The Department of Architecture (DoARCH) at South Dakota State University was founded in 2010 to provide the region with a continuous supply of well-trained professionals, to study and advocate for South Dakota communities, and to strengthen the collaborative practical connection between design & the building arts. Architecture is a way of seeing, advocating for, and shaping our environment. It is a curiously pragmatic practice. It is a long-standing intellectual discipline. It is a legally responsible profession. It is a means of translating productive and intellectual action through technology. In practice, we use one sort of technology (graphics) to direct the outcomes of another sort of technology (building arts) and the collection of our constructions forms another technology (urbanism).
DoArch Portfolio 2017 Department of Architecture South Dakota State University
This book is a collection of individual student portfolios made for Arch 422 in the fall of 2017. Arch 422 is a student-driven course in which the instructor guides each student through the compilation, editing, and stylization of a portfolio of their work. Each portfolio is built as a capstone reflection of performance in prior architectural studios, workshops, and media courses. Instructor of Record Federico Garcia Lammers Assistant Professor, Department of Architecture South Dakota State University Book Coordination Mahmoud Sadek, Undergraduate student Rebecca Woytassek, Undergraduate student Lucien Ngole, Undergraduate student Publisher Department of Architecture (DoArch) South Dakota State University 905 N Campanile Ave. Brookings, SD 57007 www.sdstate.edu/architecture Typeset in Open Sans No part of this book may be reprinted without written consent from the author(s).
Content
07 Austin Beninga 33 Ji Cao 59 Nicole Pommier 81 Rinkinson Gohel 107 Daniel Miller 131 Amber Couser 149 Kaitlyn Walker 183 Hassan Shata 205 Nick Romano
Fall 2017
Arch 451
Charles Macbride
Austin Beninga
Gallery
Plan and Section of Modular Array Galleries.
11
Fall 2017
Arch 421
Fang Xu
Austin Beninga
Production Rendering
Produced Through Thea Render.
13
Spring 2017
Arch 352
Robert Arlt
Austin Beninga
Berlin Townhouse
Left: Physical Model. Right: Townhouse Facade Study.
15
Spring 2017
Arch 352
Robert Arlt
Austin Beninga
Berlin Townhouse
Above: Townhouse Section and Elevation.
17
spring 2017
Arch 352
Robert Arlt
Austin Beninga
Fibonacci Grid
Left: Physical Model. Right: Elevations of Intersecting Spaces on Grid.
19
Fall 2016
Arch 351
Brian Rex
Austin Beninga
Public Works : Volga
Physical Model of Precast Vees. Volga, SD.
21
Spring 2016
Arch 252
Left: Physcial Section Model of Pantheon. Right: Plan and Section of Pantheon.
Jessica Garcia Fritz
Austin Beninga
Anatomizing the Pantheon
23
Spring 2016
Arch 252
Jessica Garcia Fritz
Austin Beninga
Anatomizing the Pantheon
Still Taken From Stop Frame Animation.
25
Fall 2015
Arch 251
Brian Rex
Austin Beninga
Burning Man
Left: Proposed Plan for Burning Man. Right: City Plan Iterations.
27
Fall 2015
Arch 251
Brian Rex
Austin Beninga
Central Park Mapping
Left: Topographic Model (Central Park). Right: Respective Piece of Central Park Modeled.
29
Spring 2015
Arch 121
Sara Lum
Austin Beninga
Building Thinking
Left: Axonometric Drawing. Right: Plans and Sections. (House VI, Peter Eisenman)
31
Fall 2014
Arch 151
Sara Lum
Austin Beninga
Sandbox Project
Left: Handrawn and Measured Axonometric Drawing. Right: Physical Section Model of Sandbox.
33
Fall 2017
Arch 451
Charles MacBride
Above: Developing thoughts and process of orignial gallery space.
Ji Cao
Gallery
Above: Developed design in terms of section and plan.
37
Fall 2017
Above: Interior view of model. Right: Exterior view of model.
Arch 451
Charles MacBride
Ji Cao
Gallery
39
Fall 2017
Arch 421
Fang xu
Ji Cao
Production Rendering
Left/Above: Rendering by using default model in Revit with “Thea Render� engine in Rhino.
41
Spring 2017
Arch 352
Above: Process of usin g multiple movements in terms of “shifting, extruding, lifting� technoloies.
Robert Arlt
Ji Cao
Fibonacci grid
Above: Fibonacci grids model.
43
Spring 2017
Above: Collaga of facade study.
Arch 352
Robert Arlt
Ji Cao
Berlin Town House
Above: Drawing of facade study.
45
Spring 2017
Above: Axonometric drawing.
Arch 352
Robert Arlt
Ji Cao
Berlin Town House
Above: Exploded drawing.
47
Spring 2016
Arch 252
Above: Section and Plan drawing of the Pantheon.
Jessica Garcia Fritz
Ji Cao
Anatonizing Pantheon
Above: Catalogs of digital Pantheon model.
49
Spring 2016
Arch 252
Above: Three frames of my animation indicate the process.
Jessica Garcia Fritz
Ji Cao
Anatonizing Pantheon
Above: Section model of Pantheon.
51
Spring 2016
Arch 252
Jessica Garcia Fritz
Ji Cao
Anatonizing Pantheon
53
Fall 2015
Arch 351
Above: Two distinct bricks I and Cassie made for Fall 2015 Arch 351 studio.
Federico Garcia Lammers
Ji Cao and Cassie Pospishil Jo
Public Works: Webster
Above: Jellyfishing-mould photo.
55
Fall 2015
Arch 351
Above: Cassie with beam and bricks.
Federico Garcia Lammers
Ji Cao and Cassie Pospishil Jo
Public Works: Webster
Above: Animation of consturcting wall. (Photos by Federico Garcia Lammers)
57
Fall 2015
Arch 221
Robert Arlt
Ji Cao
Landscape
59
Fall 2017
Arch 421
Dr. Fang Xu
Nicole Pommier
Production Rendering
Rendering process from Revit to Rhino with Thea Render.
63
Summer 2017
Arch 461
Charles MacBride
Nicole Pommier and Amber Couser
Pod
Above: Wireframe diagram of pod.
65
Summer 2017
Arch 461
Charles MacBride
Nicole Pommier and Amber Couser
Pod
67
Fall 2016
Arch 431
Brian Lee
Metal Origami
69
FO
FO
LD
LD
Nicole Pommier
FOLD
FOLD
CONNECT AA BB
A
B
A
B
Metal Folding Process Diagramatic (left) and Visual (right).
Fall 2016
Arch 431
Brian Lee
Nicole Pommier
Metal Origami
71
Fall 2016
Arch 451
Brookings Armory model study Image above credits Federico Garcia Lammers
Dr. Fang Xu
Nicole Pommier
Brookings Armory
73
Fall 2016
Arch 451
Dr. Fang Xu
Nicole Pommier
Sioux Falls Multiuse
Above: Third place site study.
75
Fall 2016
Arch 451
Dr. Fang Xu
Nicole Pommier
Sioux Falls Multiuse
Left: Program colored model. Right: Retail and apartment floor plans.
77
Summer 2016
Arch 352
Charles MacBride
Nicole Pommier
Gallery
79
Spring 2016
Arch 351
Bench design and sling for Webster Public Works Beam.
Federico Garcia Lammers
Nicole Pommier
Public Works - Webster
81
Fall 2017
Arch 351
Dr. Xu Fang
These are our original Vistas that we took on our first Yankton downtown visit.
Public Work Yankton
Rinkinson Gohel and Kayla Wilke
Categorize types of Focal Points
Flower s Building Materials Signs Other
View Distance Distance 0
40
80
120
160
200
240
280
1 1
2
2
6
3
7
4
8
5
9
Vistas
3
4
5
6 7
8
9
Width Length Above is the data analysis from our study of Yankton downtown.
85
Fall 2017
Arch 351
Dr. Xu Fang
W 4th St
Before
Cedar St
8
W 4th St
Cedar St
8
Above: map shows the new view range created with proposed building.
Public Work Yankton
Rinkinson Gohel
87
Proposed area for New Buildi
W 4th St
Ho tel/Apartments
9
Retail Walnut St
Cedar St
Bar/Restaurants
8
7
W 3rd St 6
4
3
ProfessionalO ffices
2
1
W 3rd St
5
Walnut St
Cedar St
The map of downtown Yankton is presentated to show the proposed site.
Fall 2017
Arch 351
Dr. Xu Fang
Rinkinson Gohel
Public Work Yankton
The walking vista is replicated with the help of Photoshop.
89
Fall 2017
Arch 351
Dr. Xu Fang
Rinkinson Gohel
Public Work Yankton
Proposed Massing Model (1/40� = 1’).
91
Fall 2017
Arch 351
Dr. Xu Fang
POTENTIAL SKYLINE CHANGE
POTENTIAL FOCAL POINT
Rinkinson Gohel
Public Work Yankton
Propsed Building Model “THE KRYSTAL” Scale: 1/16” = 1’.
93
Fall 2017
Arch 351
Dr. Xu Fang
Rinkinson Gohel
Public Work Yankton
Proposed Building Model “THE KRYATAL”.
95
Fall 2017
Arch 331
Spencer Sommers
Rinkinson Gohel
Fabric Tensile Structure
Group Project: Herbert Teresa and Bryan Tyler.
97
Fall 2017
Arch 331
The Logic behind the entire project is here.
Spencer Sommers
Fall 2017
Rinkinson Gohel
Tensigrity Towercture
Free Standing indivisual tensigrity model.
99
Fall 2017
Arch 311
Top view of free standing 3 storey Tensigrity Tower.
Spencer Sommers
Rinkinson Gohel
Tensigrity Tower
Free Standing 3 storey Tensigrity Tower. Height: 5’4”.
101
Fall 2017
Arch 421
Software Used: Rhino Thea Rendering.
DR. Xu Fang
Rinkinson Gohel
Production Rendering
Software Used: Revit .
103
Fall 2017
Arch 421
Dr. Xu Fang
Rinkinson Gohel
Production Rendering
Software Used: Rhino Thea Rendering.
105
Winter 2015
Ae 3632
Christine Brotz
Rinkinson Gohel
Lighting Layout of Snap Fitness
Lighting layout for Snap Fitness Center. The calculations are done with AGi-32 software. Class was taken at Milwaukee School Of Engineering.
107
Fall 2017
ARCH 451
Charles MacBride
Daniel Miller
Gallery
Left: Half inch gallery model. Right: Section Drawings.
111
Fall 2015
ARCH 251
Brian Rex
Daniel MIller
Central Park Mapping
Above: Topography model of a portion of Central Park .
113
Spring 2017
ARCH 352
Robert Arlt
DAN MILLER ARCH 352 SPRING 17 DRAWING 1: AXON/PLAN SCALE: 1”=12’
Daniel MIller
Berlin Townhouse
Left: Photoshop Rendering of outdoor area on the roof Right: Programatic Diagram
115
Spring 2017
ARCH 352
Robert Arlt
Daniel MIller
Berlin Townhouse
Top: Section and Elevation. Bottom: Floor plans.
117
Fall 2017
ARCH 451
Charles MacBride
Daniel Miller
The Surface, The Index, and The Armature
Left: Model of relief. Right: Series of reliefs, drawings, and collages.
119
Spring 2017
ARCH 352
Robert Arlt
Daniel MIller
Fibonacci Grid
Left: Axonmetric view of full model. Right: Elevations and components of model.
121
r
Spring 2017
Dan Miller
ARCH 352
Robert Arlt
Daniel MIller
Fibonnaci Grid
Left: Programatic plan drawings. Right: Axonmetric drawing.
123
Fall 2017
ARCH 421
Fang Xu
Daniel MIller
Production Render
125
Above: Thea Render Extension for Rhino rendering of exterior of 2017 practice model with modified materials.
Fall 2016
ARCH 351
Brian Rex. Brian Lee
Daniel MIller
Public Works: Volga, SD
Left: One-to-one model of a single Volga “V”. Right: Installed Volga project.
127
Spring 2016
ARCH 252
Jessica Garcia-Fritz
Daniel MIller
Anatomizing The Pantheon
Left: Section drawing of the Pantheon. Right: Plan drawing of the Pantheon.
129
Spring 2016
ARCH 252
Jessica Garcia-Fritz
Daniel MIller
Anatomizing The Pantheon
131
Above: Model images taken from a stop motion animation.
Spring 2017
ARCH 352
Robert Arlt
Amber Couser
Berlin Town House
a. The front of the house is completely public with the door directly off the sidewalk. The back is completely private with an alley leading to the houses garage that is in the lowest level. Garbage and recycling is located in the back. b. In the lowest floor of the home a two stalled garage is located directly off the alley. c. The sculpture garden is located in back of the house on the fourth level. This is a private space that can only be accessed from the master bedroom. The garden is located off the masterroom on a balcany.
Left: Street study drawing. Right: Berlin Town House site drawing.
135
Spring 2017
ARCH 352
Robert Arlt
Amber Couser
Berlin Town House
Left: Line drawing of Berlin Town House. Right: Exploded plan of Berlin Town House.
137
Fall 2015
ARCH 251
Brian Rex
Amber Couser
Central Park Maping
Left: Central Park line drawing. Right: Central Park lazor cut model.
139
Fall 2017
ARCH 252
Jessica Garcia-Fritz
Amber Couser
Pantheon
Left: Pantheon hand model. Right: Pantheon section and plan line drawing.
141
Spring 2017
ARCH 352
Robert Arlt
Amber Couser
Fibonicci Grid
Left: Fibonicci Grid plan drawing. Right: Fibonicci Grid axon drawing.
143
Fall 2017
ARCH 421
Xu Fang
Amber Couser
Production Rendering
Above: Rhino Thea Rendering.
145
Fall 2017
ARCH 351
Xu Fang
Amber Couser and Mitchell Woldt
Public Works: Yankton
1:57
8:45
10:42
11:17
Left: Model proposal for Yankton, SD. Right: Vistas with focal points in Yankton, SD.
147
Summer 2017
ARCH 321
Charles MacBride
Revit Production
Amber Couser
D
C
149
B
A
Giovannitti House Richard Meier 1979-1983 Roof 21' - 0"
2nd Level 11' - 0"
Level 0 1st 0' Level - 0" -1' - 0"
1
Section 1 1/8" = 1'-0"
No.
Amber Couser
Description
Date
ARCH 321 - SU17
www.autodesk.com/revit
1
3D View 1
Section Project number Date Drawn by Checked by
Left: Revit Production section. Right: Revit Production rendering.
Amber Couser
No.
Description
Date
Perspective 02 Project number Date
Project Number Issue Date
Project Num Issue Date Author Checker
Summer 2017
ARCH 451
Charles MacBride
Kaitlyn Walker
Modular Gallery
Above: Modular Gallery physical model photo.
153
Summer 2017
ARCH 451
Charles MacBride
Kaitlyn Walker
Modular Gallery
Left: Museum physical model photos. Right: Museum physical model photos.
155
Summer 2017
ARCH 451
Charles MacBride
Kaitlyn Walker
Modular Gallery
Left: Section cut and first floor plan. Right: Second floor and site plan.
157
Summer 2017
ARCH 451
Charles MacBride
Kaitlyn Walker
Modular Gallery
Left: Physical model ceiling light study. Right: Gallery section and plan.
159
Fall 2017
ARCH 452
Robert Arlt
Kaitlyn Walker
Chicago
161
Circulation
Mixed Use Space
Two Bedroom Flats
One-Bedroom Stacking
ARCH 452
Robert Arlt
7.80 7.80
Fall 2017
7.00 7.00
Kaitlyn Walker
Chicago
Left: Modular Plans; Section Perspective; Street Plan. Right: Section; Elevation.
163
Fall 2017 Component Assembly (across): 1. Foundation 2. Columns 3. Horizontal Beams 4. Floor Plates and CLT Core 5. Modular Stacking 6. Truss Cage for Stability and Structure 7. Full System Erect 8. Facade
ARCH 452
Robert Arlt
Kaitlyn Walker
Chicago
165
13x10x18 Prefabricated CLT Module 5.5” CLT Panel
2” Mineral Wood 2.5” Insulation 3” CLT Panel
405x650 mm Glulam Truss
Glass Facade with Mullions
Horizontal A4-80 Galvanized Steel Facade
Vertical A4-80 Galvanized Steel Facade A4-80 Falvanized Steel Siding
Steel 2x4 1’ Instulation
Interior wall sheething
75mm Concrete Topping Potius Panel Stressed Skin Floor Topping 360x45mm Potius Panel Stressed Skin Floor
1’ CLT core
400x126mm LVL Short Span Beams 601x171mm LVL Long Span Beams
406x300 mm LVL Continuous Columns
Concrete Footings
Ground Floor Slab on Grade
Left: Component assembly. Right: Exploded axon.
Spring 2016
ARCH 352
Charles MacBride
Kaitlyn Walker
Nine Square Grid
Left: Photo of physical model. Right: Sections.
167
Spring 2016
ARCH 352
Charles McBride
Kaitlyn Walker
Nine Square Grid
Left: Axon view. Right: Photos of physical model.
169
Spring 2016
ARCH 352
Charles MacBride
Kaitlyn Walker
Nine Square Grid
Left: Additive and subtractive grids and cubes project. Right: Photo of physical model.
171
Spring 2016
Above: Shop model
ARCH 331
Federico Garcia Lammers
Kaitlyn Walker
Dieste Walls 1.0
173
Spring 2016
ARCH 331
Federico Garcia Lammers
2.5r
4.5r
6.5r
r=1/2”
Left: Ruled surface Rhino models for 3D print. Right: Full scale ruled surface wall standing over 6’-0” tall and stable.
Kaitlyn Walker
Dieste MUSEUM Walls PROJECT 1.0
175
Fall 2014
ARCH 251
Jessica Garcia-Fritz
Kaitlyn Walker
Boxing Space
Left: Spacial model sereies. Right: Analog drawing boxing axon.
177
Fall 2015
ARCH 251
Jessica Garcia-Fritz
Kaitlyn Walker
Boxing Space
Above: Analog drawing of section oblique.
179
Summer 2017
ARCH 321
Charles MacBride
Kaitlyn Walker
Revit Process
Left: Plans with different notations . Right: Exploded Axon.
181
Fall 2017
ARCH 421
Xu Fang
Kaitlyn Walker
Production Rendering
183
Fall 2016
ARCH 431
Brian Lee
Hassan Shata
Metal Shop
187
Left: Metal shop physical model. Right: Drawings of geometric shapes for bending & cutting metal.
Spring 2017
ARCH 352
Above: Elevations of Berlin Town House
Robert Arlt
Hassan Shata
Berlin Town House
189
Spring 2017
ARCH 352
Robert Arlt
Hassan Shata
Berlin Town House
Left: Exploded axon of Berlin Town House. Right: Axon of Berline Town House.
191
Spring 2017
ARCH 352
Above: Section of Berline Town House. Below: Berlin Town House physical model.
Robert Arlt
Hassan Shata
Berlin Town House
193
Summer 2017
ARCH 451
Charles MacBride
Hassan Shata
Gallery
Above: Plan and section of Gallery.
195
Summer 2017
ARCH 451
Charles MacBride
Hassan Shata
Gallery
Above: Plan and sections of Gallery.
197
Fall 2017
ARCH 451
Robert Arlt
Hassan Shata
Fibonacci Grid
Left: Axon of the Fibonacci Grid. Right: Spatial types shown plan.
199
Spring 2017
ARCH 352
Robert Arlt
Hassan Shata
Fibonacci Grid
Section and plan of Fibonacci project.
201
Spring 2017
ARCH 352
Robert Arlt
Hassan Shata
Fibonacci Grid
Axon showing the process of the project.
203
Fall 2017
ARCH 421
Fang Xu
Hassan Shata
Production Rendering Rendering
Above: Rendering using Rhino Thea.
205
Fall 2017
ARCH 451
Charles MacBride
Nick Romano
The Surface, The Index, and The Armature
Left: Grid and program collages. Right: Final relief.
209
Fall 2017
ARCH 451
Charles MacBride
Nick Romano
Gallery Module
Left: Plan of Gallery Module and physical model image. Right: Model image.
211
Spring 2017
ARCH 352
Robert Arlt
Nick Romano
Fibonacci Grid
Left: Model images. Right: Plan drawings with programmatic diagrams.
213
Spring 2017
ARCH 352
Robert Arlt
Nick Romano
Fibonacci Grid
Left: Programmatic diagrams. Right: Axonometic drawing.
215
Fall 2017
ARCH 421
Fang Xu
Nick Romano
Production Rendering
Above: Production rendering using Thea Render.
217
Fall 2016
ARCH 331
Jessica Garcia Fritz
Nick Romano
Vaulting Space
219
Above: Vault images and connection diagrams. Group Members: John Agulu, Nick Kummer, and Iqra A bbasi.
Fall 2016
ARCH 351
Brian Rex and Brian Lee
Nick Romano
Public Works: Volga
Above: Volga dimension drawings.
221
This book is a collection of individual student portfolios made for Arch 422 in the fall of 2017. Arch 422 is a student-driven course in which the instructor guides each student through the compilation, editing, and stylization of a portfolio of their work. Each portfolio is built as a capstone reflection of performance in prior architectural studios, workshops, and media courses. Instructor of Record Federico Garcia Lammers Assistant Professor, Department of Architecture South Dakota State University Book Coordination Mahmoud Sadek, Undergraduate student Rebecca Woytassek, Undergraduate student Lucien Ngole, Undergraduate student Publisher Department of Architecture (DoArch) South Dakota State University 905 N Campanile Ave. Brookings, SD 57007 www.sdstate.edu/architecture Typeset in Open Sans No part of this book may be reprinted without written consent from the author(s). In the United States, most registration boards require a degree from an accredited professional degree program as a prerequisite for licensure. The National Architectural Accrediting Board (NAAB), which is the sole agency authorized to accredit professional degree programs in architecture offered by institutions with U.S. regional accreditation, recognizes three types of degrees: the Bachelor of Architecture, the Master of Architecture, and the Doctor of Architecture. A program may be granted an eight-year, three-year, or two-year term of accreditation, depending on the extent of its conformance with established educational standards. Doctor of Architecture and Master of Architecture degree programs may require a pre-professional undergraduate degree in architecture for admission. However, the pre-professional degree is not, by itself, recognized as an accredited degree. The Department of Architecture at South Dakota State University offers the following NAAB-accredited degree programs: M. Arch. (Pre-professional degree + 48 graduate credits) M. Arch. (Non-preprofessional degree + 97 credits) Next accreditation visit for all programs: 2019
This book is a collection of individual student portfolios made for Arch 422 in the fall of 2017. Arch 422 is a student-driven course in which the instructor guides each student through the compilation, editing, and stylization of a portfolio of their work. The subject matter of the portfolio is built as a capstone reflection of performance in prior architectural studios, workshops, and media courses. This book is a collection of all the student portfolios form this course.