KRYSTN RILLORAZA
Architecture Portfolio 2016-2018
m: +1 (847) 749-7639 e: krystn.rilloraza@gmail.com www.rilloraza.squarespace.com www.linkedin.com/in/rilloraza
University of Illinois at Urbana-Champaign Master of Architecture GPA: 3.58/4.00 | Dec. 2018
Technische Universität München Exchange Program Apr. 2018 - Jul. 2018
University of Illinois at Urbana-Champaign
Bachelor of Science in Arch. Studies GPA: 3.45/4.00 | May 2015
Skidmore Owings & Merrill, LLP
Chicago, IL | Architectural Designer Contribute to preparation of design through drawings and physcal/digital models. Formulated architectural plans and diagrams for staff and client support. Apr. 2016 - Jun. 2016
Canopy / architecture + design, LLC
Chicago, IL | Intern Architect Responsible for providing staff and clients with design and architectural support. Developing conceptual, construction document, and marketing deliverables for variety of projects. Nov. 2015 - Apr. 2016
Programs
Rhinoceros 3D Studio Max Adobe Suite AutoCAD Autodesk Revit Google SketchUp Microsoft Office
Interests
Building Information Modeling (BIM) Sustainable design Climate responsive design High performance building design Building-envelope systems Inclusive design in architecture
University Housing
Urbana, IL | Desk Clerk Responsible for assisting residents or guests with their questions and concerns. Process mail and packages, organize lost and found items, notify residents of overdue items. May 2013 - May 2014
Experimental Envelops
Temple Hoyne Buell Hall | Urbana, IL Nov. 2017
MAKER/THINKER: Chicago Biennial Temple Hoyne Buell Hall | Urbana, IL Jan. 2018
Languages
English, Filipino, Spanish, Korean Dean’s List, Spring 2014
45’
85’
36’
45’
A 05.
07. 57’
16.
85’
UP
09.
09.
09.
09.
02.
B
04. 15.
14.
19.
06.
11.
04. UP
UP
DN
08.
UP
16.
UP
16.
04.
UP
17. UP
UP
UP
34’
DN
08.
12.
42’
DN
UP
17. UP
08.
04. 17.
UP
UP
01.
42’
02.
02.
DN
42’
UP
08.
08.
08.
18.
17.
34’
02.
04. DN
UP
84’
42’
04.
09. DN
UP
UP
42’
07.
09. 10.
UP
DN
42’
DN
142’
DN
B
36’
45’
06.
61’
08.
17.
13.
A 167’
GROUND LEVEL PLAN
41’
58’
54’
BASEMENT 1 PLAN
14’
58’
54’
BASEMENT 2 PLAN
14’
Mountain Film Institute Luster, Norway Spring 2017 Dedicated to support the art of mountain films, my proposal aims to provide spaces for film viewing, exhibition and shelter while providing views to the Hurringane peaks. The harsh climate of the mountains in Norway and the 2030 Challenge with 60% target was considered in the design and technologies of the institute.
01.
rectangle form with the long side towards the south to maximize solar gain and views to the Hurringane.
D A I LY O C C U P A N C Y The different activities that occur in the institute was broken down to four categories: relax, work, observe and watch. The daily occupancies of spaces that fall under each category were studied so that the placement of the different program areas correspond to the time of day that activity is being done.
02.
extrude from the south wall for program for views.
0
18
RELAX
0
6
18
12
03.
carve a path through the institute to provide for a tunnel view of the Hurringane from the approach.
WORK
6
12
O P E R AT I N G H O U R S WORKERS HIKERS ARTISTS SCIENTISTS
0
18
04.
add the glass column as the entrance and acts as a beacon in the evening hours.
OBSERVE
12
0
6
18
WAT C H
12
6
DIMINISHING VIEW OF THE HURRUNGANE PEAKS As the user decends through the Institute, the view of the Hurringane peaks diminishes based on the activity on each level.
UNOBSTRUCTED VIEW panoramic view of the Hurrungane peaks on the terrace by the main enterance.
FRAMED VIEW Experience the Hurrungane peaks with the exhibit.
NO VIEW Focus on the mountain films.
f a
H E AT I N G / V E N T I L AT I O N C O N C E P T a: thermal solar panels, 1,030 sqft. b: ventilation & heat recovery c: water d: heat store e: operable windows f: naturally ventilated
e b
d
c
a
WAT E R C I R C U L AT I O N C O N C E P T
f
a: water collection b: disinfection c: heat store d: micro waste water filtration e: showers f: water saving fixtures g: grey water reuse
b
c
d
e
g
a
POWER / ELECTRICITY CONCEPT a: photovoltaics, 15,400 sqft b: heating c: excess power sold to grid
c
Approach from the main road.
b
Main entrance.
a . double skin facade:
U N F O L D E D FA C A D E & S O L A R E N E R G Y
electronically operated PV panels a i r c a v i t y, 3 6 i n anodized aluminum rainscreen panel rainscreen structure air gap, 2 in OSB, 1/2 in mineral fibre insulation, 16 in air/vapor barrier precast concrete wall panel, 16 in gypsum board, 5/8 in
10
50
100
kWh/sqft
b . occupiable roof structure:
stone tiles, 1 in strain & drain vapor barrier OSB, 1/2 in mineral fibre insulation, 16 in concrete hollow core, 16 in
c . raised floor: stone tiles, 1 in raised floor support floor diffuser concrete hollow core, 12 in
d . dropped ceiling:
knife edge dropped ceiling light fixture reflector return air duct
e . box window system:
aluminum frame single glass air gap, 11 in double glass, low-e, 1/2 in. space with argon gas thermally broken frame
f . concrete floor structure:
polyethelyne house wrap mineral fibre insulation, 20 in concrete slab, 22 in concrete footing, 24 in
2 0 3 0 C H A L L E N G E , 6 0 % TA R G E T b
a
e
Target 60% (kBTU/sqft-yr)
Floor Area (sqft.)
Required energy (kBTU/yr)
Enetertainment
16.8
18046
303,173
Lodging
28.8
2,569
73,987
Cafeteria
82.8
1,433
118,652
Library
36.8
818
30,102 525,000
154,000 kWh/yr
c
d
Solar Energy on Surface (kWh/yr)
Solar Energy Generated (15%) (kWh/yr)
PV Panels Closed (95%/yr)
572,200
86,000
81,700
PV Panels (5%/yr)
705,000
105,900
5,300
PV on Roof
447,500
67,100
67,100
BIPV
50,400
7,600
7,600 161,700
161,100 kWh/yr WALL R-VALUE: 63.91 ROOF R-VALUE: 62.45 FLOOR R-VALUE: 79.66 WINDOW R-VALUE: 02.17 WINDOW U-VALUE: 00.46
f
0’ .5’
2.5’
5’
Museo Modulo Chicago, Illinois Fall 2017 In collaboration with Max Zorn the Museo Modulo is the headquarters for the Chicago International Architecture Biennale 2017 located in the neighborhood of the West Loop in Chicago. Our proposal makes architecture as a form of public art and a center for cultural production.
The museum of the future should continue to grow and expand instead of being constrained by a form. The concept of Metabolism informs the structure of the museum. Modules that house different exhibits are created in the base of the museum, flown out to different artists, scientists, or historians using deployable balloons, and brought back to the museum to be plugged in. This allows for the museum to continue to grow instead of removing exhibits to be replaced with something new. This also creates an opportunity to transport exhibits to other locations around the world. The museum not only exhibits artifacts, but also becomes a space for collaboration and learning. In addition to the exhibition modules, there are also modules for cafes, lounges, libraries, etc. These modules are able to shift and rearrange itself based on a profile that each visitor submits. Therefore, the museum shapes itself to the needs of the visitor. The artifacts in these modules represent different moments in time, therefore these artifacts should remain to be exhibited, to never be forgotten. We should not forget our history, it plays a big part in shaping our present and our future.
Atrium View.
Lobby view.
a b
c
a. 150/50 mm steel RHS
d
b. roof construction: stone tiles protective layer; seal insulation reinforced concrete floor deck 310-450 mm steek hollow-floor construction reinforced concrete slab
e
c. cinema wall construction: double polycarbonate panels d. floor construction: 30 mm flooring 140 mm composite floor slab with thermal grid 310-450 mm steel hollow-floor construction reinforced concrete slab
f
e. auditorium wall construction: double glazing, 0.5 spacing fabric curtain 6mm laminated safety glass f. gallery wall construction: double glazing, 0.5 spacing 6mm laminated safety glass
g
g. 6 mm laminated safety glass grate
h
h. aluminum siding insulation reinforced concrete
i
j
k
i.
gallery wall construction: concrete panels with perforations double glazing, 0.5 spacing
j.
basement wall construction: vapor barrier insulation reinforced concrete
k. basement floor construction: stone tiles reinforced concrete insulation vapor barrier
Other Projects 1. Professional Work 2. Found Moments 3. Deployable Structures 4. Models
1. Professional Work: Skidmore Owings & Merrill (SOM) - Architectural Designer, Chicago, IL
During my time at SOM Chicago, I was fortunate enough to join a team working on a mixed use development in the heart of Chicago’s Lincoln Park neighborhood. I had the opportunity to work on the exterior facade design and model (above).
2. Found Moments: Summer 2018, Technische Universität München
In collaboration with Maja Paulsen Skjerdingstad and Pauline Vermeulen. In speculation of the possible atmospheric character of the shared spaces of a very large collective building, we were asked to find an existing place that expresses material atmosphere. Then recreated the lighting levels and atmosphere we observed in the photograph (above) by modeling in 1:10 scale and photographing the model from the exact angle (right).
angle of each angulated member: α = 360°/9 = 40° Ψ = φ = 180° - α Ψ = φ = 180° - 40° = 140° length of each angulated member: sin(α/2) = (b/2)/l sin(40°/2) = (b/2)/9” b < 6.16”
3. Deployable Structures: Fall 2016, University of Illinois at Urbana-Champaign
In collaboration with Miya Teng, Ivana Rakshit, Yuqiao Zhang and Edward Shen. We studied deployable structures in order to explore its potential in architecture.
4. Models: Fall 2016, University of Illinois at Urbana-Champaign
In collabration with Norissa Coleman. Model for a proposal for an Aviation Maintenance Technology and airport hangar for the Parkland College Institute of Aviation in Savoy, IL.
THANK YOU e: krystn.rilloraza@gmail.com http://linkedin.com/in/rilloraza/