PORTFOLIO
2017-2018
Carmen Iris Ruiz Cruz
architecture and lighting design student
EDUCATION ABOUT ME:
25 year old Puerto Rican with a fascination for design and the arts.
2017-present
Masters in Architecture and MFA in Lighting Design School of Constructed Environments Parsons School of Design
2011-2017
Bachelors Degree in Environmental Design University of Puerto Rico, Río Piedras Campus
CONTACT ME:
ruizc575@newschool.edu 787-379-8734
WORK EXPERIENCE 2016
LANGUAGES: spanish english french
SKILLS / SOFTWARE autocad rhino grasshopper revit sketchup 3d max vray podium visualizer photoshop indesign illustrator agi 32 diva word publisher excel power point
Intern
Álvarez Díaz & Villalón Architecture and Interior Design Firm
ORGANIZATIONS 2019-present
Member Illuminating Engineering Society
2018-present
Social Secretary
American Institute of Architecture Students The New School Chapter 2018-present
Member LUX Parsons
COMPETITIONS 2016
HYP CUP
2016
AIAS Recyclable Fashion Show
PROJECTS VERANDA
6
VISUAL EFFECTS OF LIGHT STUDY
14
Affordable Housing
Light Study Model
GROUND FLOOR Co-Working Space
16
TESSELLATED COMPOUND SURFACE VOLUME
26
INDENTED TOPOGRAPHY
28
MODULATION-EMBODIED VOLUME
34
HUMAN SCALE LIGHT STUDY
36
MODULATION-EMBODIED VOLUME
40
TESSELLATIONS
42
Physical Model
Theater
Drawing
Light Installation
Physical Model
Pavilion
SITE
MASSING
C O U RTYAR D
DIVISION
EROSION
EXTENSION
CORNER EROSION
STRIATION
TUNNELING
VERANDA / AFFORDABLE HOUSING
BROOKLYN BRIDGE PARK Design Studio II In collaboration with Irshaad Malloy Instructors: Andrew Bernheimer / Nadine Maleh Spring 2018 This project aims to promote a happier and healthier lifestyle for it's inhabitants by integrating natural materials like wood, stone and greenery and as a way of improving the standards of housing. The design is based around a courtyard that connects with the Brooklyn Bridge Park and serves as a gathering point for the residents and the public. The main tower maximizes views to the skyline for the majority of the apartments while the lower towers maximizes sunlight throughout the year. The building is also intended to help create interactions between neighbors by designing double height spaces to be used for gatherings, and a connection with the natural environment of the site with semi-open single loaded corridors that allow for cross ventilation and play of shadows and daylight.
6
Physical Model
7
N
Site PLan No scale
Visualization Circulation
8
Visualization Courtyard and Overall Building
Visualization Double Height Space
9
Section A No scale
10
Section B No scale
11
North Elevation No scale
12
South Elevation No Scale
13
14
Visual Effects of Light Studies Lighting Studio I Glenn Shrum/Alex Pappas/Franchesca Bastianini Fall 2018
15
CO-WORKING SPACE
Lighting Studio I In collaboration with Andrea Young and Julia Strapp Instructors: Glen Shrum/Alex Pappas/ Franchesca Bastianini Fall 2018 CONCEPT: Many elements combine to form a mighty mass. CLIENT: Ground Floor MISSION: Ground floor is a coworking community dedicated to providing administrative and workshop space to those whose work takes them out into the city and whose mission is the life of the people. VISION: Become a space and platform that connects and support social changemakers:
16
Perforated Wall Light Study Model
17
Lighting Layout 3rd floor
Lighting Layout 4th floor
Rendered Section
18
Open Office /Atrium
Main Lobby
19
20
Open Office /Atrium
21
Kitchen
Library/Archives
22
Conference Room
Private Office
23
Perforated Wall Exploded Axonometric for light Study Model
24
Perforated Wall Light Study Model
white wall
white wall
travertine
travertine
6"
6
4"
4
10-1/2
10-1/2" 1/2"
lumenpulse nano 48" linear led grazer
perforated wood panel
1/2 3/4"
3/4"
lumenpulse nano 48" linear led grazer
perforated wood panel
Perforated Wall Detail
25
26
Tessellated Compound Surface Volume Representation and Spatial Analysis Jason Ivaliotis Fall 2017
27
N
Site Plan
N
Landscape Plan
INDENTED TOPOGRAPHY/THEATER SARA D. ROOSEVELT PARK Design Studio I Instructors: Garret Ricciardi / Eirini Tsachrelia Fall 2017
"Indented topography" seeks to rehabilitate the sector of the Sara D. Roosevelt Park between Broome Street and Delancey Street to expand its functionality. Considering the existing conditions and the lack of use in specific areas, this indented space will integrate and bring back to life these neglected spaces of the park. This topographic intervention will encourage people to go "inside the park" and manifest themselves rather than just walk by. The composition encapsulates an indoor theater for theatrical performances, concert halls or conventions; a coffee shop/restaurant; comfort areas that will serve all users in general and an outdoor space which can be used for recreational activities such as outdoor performances, movie screenings, concerts or any public and social activity, while also serving as a place for gathering and bringing the communities together.
28
Physical Model Floor Plan
29
30
Site Section
31
32
Main View Render
33
34
Modulations-Embodied Volume Representation and Spatial Analysis Jason Ivaliotis Fall 2017
35
Diagram of Intended Light Effect
HUMAN SCALE LIGHT STUDY / LIGHT INSTALLATION ALBERT AND VERA LIST ACADEMIC CENTER 6 EAST 16TH STREET NEW YORK In collaboration with Theressa Asis and Julia Strapp Instructors: Glen Shrum/Alex Pappas/ Franchesca Bastianini Fall 2018
This installation is a subtle call for attention in a study area of the academic center. It consists of many suspended layers of tracing paper in organic shapes that will diffuse the existing light without distracting the user and maintain a serene atmosphere conducive to studying and eating. After the completion of the installation, the final illuminance readings on the task surface averaged 19.0 fc compared to the initial 22.45 fc. It lowered the glare from the recessed downlights on the adjacent windows and blocked them from direct view of an occupant of the table. The final effect is one of calm with an enjoyable play of diffused light and shadow overhead.
36
Installation On Site
37
Visualization On Site
38
Installation On Site
39
40
Modulations-Embodied Volume Representation and Spatial Analysis Jason Ivaliotis Fall 2017
41
Resin 3D printed Physical Model
TESSELLATIONS
Representation and Spatial Analysis II In collaboration with Ravenna Bahadur, Alyssa Egnew and Jennifer Kwan Instructor:Jason Ivaliotis Spring 2018 Through the use of Rhino, Grasshoper and 3D Max we developed a design for a pavilion based on repetitive cells that will harbor the users of the park. The designed cell creates a space within the park with a connection between the interior and the exterior since it allows for cross ventilation and a play of light and shadows inside. The pavilion would be made out of steel and built using advanced 3D printing technologies, by companies like MX3D, on the site.
42
Resin 3D Printed Physical Model
43
44
Pavilion Day Render
45
SCALE: 1-1/2” = 1’-0”
SCALE: 1-1/2” = 1’-0”
SCALE: 3” = 1’-0”
SCALE: 3” = 1’-0”
46
Grid and Bidimensional Cell Formation
Tridimensional Cell Formation
47
H: 10’-8”
OPENING: 13’-2” L: 21’-8”
W: 27’-0”
H: 7’-4”
OPENING: 9’-0”
Pavilion Surface
Grasshoper File
48
Integration of Cell onto Pavilion Surface Selected Section for 3D Printing
Resin 3D printed Physical Model
49
50
Pavilion Night Render
51