.55
+107.0
E
1.KRS +0.0M EL.103.55
M2 8000
0.KRS (RATAPIHANKATUTASO) EL.95.55
1 Väritetty Aluejulkisivu Länteen 410 1 : 200
Muutos
Selitys
Pvm
Piirt.
H
ARK-A-00-410 Kaupunginosa/Kylä
Kortteli/Tila
Tontti/Rn:o
Tampere
--
--
Viranomaisten arkistomerkintöjä varten
Rakennustoimenpide
Rakennusluvan tun
Piirustuslaji
Juo
PÄÄPIIRUSTUS
UUDISRAKENNUS Rakennuskohde
Piirustuksen sisältö
Väritetty Aluejulkisivu Länteen
Suunnitteluala
Työnumero Piirustusnumero
ARK Copyright ©
Satakunnankatu 18 A 33210 Tampere Finland
puh fax email:
2584
Pvm
(03) 3125 0100 (03) 3125 0125 toimisto@aihioark.fi
18.KRS Roof EL.162.8
Projektiarkkitehti
Hannu Helkiö
18.KRS Roof EL.162.8
9150
9150
B
B
G
B C
K
16.KRS +50.1M EL.153.65
G
16.KRS +50.1M EL.153.65
3200
3200
D
B C
15.KRS +46.9M EL.150.45
D E
15.KRS +46.9M EL.150.45
F
3200
14.KRS +43.7M EL.147.25
3200
JULKISIVUMATERIAALIT 14.KRS +43.7M EL.147.25
D
3200
13.KRS +40.5M EL.144.05
H
F
13.KRS +40.5M EL.144.05
E
3200
12.KRS +37.3M EL.140.85
H
E
12.KRS +37.3M EL.140.85
3200
11.KRS +34.1M EL.137.65
3200
3200
10.KRS +30.9M EL.134.45 EXPANSION JOINT LINE
10.KRS +30.9M EL.134.45
3200
9.KRS +27.7M EL.131.25
G - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. VITRO OPTIGRAY + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) H - TAUSTAMAALATTU LASI, RAL 9004 MUSTA MAALI ESIM. KIRKAS LASI + TAUSTAMAALATTU LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO)
3200
9.KRS +27.7M EL.131.25
4200
E - LASI, KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO) F - SÄVYLASI ESIM. VITRO OPTIGRAY + KIRKAS LASI ULKOPUITE RAL 9004, MUSTA SISÄPUITE VALKOINEN (TOIMITTAJAN VAKIO)
3200
11.KRS +34.1M EL.137.65
C - ALUMIINIPANEELI (TEHOSTE) NOVELIS SSL BF NATUR D - ALUMIINIPANEELI, MUSTA NOVELIS ff2 ELOXALOPTIK C34, FP (2006-10)
3200
B
A - KUITUSEMENTTILEVY, LUONNONVÄRINEN / HARMAA EQUITONE TECTIVA TE20 B - ALUMIINIPANEELI NOVELIS B73A NATUR E6EV1
3200
I - TARKENTUU, METALLISÄLEIKKÖ, LUONNONVÄRINEN / HARMAA (TEKNIIKAN PEITESÄLEIKKÖ) J - LAMINOITU LASI, KIRKAS
4200
K - ALUMIINISÄLEET, ANODISOITU, KIRKAS 8.KRS +23.5M EL.127.05
8.KRS +23.5M EL.127.05
L - STAINLESS STEEL CLADDING M1 - BETONI
E
A
3200
E
I
H
3200
7.KRS +20.3M EL.123.85
M2 - GRAAFINEN BETONI 7.KRS +20.3M EL.123.85
A
3200
3200
RAKENNUS 2 RAKENNUS 1
6.KRS +17.1M EL.120.65
6.KRS +17.1M EL.120.65
3200
H
3200
5.KRS +13.9M EL.117.45
5.KRS +13.9M EL.117.45
3200
AREENA
3200
4.KRS +10.7M EL.114.25
4.KRS +10.7M EL.114.25
3200
3200
3.KRS +7.5M EL.111.05
N
3.KRS +7.5M EL.111.05 NOT FOR CONSTRUCTION
3500
3500
2.KRS +4.0M EL.107.55
TAMPEREEN KANSI RAKENNUS 1 TAMPERE 2.KRS +4.0M EL.107.55
CLIENT REPRESENTATIVE
SRV Rakenuus Oy
Studio Libeskind
H
4000
E M1
H
E
1.KRS +0.0M EL.103.55
L
150 Broadway 18th Floor New York, New York 10038 USA Tel. +1 212 497 9100
4000
STRUCTURAL & MECHANICAL ENGINEER
1.KRS +0.0M EL.103.55
M2
SITE LOCATION
Tampellan Esplanadi 2 33100 Tampere, Finland info@srv.fi
DESIGN ARCHITECT
LOCAL ARCHITECT
HOTEL OPERATOR
Aihio Arkkitehdit Oy
NAME Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Satakunnankatu 18 A 2.KRS, 33210 Tampere Finland Tel. +358 3125 0100 @aihioark.fi
ELECTRICAL & MECHANICAL ENGINEER
FIRE LIFE SAFETY ENGINEER NAME
Ramboll Finland
NAME
PL 25, Säterinkatu 6 FI-02601 Espoo Tel. 020 755 611 info@ramboll.fi
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
FACADE CONSULTANT
ACOUSTIC CONSULTANT
PROJECT MANAGER NAME
NAME
NAME
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
TRANSPORTATION CONSULTANT
LANDSCAPE CONSULTANT
--
NAME
NAME
NAME
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
Address 1 Address 2 Country Tel. +0 000 ꞏ Fax. +0 0000 contact email @
ISSUES:
A
1 Podium South Elevation 404 1 : 100
2 Podium West Elevation 404 1 : 100
B C D E F
05/15/18
ALUSTAVA DRAFT
05/25/18
PROGRESS SET
SDL
06/06/18
PROGRESS SET
SDL
07/31/18
PROGRESS SET
08/09/18 08/27/18
SDL
SDL
PROGRESS SET
SDL
PROGRESS SET
SDL
G
09/18/18
H
11/16/18
ALUSTAVA DRAFT
I
09/06/19
PROGRESS SET
SDL
INDEX
DATE
REVISION
NAME
COMMENTS:
PROGRESS SET
SDL SDL
PROGRESS SET DATE: 09/06/19
Exterior Podium Elevations
DRAWN BY: SC
SCALE: 1 : 100
CHECKED BY: SB
ARK
R1
404
EE
A
PROJECT DISCIPL.
PART
NUMBER
TYPE
INDEX
TRE
DWG nº
Muutostunnus
410
Pääsuunnittelija
Marika Rökman
ARKKITEHTITOIMISTOJEN LIITON ATL:n JÄSEN, SUUNNITTELU- JA KONSULTTITOIMISTOJEN LIITON SKOL:n JÄSEN
404
P
For buildings 3&4, my responsibility was to constructing building 4 from scratch utilizing the detailed rhino source model. Next we would collaborate with the architects on record to see if there were and new deigns and or developments. Building 3 was next to be constructed but was put on hold. Images Right_ Buildings 3&4 elevations of tower and deck. (Image Created by Revit & Rhino)
A B C D E F G H I J K L
+188.5
+188.5
Roof 188.53
11049
L +178.4
+178.4 Roof 178.4
23.KRS +73.5M 177.5 3200 22.KRS +70.3M 174.3
L 10500
3200 21.KRS +67.1M 171.1
+155.6
E
3200 20.KRS +63.9M 167.9
20.KRS +63.9M 167.9 3200
3200 19.KRS +60.7M 164.7
19.KRS +60.7M 164.7
B
B
G
F
3200
3200 18.KRS +57.5M 161.5
18.KRS +57.5M 161.5
G
G
B
3200
3200 17.KRS +54.3M 158.3
G
3200
+155.6
17.KRS +54.3M 158.3
B 3200
16.KRS +51.1M 155.1
16.KRS +51.1M 155.1
F
3200
+152.4
3200 15.KRS +47.9M 151.9
15.KRS +47.9M 151.9
G
3200 14.KRS +44.7M 148.7
3200 14.KRS +44.7M 148.7
B
3200
3200 13.KRS +41.5M 145.5
13.KRS +41.5M 145.5 3200
3200 12.KRS +38.3M 142.3
12.KRS +38.3M 142.3 3200
3200 11.KRS +35.1M 139.1
11.KRS +35.1M 139.1
B
G
3200
B
3200 10.KRS +31.9M 135.9
10.KRS +31.9M 135.9
G
H
3200
+130.7
9.KRS +28.7M 132.7
+130.8
G C
3200 9.KRS +28.7M 132.7
B
+130.8
3200
3200 8.KRS +25.5M 129.5
8.KRS +25.5M 129.5
B 3200
+126.7
A
+126.8
3200 7.KRS +21.3M 125.3
7.KRS +21.3M 125.3 4200
G
4200
A 6.KRS +18.1M 122.1
6.KRS +18.1M 122.1 3200
3200 5.KRS +14.9M 118.9
5.KRS +14.9M 118.9 3200
G
A
3200 4.KRS +11.7M 115.7
4.KRS +11.7M 115.7 3200
3200 3.KRS +8.5M 112.5
3.KRS +8.5M 112.5 3200
3200 2.KRS +5.3M 109.3
2.KRS +5.3M 109.3
5300
I
I
I 1.KRS +0.8M 104.8
I
I
5300
1.KRS +0.8M 104.8
Muutos
Selitys
Kaupunginosa/Kylä
Kortteli/Tila
Tontti/Rn:o
XVII
426 & 427
1&2
Pvm
Piirt.
Viranomaisten arkistomerkintöjä varten
Hyv.
Rakennusluvan tunnus
Juoks.n:o
Rakennustoimenpide
Piirustuslaji
UUDISRAKENNUS
PÄÄPIIRUSTUS
Rakennuskohde
Pohjoiskansi Rakennukset 3 ja 4
Rautatienkatu 41
Piirustuksen sisältö
Mittakaava
Julksivu etelään (BLDG 3&4 elevation southward)
1:200
Julksivu pohjoiseen (BLDG 3&4 elevation northward)
Julksivu pohjoiseen (BLDG 3&4 elevation northward) 01 SCALE 1:100
Julksivu etelään (BLDG 3&4 elevation southward) 01 SCALE 1:100
Suunnitteluala
ARK Copyright ©
Satakunnankatu 18 A 33210 Tampere Finland
puh fax email:
(03) 3125 0100 (03) 3125 0125 toimisto@aihioark.fi
Työnumero Piirustusnumero
Muutostunnus
Tiedosto
2850
Pvm
Pääsuunnittelija
29.10.2019
Marika Rökman
Arkkitehti
Studio Libeskind
Piirt.
Building 3&4 Phase 2
A B C D E F G H I J K L
+188.5
+188.5 Roof
Roof
188.53
188.53
11049
11049
+178.4 Roof 178.4
23.KRS +73.5M 177.5
G
21.KRS +67.1M
19.KRS +60.7M
164.7
164.7 3200
171.1
161.5
161.5 3200
158.3 3200
16.KRS +51.1M
155.1
155.1
B
3200
G
161.5
151.9
148.7 3200
3200
3200
3200
13.KRS +41.5M 145.5
12.KRS +38.3M
12.KRS +38.3M
142.3
142.3 3200
139.1
H
3200
10.KRS +31.9M
135.9
135.9 3200
132.7
3200
+126.8
3200
3200
3200
3200
5.KRS +14.9M 118.9
145.5
B
12.KRS +38.3M 142.3
H
G
3200 11.KRS +35.1M
C
139.1
139.1 3200
10.KRS +31.9M
10.KRS +31.9M
135.9
135.9 3200
9.KRS +28.7M
9.KRS +28.7M
132.7
132.7 3200
7.KRS +21.3M 125.3
7.KRS +21.3M 125.3
6.KRS +18.1M 122.1
6.KRS +18.1M 122.1
5.KRS +14.9M 118.9
5.KRS +14.9M 118.9
3.KRS +8.5M
A
G
4200
A
G 6.KRS +18.1M 122.1
A
112.5
2.KRS +5.3M 109.3
5.KRS +14.9M 118.9 3200
3200
3200
3200
3200
4.KRS +11.7M 115.7
3.KRS +8.5M
3.KRS +8.5M
112.5
112.5
2.KRS +5.3M
2.KRS +5.3M
109.3
109.3
5300
1.KRS +0.8M
104.8
104.8
3200
115.7
5300
1.KRS +0.8M
G
3200 4.KRS +11.7M
3200
2.KRS +5.3M 109.3
3200 7.KRS +21.3M 125.3
4200
3200
112.5
8.KRS +25.5M 129.5 +126.7
3200
4.KRS +11.7M
3.KRS +8.5M
3200
3200+126.8
115.7
I
13.KRS +41.5M
11.KRS +35.1M
8.KRS +25.5M 129.5
4.KRS +11.7M
I
3200
142.3
8.KRS +25.5M 129.5
115.7
3200
3200
3200 12.KRS +38.3M
4200
6.KRS +18.1M 122.1
3200
148.7 3200
145.5
3200
7.KRS +21.3M 125.3
A
14.KRS +44.7M
13.KRS +41.5M
3200
G
151.9 3200
148.7
+130.7
8.KRS +25.5M 129.5
4200
15.KRS +47.9M
3200 9.KRS +28.7M
3200
3200
EL: +152.4
151.9
3200
+130.8
+130.7
155.1
G
3200
10.KRS +31.9M
9.KRS +28.7M
16.KRS +51.1M
G
14.KRS +44.7M
3200
132.7
B
3200 11.KRS +35.1M
C
139.1
158.3 3200
+155.6
B
15.KRS +47.9M
3200
11.KRS +35.1M
17.KRS +54.3M
H
155.1
3200 14.KRS +44.7M
148.7
145.5
161.5 3200
C
158.3
16.KRS +51.1M
3200
14.KRS +44.7M
13.KRS +41.5M
164.7
18.KRS +57.5M
3200 15.KRS +47.9M
3200
19.KRS +60.7M
17.KRS +54.3M
3200
151.9
3200
3200
16.KRS +51.1M
15.KRS +47.9M
3200
3200 18.KRS +57.5M
3200
+155.6
20.KRS +63.9M 167.9 3200
164.7
3200 17.KRS +54.3M
158.3
C
167.9
19.KRS +60.7M
3200
17.KRS +54.3M
L
20.KRS +63.9M
3200 18.KRS +57.5M
5300
21.KRS +67.1M
3200
19.KRS +60.7M
18.KRS +57.5M
10500
3200 20.KRS +63.9M 167.9
G
3200
174.3
3200
167.9
C
22.KRS +70.3M
3200
171.1
H B
20.KRS +63.9M
177.5 3200
22.KRS +70.3M
3200
C
Roof 178.4
23.KRS +73.5M
3200
174.3 +171.4
+178.4
L
B
10500
1.KRS +0.8M 104.8
I
I
I
5300
1.KRS +0.8M 104.8
Muutos
Selitys
Kaupunginosa/Kylä
Kortteli/Tila
Tontti/Rn:o
XVII
426 & 427
1&2
Pvm
Piirt.
Viranomaisten arkistomerkintöjä varten
Rakennustoimenpide
Piirustuslaji
UUDISRAKENNUS
PÄÄPIIRUSTUS
Hyv.
Rakennusluvan tunnus
Juoks.n:o
Rakennuskohde
Pohjoiskansi Rakennukset 3 ja 4
Rautatienkatu 41
Piirustuksen sisältö
Mittakaava
Julksivu länteen (BLDG 3&4 elevation westward)
1:200
Julksivu itään (BLDG 3&4 elevation eastward)
Julksivu länteen (BLDG 3&4 elevation westward) 01 SCALE 1:100
Julksivu itään (BLDG 3&4 elevation eastward) 01 SCALE 1:100
Suunnitteluala
ARK Copyright ©
Satakunnankatu 18 A 33210 Tampere Finland
puh fax email:
(03) 3125 0100 (03) 3125 0125 toimisto@aihioark.fi
Työnumero Piirustusnumero
Muutostunnus
Tiedosto
2850
Pvm
Pääsuunnittelija
29.10.2019
Marika Rökman
Arkkitehti
Studio Libeskind
Piirt.
Image Top Right - Building 5 was set to occur in Phase 4 after the completion of the arena and buildings 1-5. This building was to be entirely made up of a mix of resi and luxury resi apartments. Images Right_ Building 5 street perspective. Images bottom left and right are Elevations of building 4 and 5 in early stages of SD. (drawings were created in Revit + Rhino)
Building 5 Phase 3
Image Right_ Ariel perspective of five towers. (Image created using Rhino & 3ds Max+ post process in Photoshop)
Tikva Jewish Museum Tikva, Lisbon
Image Right_ Street perspective of Tikva Jewish Museum (Image created using Rhino & Lumion + post process in Photoshop)
USEUM LISBON
AERIAL VIEW L
The Jews Invented Hope” — Rabbi Jonathan Sacks, former Chief Rabbi of the U.K. Project Narrative - The design of this cultural museum is inspired by the deep historical and cultural heritage of Jewish life, drawing from precedents such as the micrographic carpet page of the Lisbon Bible (1482), the early Jewish settlements in Portugal, and the urban scale of present-day Lisbon. The building’s core morphology references the Hebrew script spelling “Israel,” with five distinct volumes that act as bridges connecting the overall form. Skylights are strategically placed to bring natural light into elevated areas, emphasizing key programmatic elements and enhancing the spiritual and experiential quality of the space.
The museum is designed with flexibility at its core, enabling a hybrid use of its spaces. Shared zones allow for seamless transitions between programs—for instance, the lobby and temporary exhibition space can merge for catered events, while the lobby and lecture hall may host small concerts or film screenings. For larger events, all three spaces—lobby, temporary exhibition, and lecture hall—can be combined to accommodate a broader audience. This adaptability fosters a dynamic cultural environment rooted in heritage, light, and community.
JARDIM DA TORRE DE BELÉM
TORRE DE BELÉM
TIKVA JEWISH MUSEUM LISBON
SITE PLAN
PRAҪA DO MUSEU
JARDIM DO MUSEU
TIKVA JEWISH MUSEUM LISBON Render site plan view. Plan view shows the buildImages Above_ ROOF PLAN ing implemented in the urban fabric. (Image Created in Rhino & post process in Photoshop + Illustrator)
Image above_ Planometric diagram of core massing for proposed museum. Cores represent the word “Hope” in Hebrew. TIKVA JEWISH MUSEUM LISBON (Created in Rhino & post process in Photoshop + Illustrator)
LETTERS DIAGRAM
TIKVA JEWISH MUSEUM LISBON
LOBBY VIEW
W TIKVA JEWISH MUSEUM LISBON
EXHIBITION SPACE ON SECOND FLOOR
LOBBY / RESTAURANT EXHIBITION TEMPORARY EXHIBITION LECTURE HALL RESEARCH CENTER SUPPORT
TIKVA JEWISH MUSEUM LISBON
PROGRAM DIAGRAM
LOBBY / RESTAURANT EXHIBITION TEMPORARY EXHIBITION LECTURE HALL RESEARCH CENTER SUPPORT
TIKVA JEWISH MUSEUM LISBON
PROGRAM DIAGRAM
• GENEROUS WELCOME AREA WITH MUSEUM SHOP AND MAIN STAIR • LECTURE HALL WITH RAKED SEATING ADJACENT TO WELCOME AREA
Ground Floor Plan
• COMPACT AND FLEXIBLE TEMPORARY EXHIBITION SPACE • EASY COMBINATION OF LOBBY, TEMPORARY EXHIBITION AND LECTURE HALL • SECOND STAIR AND ELEVATOR CONNECTING EXHIBITION FLOORS.
RECEIVING/ UNPACKING 46.5 M2
ADA WC MUSEUM ENTRANCE STORAGE 142.0 M2
WELCOME/SHOP 245.1 M2
LOADING EXHIBITION 651.5 M2 TEMPORARY EXHIBITION 313.0 M2 LECTURE HALL (209 SEATS) 217.9 M2
TOTAL | 1685.5 M2 EXHIBITION | 964.5 M2 LECTURE HALL | 217.9 M2 FLEX SPACE | 314.6 M2 TOTAL GROSS | 3654.1 M2
STORAGE AND SUPPORT | 188.5 M2
EXHIBITION GROSS | 1865.9 M2 • VERTICAL CONNECTIVITY BETWEEN EXHIBITION FLOORS
• GENEROUS AND CONTINUOUS RESTAURANT WITH OUTDOOR SEATING
TIKVA JEWISH MUSEUM LISBON
• SECOND STAIR AND ELEVATOR CONNECTING EXHIBITION FLOORS.
• ROOF TERRACE AND VIEWING PLATFORM DIRECTED TO TORRE DE BELEM
GROUND FLOOR PLAN
• EXHIBITION SPACE SHAPED BY VERTICAL AND SLOPED LETTER WALLS • FUNCTIONAL ADMINISTRATION SUITE INCLUDING CLASSROOM • ACCESSIBLE RESEARCH CENTER – ADJACENT TO ADMINISTRATION
Level 1 Plan
Level 2 Plan ADA WC KITCHEN ADA WC
KITCHEN 57.6
RESEARCH CENTER 188.2 M2
BAR / CAFE ADMINISTRATION 266.0 M2
RESTAURANT 489.9 M2
TERRACE 367.0 M2
EXHIBITION 901.4 M2 VIEWING PLATFORM • PUBLIC LOCKERS AND MAIN VISITOR WC ACCESSIBLE FROM WELCOME AREA • ADA WC ON EVERY FLOOR TOTAL | 1373.7 M2
TOTAL | 594.9 M2
• PERMANENT STORAGE DOUBLING AS SAFETY ROOM
EXHIBITION | 901.4 M2
CAFE / RESTAURANT| 489.9 M2 STORAGE AND SUPPORT | 110.0 M2
ADMINISTRATION | 266.0 M2
Basement Plan
RESEARCH CENTER | 188.2 M2 TOTAL GROSS | 3654.1 M2
TERRACE | 367.0 M2
TIKVA JEWISH MUSEUM LISBON
STAFF CHANGING ROOMS
LEVEL 1 PLAN
TOTAL GROSS | 3654.1 M2 EXHIBITION GROSS | 1865.9 M2
EXHIBITION GROSS | 1865.9 M2 SURVEILLANCE ROOM ADA WC
JEWISH MUSEUM LISBOA
LEVEL 2 PLAN
PERMANENT STORAGE / SAFETY ROOM
PERMANENT STORAGE
PUBLIC LOCKERS
TOTAL | 484.2 M2
Ground Floor Plan_ shows Generous welcome area with the museum shop and main stair. It also contains a lecture hall with raked seating adjacent to TIKVA JEWISH MUSEUM LISBON BASEMENT welcome area. The ground floor is compact and flexible temporary to PLAN the exhibition space. It is an easy combination of lobby, temporary exhibition and lecture space. The second stair and elevator are connecting the exhibition floors as well. Total Gross 3654.1 M2 Level 1 Plan_shows the vertical connectivity between exhibition floors. The second stair and elevator connect exhibition floors. The exhibition space is shaped by vertical and sloped letter walls. There is a functional administration suite including a classroom. There is accessibility to a research center adjacent to administration. Total Gross 3654.1 M2 Level 2 Plan_shows the generous and continuous restaurant with outdoor seating. The roof terrace and viewing platform are directed to the “Torre De Belem. Total Gross 3654.1 M2 Basement Plan_ shows public lockers and main visitor WC accessible from welcome area. ADA WC on every floor. Permanent storage doubling as storage area. Lastly contains staff changing rooms. 484.2 M2 Images Right_ Form Diagrams showing all programs.(All Images_Created using Rhino and post process in Illustrator)
TIKVA JEWISH MUSEUM LISBON
TEMPORARY EXHIBITION ENTRY
TIKVA JEWISH MUSEUM LISBON
EXHIBITION VOID
TIKVA JEWISH MUSEUM LISBON
L2 +9.50 m
L1 +4.50 m
L0 +0.00 m (ASL +4.00) L-1 -3.50 m
Exhibition at Tretyakov Gallery Moscow, Russia Image Right_ Interior perspective of built intertwining walls. (Image created by photo)
Project Narrative - Romanticism emerged during a period of intense upheaval in European history, shaped by the spread of revolutionary ideals—particularly those of freedom—following the French Revolution. In response, artists retreated into deeply personal, subjective worlds, blending dreams of individual liberty with visions of social utopia. Grounded in the classical layers of European heritage, Romantic artists developed highly distinctive styles, recognizable in their use of composition and in their reinterpretations of ancient and biblical narratives. Central to this movement are the themes of inwardness (“Innerlichkeit”), emotional expression (“Gefühlswelten”), and the bourgeoisie’s evolving struggle for freedom.
The exhibition “Romanticism – Dreams of Freedom”, a collaboration between the State Tretyakov Gallery in Moscow and the Albertinum of the Dresden State Art Collections, represents a groundbreaking cultural exchange between Russia and Germany. For the first time, romantic masterpieces from both nations are presented side by side, illuminating shared cultural and social undercurrents within a broader pan-European context. Both institutions boast extensive collections of early 19th-century art, and this exhibition highlights the artistic parallels and unique contributions of each country, emphasizing their mutual focus on the social and emotional dimensions of the era.
Image Above_ Diagram of gallery with cultural intersection.(Image created using Rhino + post process in Photoshop and Illustrator) Image Right_Interior Perspective of intertwined wall pathways. (Images created using Rhino + post process in Photoshop and Illustrator)
Spirals Intertwined
Two Spirals Intersected
Intersection Creates Pathways
Each zone represents a specific art style. Over The structure of the interlocking partition walls creates a “Spiral” circulation path for users as well as act as dividers for specific time periods throughout history. The wall partitions are 5 meters tall which allows for the placement of historical paintings. Over 400 Paintings + Artifacts are placed within specific zone to illustrate time periods of the oppression of freedom. Themes are listed in German. Image Above_ Plan Theme diagram. (Image created using Rhino + post process in Photoshop and Illustrator)
Top Diagram shows how concept wall partitions interlock creating a circulation revolving around time. Middle diagram shows a puncture of circulation through wall partition system. This also allows to have direct circulation as well. Bottom diagram shows the overall outlook of wall system which can now be integrated with historical paintings. Images to Left_Axonometric Diagrams. (Images created using Rhino + post process in Photoshop and Illustrator)
Unmolichkeit der Freheit
Image Above_ Unmolichkeit der Freheit These diagram shows the placement of the paintings in elevation as well as the perspective axon of the overall space. (Image created using Rhino + post process in Photoshop and Illustrator) Images to Right_ Diagrams of other zones with proposed paintings and artifacts. (Image created using Rhino + post process in Photoshop and Illustrator) Images to Next_ Interior view of the Unmolichkeit der Freheit exhibit. (Image created using Rhino + post process in Photoshop and Illustrator)
Heimat
Religion & Sixtina
Friedrich
Wenetzianow
Iwanow
Menschen Selbstbildnisse
Menschen
Carus
Innenwelten
Freiheit
In the process of schematic design, I took the role on making a physical sketch model of the proposed intertwined walls. In creating the walls we were able to understand the primary, secondary and tertiary spaces for the exhibit. The walls create sharp corners and blunt encasements. The passages creates central circulation to access all the spaces out of order. The model being 1:100 at 2’x4’ the placements of the romantic paintings and artifacts were easy to maneuver with the strategic model size. Image Right_ physical model perspective view. (Materials used- foam core and museum board) Image next_ Interior view of the Friedrich exhibit. (Image created using Rhino + post process in Photoshop and Illustrator) Images after next_ Exhibition walls currently under construction. (Image created using Rhino + post process in Photoshop and Illustrator)
“RISE”- Fair Park Parking Garage Image Right_ North Berm walking path perspective (Image created using Revit & Rhino + Post Process in Photoshop)
mmersive landscape
PROJECT NARRATIVE-This project is a community park—hidden in plain sight—that seamlessly integrates vital infrastructure with public experience. Beneath its rewilded landscape lies a high-functioning garage with 1,650 parking spaces and 80,000 square feet of operational program, including storage, management offices, and support facilities. The design embraces the site’s natural topography, using a 47-foot ascent to transform a utilitarian structure into a vibrant civic asset. Key program spaces include an event deck, viewing platform, market grove, trail connections, a shaded plaza, and a circulation core that encourages walking over elevator use. Together, these elements form a continuous experience where infrastructure quietly supports wellness, mobility, and cultural life.
Inspired by the prairie and designed for longevity, the park invites exploration through unprescribed paths, art-filled overlooks, and architectural follies that spark curiosity. Elevated galleries and sculpture gardens create platforms for youth and local artists to showcase work from a new perspective. Rather than compete with adjacent Fair Park programming, the space supports it—offering flexible venues and event infrastructure that leverage the site’s unique height and views. Every decision— materiality, circulation, planting, and form—is rooted in authenticity and purpose, turning a garage into a landscape that feels both natural and necessary.
e neighborhoods and the five-story concrete parking his garage an extension of garage, creating a unique the park.
Concept was to take the surrounding context and combine that with the parking structure making them into one. Image Top_Diagram of concept of parking structure. Image Right - Site Plan showing space programing. (Image created using Rhino + post process in Photoshop & Illustrator)
Pennsylvania Avenue
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high king t of erm. ting
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01 07
will park ming eight w for
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Gaisford Avenue
02 04 08 05
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03 07 06
01 EVENT DECK 02 SHADING PLATFORM 03 PRIMARY CIRCULATION CORE 04 EVENT PLAZA 05 THE “PEEL” 06 SOUTH BERM 07 SURFACE PARKING 08 PARKING GARAGE TOP DECK 09 VIEWING DECK 10 NORTH BERM 11 MARET GROVE 12 TRAIL SYSTEM CONNECTION
12
Fitzhugh Avenue
Massing Diagrams showing conception and circulation. Images Bottom_Parking Structure Diagrams showing massing layouts. (Image created using Rhino + post process in Indesign)
com
mun
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efficient garage EFFICIENT GARAGE
ity de mun fac a c o mfa c i n g
softened community facade SOFTENED COMMUNITY FACADE
hidden in pla
HIDDEN IN
ain sight
contextual connections
activating the summit
N PLAIN SIGHT
CONTEXTUAL CONNECTIONS
ACTIVATING THE SUMMIT
A NEW PUBLIC SPACE Street level perspective at the entrance of South Berm.
Image Bottom_South Berm Perspective Entrance towards Center Hub (Image created using Revit +3DS max + Photoshop)
| GENSLER DESIGN EXCELLENCE AWARDS 2022
Place-based solutions offer more compelling experiences. The garage responds to the regional, historical, and social context for a deeply connected experience that resonates with local users. It draws inspiration from natural forms to soften the unnatural ones
FITZHUGH PARKING STRUCTURE | DALLAS | 07
rising elevation
Cross Section Perspective cutting through North Bermshowing progam spaces and structure. Image Bottom_Section Perspective of north berm. (Image created using Rhino + Post Process in Photoshop)
In order to connect the park to the top deck of the garage, the design relies on a combination of earth berms and a structural berms. At the surface, the north berm drives an immersive landscape experience, connecting users to to each level of the garage. Beneath the surface, the north berm conceals 80,000 square feet of operational facilities for Fair Park and the Community Park.
LAGOW STREET
Lagow Street
immersive platforms
IMMERSIVE PLATFORMS
prairie landscape
PRARIE LANDSCAPE
viewing deck VIEWING DECK
shading canopies
shading platform
SHADING CANOPIES
SHADING PLATFORM
program niche
PROGRAM PLATFORMS
operational facilities
OPERATIONAL FACILITES
event deck
EVENT DECK
parking (1,650 spaces)
PARKING (+1650 SPACES)
Waking Platform “Snake” perspective at the entrance. Image Bottom_Snake Perspective Entrance towards Roof top VIP area. (Image created using Revit +3DS max + Photoshop)
SHERMAN CITY HALL Image Right_ Street perspective of Sherman City Hall Design (Image created using Rhino + Post Process in Photoshop)
PROJECT NARRATIVE- The City of Sherman, Texas, is entering a new era of growth—building on its long-standing history of resilience, independence, and community pride. This new municipal complex captures that spirit, blending historical references with forward-thinking design. Inspired by the city’s agricultural past, the Council Chambers feature a grain silo-inspired massing that serves as both a civic icon and a functional anchor. The architecture references Sherman’s vernacular through colonnaded porticos, ornamental brickwork, and durable materials like timber and copper, designed to weather gracefully over time. The building is split into public and private zones that work in tandem— balancing civic transparency with operational efficiency.
The interior program includes 10,001 USF of personnel space, 13,095 USF of shared support, and 5,130 USF of specialty support, totaling 52,076 GSF with a 33% gross-up factor. Public-facing areas include a central lobby, council chambers, and outdoor plazas that connect seamlessly to an event space across the street, inviting community use and interaction. Private office suites and support spaces ensure the building performs at a high level for city staff. The use of timber structure and copper cladding reflects Sherman’s values of authenticity, health, and flexibility—making this not just a government facility, but a place rooted in the culture and future of the city.
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sherman city hall concept design
+7
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+3 +0
Massing Option showing Space Programing and Landscape desire to “Bleed” over to exisitng park/ event space. Image Above_ Massing Diagram of Conceptual Massing with Elevation Changes (Image created using Rhino + post process in Illustrator and Overlay Sketch)
MASSING STUDY 01 - Central Axis
MASSING STUDY 02 - Angular Divison
MASSING STUDY 03 - Double and Triple Stack
Plans show the division of Public office space v.s. private council & meeting spaces. Security was a number one factor for the program use. Implementing Public spaces around the private spaces allows for a unified building progam. Image Above_ Plans Parkign - Level 02 (Image created using Revit + post process in Indesign)
collaborative programming
training
city council suite A/V operable wall
4 ________ A1.101
operable wall
council chambers
training prefunction and lounge
training prefunction/ lounge cultural space / prefunction
reception + digital concierge
pecan tree mechanical main electrical
secondary electrical
LEVEL 01
LEVEL 02
IDF/Data/Tele
PARKING (33 SPACES)
sherman city hall concept design
sherman city hall concept design
janitor
Exterior is supposed to be inviting and open to the people of Sherman. Non-events alot for public engagement and use on a daily basis while inside of the building has ongoing private city council meetings. Image Left_ Project South Entrance to Lobby. Image Right_Exterior courtyard plaza (Image created using Rhino + Enscape post process)
Central Void allows for a split between the officies and the Private council chambers. Adding Skylights allow for natural lighting and guidance for circulation. Image Left_ Interior Lobby Hall Perspective Image Right_ 2nd floor conference rooms adjacent to council room. (Image created using Rhino + post process in Enscape)
CIRCLE SOUTH Image Right_ Street Perspective Circle South Massing Concept (Image created using Revit + Post Process in Photoshop)
PROJECT NARRATIVE- Circle South is a reimagined development in downtown Nashville, TN, originally conceived as a high-end office hub targeting tech retailers and companies relocating from other parts of the city. With a bold, sleek design of three acute glass-clad volumes, the initial concept emphasized innovation, luxury materiality, and highly efficient use of square footage to meet investor demands. However, before gaining final city approval, an executive decision shifted the project’s direction—transforming it from a pure office development into a mixed-use building incorporating both office and residential components, along with above- and below-ground parking.
This programmatic change initiated a comprehensive re-massing of the structure. The redesign introduced residential units, amenity spaces, balconies, and a rooftop pool, enabling a broader and more inclusive use of the site. The building’s height was strategically adjusted: the main tower increased by 20 feet to accommodate larger one- and two-bedroom units, while the mid-rise and podium rooflines were reduced by 45 and 20 feet respectively, and the overall height lowered by 13 feet. These refinements balanced design innovation with cost efficiency and added value. The reconfiguration marks Circle South’s evolution into a dynamic, mixed-use development—repurposed to better serve the growing needs of Nashville’s urban core.
PLAN PROGRAMMING “SIDE BY SIDE”
*The Proposed design enhances the pedestrian street access experience with the lower residential at grade street level and a separate office entrance at a high corner elevation.
PLAN PROGRAMMING “SIDE BY SIDE” PREVIOUS
PROPOSED
RETAIL ACCESS
RETAIL ACCESS
RETAIL ACCESS
461
RETAIL ACCESS
456
OFFICE LOBBY
38'6"
111'8" OFFICE LOBBY
OFFICE LOBBY 4,115.93 SF
461
*Moving diving wall and extending office entry out to plaza.
RESIDENTIAL LOBBY 2,397.13 SF
456
456
*Proposed design takes away need of stairs at grade street level.
Circle South / Resi-Layout Review
Plans show Previous Plan layout v.s. New Proposed Plan Layout with the addition of a Residential Lobby. Images Above_Site Plans of Existing and Proposed. (Image created using Revit + post process in Photoshop)
BEFORE
AFTER
PROGRAMMING DIAGRAMS “SIDE BY SIDE” PROPOSED
PREVIOUS
OFFICE
RESIDENTIAL
21 LEVELS (LVL 9-30)
15 LEVELS (LVL 16-30)
OFFICE 8 LEVELS (LVL 7-15)
PARKING 5 LEVELS (LVL 2-6)
PARKING 7 LEVELS (LVL 2-8)
RESIDENTIAL
OFFICE
15 LEVELS (LVL 16-30)
21 LEVELS (LVL 9-30)
OFFICE 8 LEVELS (LVL 7-15)
PARKING 7 LEVELS (LVL 2-8)
PARKING 5 LEVELS (LVL 2-6)
Circle South / Resi-Layout Review GREEN SPACE SF INSCREASE
GREEN SPACE DIAGRAMS “SIDE BY SIDE” BEFORE PREVIOUS
PROPOSED
AFTER
199' 8"
GREEN SPACE TOTAL SF - 31,487 SF
ADDITIONAL +19,251 SF
POOL AMENITY
244' 2"
GREEN SPACE
TOTAL SF - 50,738 SF
94' 8" 74' 11"
244' 2" 199' 8"
GREEN SPACE
TOTAL SF - 50,738 SF
GREEN SPACE
TOTAL SF - 31,487 SF
94' 8"
74' 11"
Circle South / Resi-Layout Review
Building Sections and Building Elevations showing the growth of residential and the reduction of offices spaces throw massing redesign. Buildings heigh t is reduced but with the addtion of inward balconies for resi-units. Images Right_ Building Sections & Building Elevations of Previous and Proposed. (Image created using Revit & Rhino + post process in Photoshop)
BUILDING SECTION “SIDE“SIDE BY SIDE” BUILDING SECTION BY SIDE” PREVIOUS
HEIGHT DIFFERENCES BUILDING ROOF LINE IS (13' 0") LOWER MID-RISE ROOF LINE IS (45' 4") LOWER PODIUM ROOF LINE IS (20' 0") LOWER
PROPOSED
ROOF LEVEL 430' PREVIOUS ROOF LINE ROOF LEVEL 417'
ROOF LEVEL 417' PROPOSED ROOF LINE
MECHANICAL 397'1" PENTHOUSE PENTHOUSE
MECH PENTHOUSE 397'1"
383'1"
LEVEL 30 383'1"
369'1"
LEVEL 29 369'1" LEVEL 28 357'7" LEVEL 27 346'1" LEVEL 26 334'1" LEVEL 25 31 323 417''2" LEVEL LEVEL 24 311'8" LEVEL 23 300'2" LEVEL 22 288'8" LEVEL 21 277'2" LEVEL 20 265'8" LEVEL 19 254'1" LEVEL 18 242'7" LEVEL 17 231'1"
ROOF LEVEL 244' PREVIOUS MID-RISE ROOF LINE
LEVEL 16 219'8"
RESIDENTIAL AMENITY
LEVEL 15 199'8"
LEVEL 15 199'8"
199'8"
PROPOSED MID-RISE ROOF LINE
LEVEL 14 179'8" LEVEL 13 165'2" LEVEL 12 150'8" LEVEL 11 136'2" LEVEL 10 121'8"
ROOF LEVEL 94'8"
LEVEL 09 107'2"
PREVIOUS PODIUM ROOF LINE
LEVEL 08 92'8"
OFFICE AMENITY
ROOF LEVEL 74'8" PROPOSED PODIUM ROOF LINE
LEVEL 07 74'8" 59'8" LEVEL 06 59'8" LEVEL 05 50'5" LEVEL 04 40'8" LEVEL 03 30'11" LEVEL 02 18'11" LEVEL 01 0' 0"
GROUND FLOOR PLANE
Circle South / Resi-Layout Review HEIGHT DIFFERENCES SUBTRACTION TO DESIGN BUILDING ROOF LINE IS (13' 0") LOWER MID-RISE ROOF LINE IS (45' 4") LOWER ADDITION TO DESIGN PODIUM ROOF LINE IS (20' 0") LOWER
ALL ELEVATIONS “SIDE BY SIDE” PREVIOUS ROOF LEVEL 430' PREVIOUS ROOF LINE
PROPOSED 30'
40'
ROOF LEVEL 417' PROPOSED ROOF LINE
ROOF LEVEL 244'
40'
PREVIOUS MID-RISE ROOF LINE
LEVEL 15 199'8"
PROPOSED MID-RISE LINE
ROOF LEVEL 94'8"
PREVIOUS PODIUM ROOF LINE
ROOF LEVEL 74'8"
PROPOSED PODIUM ROOF LINE
GROUND FLOOR PLANE
ELEVATION - SOUTH
ELEVATION - WEST
30'
40'
ROOF LEVEL 430' PREVIOUS ROOF LINE ROOF LEVEL 417' PROPOSED ROOF LINE
ROOF LEVEL 244'
PREVIOUS MID-RISE ROOF LINE
LEVEL 15 199'8"
PROPOSED MID-RISE ROOF LINE
ROOF LEVEL 94'8"
PREVIOUS PODIUM ROOF LINE
ROOF LEVEL 74'8"
PROPOSED PODIUM ROOF LINE
8th ave LAFAYETTE
GROUND FLOOR PLANE
ELEVATION - NORTH
ELEVATION - EAST
Circle South / Resi-Layout Review
Pre SD Phase Exterior & Interior Render Perspectives of Materiality. Wood, Glass and Marble were highly desired by the client. Image Bottom Right_ Street Perspective showing early concept of Lobbies for Residential and Office. Image Bottom Left_ Interior Finish lobby of office lobby. (Image created using Revit & Rhino + post process in Photoshop)
Part Two- Academic Work
Vertical Village Mixed Use + Shared Amenities Image Right_ Street perspective. (Image created using Rhino & Revit. Post process in Photoshop)
Projec Narrative - “Vertical Village” was initially conceived for a demographic identified as “Gardeners,” but the project quickly evolved with the realization that gardening is a universal activity. The focus shifted toward designing for diverse family structures—single parents, extended families, and foster families—who, despite differing needs, share common values. This insight informed the building’s layout, where lower levels host commercial spaces like farmers markets, daycare centers, and foster care agencies, while residential units occupy the upper floors. Residents are empowered to grow their own produce on-site and sell it below, reinforcing a self-sustaining, community-oriented model.
The twelve-story building adopts a podium-style form, with public-facing programs at the base and private living spaces above. This design encourages intergenerational support and shared responsibilities, particularly in upper-level communal spaces where residents from different family backgrounds can connect and share resources. By blending residential and commercial uses with programs like daycare and foster care, the Vertical Village fosters a holistic urban ecosystem. The result is a resilient, socially integrated community that mirrors the dynamics of a traditional village—vertically stacked within a single structure.
Single Parent Families
Foster Families
Multi-Generational Families
Roof Green House
10th level- Couples
9th level- Nuclear Family Upper
8th level- Nuclear Family Lower
7th level- Single Parent Family Upper
6th level- Single Parent Family Lower
5th level- Foster Family
4th level- Multi-Generation Family
Image Above_ Plan perspective of foster family unit. (Image created using Rhino + Illustrator) Image Right_ Section Perspective Section Perspective. (Image created using REVIT + post process in Photoshop)
Snap Shade Snap Perforation “Snap” motion Image Right_ Render of facade snap system. (Image created using Rhino & V-ray + post process in Photoshop)
Project Narrative - Snapping Facade proposes an alternative approach to dynamic facade systems by utilizing “snapping-induced motion” to open and close apertures, offering passive shading for the building. Inspired by the tactile sensation of snapping one’s fingers, the system is engineered to respond with a sudden, controlled deformation once a threshold of force is met. The prototype uses strategically weakened elastic bands to stay within the material’s elastic limit, allowing for snap-like transformations with minimal energy input. Once activated, the mechanism snaps open and remains in position—eliminating the need for complex motors or external power sources.
Traditionally, instability in building materials is avoided, but the Snapping Facade harnesses elastic instability as a feature rather than a flaw. This approach reimagines kinetic architecture by embedding responsive behavior directly into the material logic of the system. The facade allows for playful and intuitive user interaction, encouraging occupants to engage with the building envelope while passively reducing solar gain and energy use. It opens a new dialogue in facade design—where movement, responsiveness, and sustainability converge in a low-tech, high-impact solution.
Creating a 3D model was as important as making a physical model. To figure out the complex joinery and mesh material was firstly explored in the modeling phase. This helped trouble and helped figure out what materials would work in the physical model. Image Above_ Snap Shade aggregated unit. Image credit_ Jin Yong Song. (Image created using Rhino + post process in Photoshop and Illustrator) Image Right_ Motion sequence of singular snap unit. Image credit_ Jin Yong Song. (Image created using Rhino + post process in Photoshop and Illustrator)
“Sequence Motion”
Snap Shade is a kinetic facade system designed to provide adaptive shading through a simple and intuitive twisting motion. As a research and student assistant, my role focused on the physical construction of the prototype, contributing to the assembly process and fabrication of modular components. Working alongside the lead professor and other assistants, I supported the development of the system by using tools such as 3D printers and laser cutters to mass-produce the lightweight, paper-like elements essential to the design. The final prototype features six interconnected units operated through a central joinery system, allowing the entire assembly to respond with a smooth, unified motion. With a simple twist, the system can adjust to block or admit sunlight, offering a tactile and user-friendly approach to passive climate control. The Snap Shade project showcases how minimal mechanical effort can lead to dynamic architectural responses, merging efficiency, interactivity, and environmental awareness into one cohesive facade solution.
Snap Perforation is a continuation of the Snapping Facade concept, further exploring how flexible, interstitial materials—such as fabric or paper-like composites—can serve not only as kinetic components but also as integrated shading devices. This secondary layer interacts with the structural snapping mechanism by bending and flexing, while also contributing a perforated pattern that modulates light and shadow. The design of these perforations was inspired by biological organisms and natural growth patterns. Collaborating with a local artist known for mimicking wildlife through perforated media, we developed a prototype featuring a unique pattern applied to a single modular unit. This exercise revealed the vast potential for generating infinite design variations, transforming a functional shading system into a canvas for artistic expression. Snap Perforation represents a fusion of biomimicry, architecture, and art, offering dynamic, responsive environments that are both visually engaging and environmentally conscious.