DANA GRAUNKE Architecture Portfolio 2015
Fo c u on thought p and INNOVATIV to the problems th world of today and the f poverty and post-disaster and rehabilitation. Be one CHARACTER & VIRTUE and d INTENTION OF THE WHOLE only a designer but also an “ACTIV in the development process.” De beauty of drawings but unders build for function, purpose and its PEOPLES. Create architec intention to evoke EMOTION & from the built form. Learn from of the PAST & REFORM satisfied, it is the proces the architecture of is no PURE fo one that
I WILL...
Focus on thought provoking and INNOVATIVE solutions to the problems that face the world of today and the future, such as poverty and postdisaster construction and rehabilitation. Be one of strong CHARACTER & VIRTUE and design with the INTENTION OF THE WHOLE. Become not only a designer but also an “ACTIVE PARTNER in the development process.� Design not for beauty of drawings but understanding and build for function, purpose and relations to its PEOPLES. Create architecture with the intention to evoke EMOTION & MEANING from the built form. Learn from architecture of the PAST & REFORM it until I am satisfied, it is the process of finding the architecture of ME. There is no PURE form, only one that the architect saw as her IDEA of philosophy, it is of the lived and living experiences... A R C H I T E C T U R E I S L I F E
I am active in both architecture and life! Experience has allowed me to observe and experiment with all forms of user engagement; from the essentials of designing and detailing to the reality of the build and promotion. I love to find ways to interact with the users and understand their goals not just with the project but the roots of the decision they make.
CONCEPT
DETAILS
CONSTRUCTION
PROMOTION
EDUCATIONAL WORK 7
17 23
SOLAR DECATHLON 2015 9 - Haiku House 13- Solar Shed 15 - Indigo Pine CHARLESTON CONNECTION BREEZE
PROFESSIONAL WORK 27 29
CEADARBURG CREEKWALK JW SPEAKER
OTHER WORKS & DRAWINGS
Solar Decathlon 2015 Clemson University’s Solar Decathlon project brings together an active team of students and faculty from Architecture, Engineering, and Social Sciences, to collaborate on the design, construction and promotion of a prototypical, three bedroom, 1,000 sqft, low environmental impact, net-zero, solar house that is cost-effective in today’s market and comfortable under South Carolina’s climate. We are focused on stitching together innovative building methods, southern personality and local products into a home for a southern family.
Sy N ste O m VE s+ M C BE om R m 20 un 1 ica 4 tio ns
N U Th AR eS Y he 20 d 14 Ac FE ce B pt RU an A ce R int Y 2 o 0 SD 14 20 A 15 M PR as IL sin 2 g S 01 tu 4 dy
JA
AU H GU aik S uH T2 ou 01 SE se 3 PT E Bi M -V B en ER tri 2 ca 01 O l 3 C Tr TO ip B to E 20 R 13 20 SD 13 N O Pr V op EM os B al E Su R bm 20 itt 13 al
From the beginning of the Solar Decathlon 2015 Proposal, Indigo Pine has made this its mission and this is just a glimpse at the path of our team... .
d uil lB A na , C Fi vine Ir ild Bu ns de C ar , S l G on ica ms an Cle
t Bo
! AY D
TO
pg. 7
Haiku House
With no knowledge of the future linkage between this project and Clemson Universitys desire to enter into the Solar Decathlon 2015 competition, the first semester graduate studio jumped into a design project that distilled and developed the ideals of a home for a Southern family, these concepts later became the roots of the Indigo Pine home and team. Utilizing both Haiku and Kirigami forms, simple yet descriptive and experiential in nature, the notion of family and the home was expressed to the core. All excess was removed giving a pure idea when beginning the design. The original design, located in Clemson, South Carolina, is focused on a typical expanding family of the South. The home is: 3 Bedrooms - 2 Bathrooms - 1,200 sqft
A HOUSE IS A HOME Rely on the known, still open to the unknown. My house is my home.
EXPERIENTIAL BOUNDARY
Walls produce a boundary through mass creating a NATURAL division between the Public & Private spaces.
CROSS DIAGRAM
To move from the bedroom modules to the main gathering area, users pass through heavy set walls. TENSION pushes users into the main space.
FLOW DIAGRAM
Users and natural ventilation flow through the public areas of the house, pairing with nature to LIVE BEYOND THE WALLS.
Wall of tradition, roof all about protection. My house is my home. Privacy desired, a community needed. My house is my home. Meaning of a house, description of a person. This house is my home.
Site Plan
FRONT ENTRY BI-VENTRICAL
pg. 9
Approaching the home, one is greeted by a water feature supplied by the rain water collection systems and stored for future use. This allows users to see the home’s strategies in use.
As a modern version of the dogtrot home, the main corridor stretching though the center of the home is focused on creating a comfortable environment that is sensitive to the community at large as well as the family within. This gathering space opens to the outdoors, extending the home out to the community and providing relief to occupants during warm southern summers through natural ventilation. Light from collective, ventricles of family. Reflection of self. Two hearts of the home emerge within the kitchen and living rooms as families gather around to hear about the day with dinner on the stove; spending some quality time during cool evenings surrounding the fire.
Mech. Room
Footing & Joist Laundry
Subflooring & Access
Core Wall
Master Suite
Finished with Stacked Stone by Eldorado stone with mesh backing and plaster adhesive.
Children’s Rooms
Kitchen
SIP Panel Installation
Finished with sealant and rainscreen. See Climate-Shield Rain Screen Wall Detail. Children’s Rooms
Dining Room
Rafters
Steel rafters supported on W section beam set within wall. Top Flange supports main corridor roof while lower flange supports Master Bedroom roof.
Living Room
Concrete Footing Detail Fireplace
Roofing
Inset gutter system to allow for invisible removal and water pooling prevention. See roof Detail description.
FLOOR PLAN
With heavy stone walls dividing the public to the private, users are focused on the use of main corridors. Flanking the public areas, the two wings of the house contain bedrooms, bathrooms and utility areas.
pg. 11
STRUCTURAL SEQUENCE
The Solar Shed
Collaboration: Indigo Pine Family & Volunteers As a participatory precedent for Solar Decathlon 2015, the vertical “Solar D� studio focused first on the transformation of a simple shed model into a transportable structure that accommodates the users in an educational and experiential capacity. In the end, this project becomes more than a space; it becomes a destination. This participatory precedent allowed for learning by experience; focusing us on the issues that we were to face in construction and development of the solar home, as well as opening our eyes to areas of potential innovation.
SOUTHERN CHARM
To create a usable, community friendly destination, we saw both educational and southern elements as integral aspects to the design. To promote continual use, five versatile elements were added to the design: planters, counter top, bench, chalkboards as well as a porch swing all designed to interact with the users.
CONSTRUCTION DOCUMENTS
At the start of the construction documents, the shed design was stripped down to the framing and broken into manageable piece to allow for prefabrication at the build site, then transportation to the final site. The modules were determined by size, weight and final height locations. The southern elements were built as modules as well and added after the framing installation at the site.
pg. 13
http://clemsonsolardteam.wix.com/theshed
Indigo Pine
Collaboration: Indigo Pine Family & Clemson University As an ongoing project that challenges students and faculty to corroboratively develop a small home design from conceptual to the built environment, the Solar Decathlon provides a wide range of experiences. As designers of Indigo Pine, we design for the southern family using already existing networks and readily available materials to produce an environmental and cost conscious home. To do this, we have developed a puzzle like structural system, Sim[PLY], that can be produced anywhere one can find a CNC machine.
SOCIAL MEDIA & OUTREACH Beyond just the design of the home, Indigo Pine is focused on reaching and teaching about living sustainably as well as our homes design and strategies. We drive to have visitors imagine what life would be like in our home. Through several media outlets, we are working on connecting elements of our home, design and knowledge of sustainability to things the users can easily relate to.
FLOORPLAN
Website: www.IndigoPine.com Social Media Accounts: Facebook, Instagram + Twitter Clemson University Solar Decathlon @ClemsonSolarD
FLOOR PLAN & CABINETRY
EXTERIOR MODEL
Designed and built to be taken apart, this model showed all of the layers that go into the building of Indigo Pine. The backside of the model shows into the interior of the home as well as the ZIP panel system and Sim[PLY] structural system.
pg. 15
With the Sim[PLY] structural system as the shell of the home, the interior is left open with no structural partitions. The highlighted orange elements above represent the cabinetry system that, like the structure, is produced with cut files and a CNC machine. These elements of the home are pre-fabricated into manageable modules and reassembled within the home for the competition. The bathroom in the home is built into the design as a contained cabinet section to provide privacy.
Charleston Connection Collaboration: Kaylee Ross
Castle Pinckney, located on Shutes’ Folly Island in South Carolina, is named on the National Registry of Historic Places. Despite this, it has been under recognized as a historic landmark and has seen little development and preservation since its erection in the 1800’s. Designed to develop a connection to the past as well as a beacon for the future of Charleston, the Charleston Connection is for individuals and small groups interested in learning and experiencing the ecology present on land and within the surrounding waters.
WELCOME PAVILION
Welcoming visitors to the site, the pavilion is located offshore in response to the fragility of the site and core ideas formed from knowledge of preservation and sustainability.
pg. 17
The delicate island has been continuously faced with the trouble of erosion, pushing the design to focus on developing a light presence on the site during construction and future visitations.
1800’s
1980’s
2013
EROSION DIAGRAM
To protect the delicate ecosystem on the site, the buildings and platforms are raised up to advance educational experiences without disruption of the surroundings.
(1) Viewing Platform (2) Outdoor Gallery (3) Indoor Gallery (4) Bathrooms (5) Conference Room (6) Utility Room
To Castle
(3)
(1)
(6)
(2)
(4)
(5)
To Dock
FLOOR PLAN
WELCOME PAVILION FINAL MODEL
From the end of the dock one walks towards the castle passing through the welcome pavilion, surrounded by local artwork. On the left you see school children overlooking the city of Charleston as others pass by to experience the rich history and beautiful ecosystem the island has to offer.
pg. 19
With minimal impact on the site being a key concern, the structures are designed to be self sustaining with on site production of electricity, water collection and waste processing. To accommodate the needs of electricity, water and waste, the design started with focusing on the roof of the welcome pavilion that funnels water to a enclosed basin for later use. Spheral solar panels produce the needed electricity while dually acting as a shading devices for users of the board walk. These solar panels allow for maximum sun intake throughout the day as compared to traditional solar panels. The MullToa 60 compost toilet by EthoEtic processes waste with minimal energy and maintenance.
WATER COLLECTION DIAGRAM
Railing Detail
Glulam Connection
Wall Detail
Dark wood rain screen Rain screen clip Protective membrane SIP panel Gypsum Board
BOARDWALK SHADING & SOLAR CELLS
The screens along the boardwalk path play an important role not only in energy production, but in making connections back to the city of Charleston. While walking along the boardwalk from the dock to the belvedere, people’s views are forced in certain directions by the transitions of materials; opaque plexiglass to solar collecting screens. Spheral solar technology allows for mostly transparent solar panels while gaining a greater sun input than traditional solar panels.
CONSTRUCTION DETAIL RENDER
Breeze
Collaboration: Lauren Kenner With advanced technologies becoming more readily accessible, digitally manufactured designs have become one of experimentation and exploration. Though many different processes of digital manufacturing exist, our experimentation utilized the additive process of 3-D printing in the development of a curtain system as a decorative light filter. With the wide range of current materials and the single step process, wastes of production, materials and time were minimized. Although each individual element in the system is very rigid, the connection of pieces is soft and flexible in appearance. The design of the form is dependent on the decisions made in respect to: Organic vs. Flat Printed Design &
CUBE PRO 3-D
Single Piece vs. Sliding Link
32” If using the whole bed of the printer for a 68” long curtain, the print will fold over itself a minimum of 6 times. 9.56”
68”
10.6”
9.56”
With the personal sized 3-D printers having only minimal space to produce a product, the curtain panels are feasible on a small scale only through the use of expansion. This alleviates the need for post printing assembly.
The expansion of this example occurs not only in the way of unfolding but also by sliding links that took the width of the panel from 9.6” to 18”.
9.5”
18”
3-D PRINTING IN
pg. 23
While small scale printers are readily available for personal use, they often come with sizable limits. Advancing technologies have brought about larger and more powerful systems, minimizing those limits and allowing for a greater variance in the designs. These printers are more effective with the use of material than those of the personal 3-D computers by eliminating the multiple layers of support material and reducing the layers that the design must stack by spreading out on a single plane. With a width around 5 times larger than a personal sized printers such as the Cube Pro, Big Rep One 3-D printer has a printing dimension around 43” x 42” x 42”. By utilizing this larger print bed, one does not need to utilize the folding method within the design to get the full length of a traditional curtain panel. Through the expansion methods, one can print the entire curtain without folding.
By sending out the design to production facilities with large print volume and faster printing speeds, the curtain panels can utilize the same expansion method with greater design flexibility.
WHAT WAS THIS... CAN NOW BE THIS...
Through the use of large scale printing, the need for folding within the print bed is eliminated. By doing this, the designs can be more flexible.
LARGE SCALE PRINT RENDERING
Ceadarburg Creekwalk Summer Internship -The Kubala Washatko Architects Under construction
Three consecutive summers were focused on developing a creekwalk along the main streets of downtown Cedarburg, Wisconsin. The first summer I focused on the revitalization and development of city site plans, looking at the addition and adjustment of new and renovated structures near the creek way. From the new site plan the 3-D model began to evolve. The second and third summers consisted of design work focused on creating a design proposal for the middle section of the creekwalk. The design includes several types of spaces focusing on a variety of users, promoting use of the spaces while maintaining an environment that is consistent with the feel of the community. The main desire is to develope a secondary “Main Street� to accommodate visitors during the festival season. SITE PLAN
HISTORIC MILL MODEL The historic mill and Columbia Rd. bridge were the first of the surrounding structures to be modeled along with the addition of the creakwalk form. This section of the creekwalk is complete and the other sections are under development.
pg. 27
J.W. Speaker Internship
Working at J.W. Speaker led me to a deep understanding of the delicate balance between safety, workflow, costs and space efficiency. Being a factory setting, these key concepts were consistently woven through all projects and processes. Initially, I spearheaded documentation of existing layout and work station light levels; to develop a thorough understanding of how to improve upon the work environment. The use of problem solving skills was at the heart of each project that I took part in and every solution had to be reviewed at both a macro and a micro scale to check for continuity at the factory and cellular level.
PRODUCTION DIAGRAMS
Tracking Board
Current Job
Finished Goods
Current Job
Current Job
Finished Goods
Bulk Material Skid
Finished Goods
Gold FIFO
Gold FIFO
Current Job
Current Job
Current Job
Current Job
Gold FIFO
On Line Rack
Assembly
Garbage
Packaging
Desk
Shelving
Filing Cabinet
Shelving
Work Station
Recycling Cart Trash Cart
Desk Table
Cardboard
Next Job
Next Job
Next Job
Next Job
On Line Rack
On Line Rack Assembly
Assembly
Shelving
Pump
Current Job
Table
Current Job
Finished Goods
Current Job
Robot
G3
G4
Table
Current Job
Packaging
G5 Packaging
Cardboard
Next Job
Pump
Packaging
Return to Stock Table
Next Job
Robot
Table
Table
Finished Goods
Assembly
Tracking Board
Next Job
Next Job
Assembly & Packaging
Table
Current Job
Current Job
Finished Goods
Next Job
Assembly
G6 Table
Table
Next Job
Assembly
on 2'x2'6" Table
Assembly
Machine
On Line Rack
Press
On Line Rack
Next Job
Next Job
On Line Rack
Robot
ent b
Assembly On Line Rack
Next Job
On Line Rack
Next Job
Assembly
S2
Packaging
Next Job
Next Job
On Line Rack
Packaging
Table
Assembly On Line Rack
Next Job
Next Job
3
Table
Table
Table
Next Job
Optical Tester
on 2'7"x2' Table
Pump
Next Job
Robot
Assembly
Table
Next Job
On Line Rack
Next Job
Pump
Pump
bly
Next Job
Packaging
Next Job
Next Job
Rack
Next Job
Table
Next Job
Table
Press
Assembly On Line Rack
Next Job
Next Job
Table
Next Job
Robot
RTS Table
MATERIAL VENDING MACHINE
Gold FIFO
MATERIAL VENDING MACHINE
Gold FIFO
Gold FIFO
Assembly On Line Rack
G2
Pump
Next Job
Table
Table
Packaging
Gold FIFO
Gold FIFO
SUD
Gold FIFO
5S Cart
On Line Rack
MATERIAL VENDING MACHINE
Lab Comel Mak pute er r
Packaging
Assembly
Robot
UT
MATERIA L VENDING MACHINE
&
Packaging Table
k
Many times the documentation provided to the line workers in a factory is relatively complicated and directly from the Engineer’s desk. Diagrams such as those below were created to demonstrate the production process of a set of parts clearly so they could be quickly understood enhancing productivity.
Finished Goods
G1
Table
Table
Table
S1
Finished Goods
Current Job
Finished Goods
Current Job
Current Job
Filing Cabinet ELEC Panel
Current Job
Current Job
Cart
Finished Goods
Current Job
Current Job
Finished Goods
Cart
Current Job
Current Job
Parts Storage
Current Job
Pump
Current Job
Shelving
Current Job
Recycling Cart
ELEC Panel
Finished Goods Finished Goods
RTS Table
Stationary Packaging Storage
On Line Rack
Shelving
Table
On Line Rack
Garbage
Packaging
Packaging Storage
Assembly
Assembly
2'x1.5
UT
Assembly
AP ' Table On
Movable Bubble Wrap Cart
Bubble Wrap
Table
Robot
2.167"x4' Table
UT
Robot
Table
Assembly
Glue Pump
W-B16
On Line Rack
Packaging
Assembly
Assembly
Cart
PS
Table
Pump
Assembly
Automation
Table
Assembly On Line Rack
On Line Rack
Table
Packaging
W-B23 Table
Assembly
VLT
Robot
Table
Assembly PS
UT
W-B14
Table
on 2'6" x 6'
On Line Rack
Pump
Finished Goods
Robot
Riveter
Garbage
Assembly Garbage
Pump
Filing Cabinet
Table
PS
On 2.5'x3' Table
Table
Pump
W-B12
Table
Thermal Grease Robot
Shelving
Table
Table
Assembly
On Line Rack
Table
ble Ta
Assembly
Current Job
G Press on 2'6" x 2'6" Table
Table Packaging
obot
Table
W-B21
Cart
On 2'6"x2'6" Cart
FC
Wire Crimper
On Line Rack
Robot
Table
Assembly
On Line Rack
LTF
Glue Pump
On 2.5'x3' Table
Cart
LT
Locking Cabinet
Filing Cabinet
Work Station
Plotter
Robot
Pump
Filing Cabinet
Work Station
High-top Table
Recycling Cart
Filing Cabinet
Optical Testers Tool Cabinet
Samples Desk Samples Desk
Filing Cabinet
Work Station
Samples FIFO
Shelf
Work Bench Work Bench
Work Station
Samples FIFO
Finished Goods
Finished Goods
Work Station
Samples FIFO
Work Bench
4.00
Locking Cabinet
Shelf
Work Bench
With a goal of freeing up 20% of grey space within the Whitney facility for future growth, cell designs were re-arranged to free up a center aisle from which materials would be dropped off at the back of the cell, minimizing the impact of deliveries on the productivity and interference in workflow. By arranging the cells with a common flow, they became more condensed, utilizing only the needed space for that particular job. Above is an electrical drop plan with gray spaces highlighted in orange.
It was important to facilitate collaboration with other teams within the company to achieve the best workable solutions. Many times the teams knew little on design and had difficulties visualizing spacial areas; we developed tools that made it easier for them to visualize allowing for effective collaboration.
Shelf
COLLABORATION
SPACE SAVINGS
Work Bench
Samples FIFO
Shelving
Pump
Tracking Board
Desk
Shelving
Locking Cabinet
AP
Shelving
Robot
On Line Rack PS
On Line Rack
Assembly
UT
Locking Cabinet
Garbage Cart
Table
Filing Cabinet
Cart Endries
Endries
Endries
Endries
Endries
Endries
Endries
Endries Endries Endries
Endries
Shelving
Tracking Board
Shelving
Filing Cabinet
Work Station
Shelf
Work Bench
4
(no computer or phone hook up)
Filing Cabinet
Shelving
Finished Goods
Work Bench
Shelving
Plug In Desk Space
Samples FIFO
Shelf
Shelving
New Products Table
Samples FIFO
Shelf
(from red tag)
Finished Goods
Empty Pallets
Finished
Filing Cabinet
Shelf
Endries
Filing Cabinet
Shelf
Robot
Samples Desk
Packaging Shelving
Complete FIFO 25
Filing Cabinet
Complete FIFO 25
Complete FIFO 25
Work Station
Complete FIFO 25
Complete FIFO 25
Stand-up Desk
Complete FIFO 25
Complete FIFO 25
Current Job
Complete FIFO 25
Complete FIFO 25
Current Job
Complete FIFO 25
Complete FIFO 25
(label printers) & Computers
Complete FIFO 25
Work Station
Complete FIFO 25
Work Station
Complete FIFO 25
Optical Testers
Samples Desk
Filing Cabinet
Complete FIFO 25
Work Bench
Work Station
Complete FIFO 25
Work Bench
Work Station
Complete FIFO 25
3.86
Work Station
Complete FIFO 25
Recycling Cart
Table Complete FIFO 25
Endries Complete FIFO 25
Endries
Complete FIFO 25
Endries
Complete FIFO 25
Endries
Complete FIFO 25
Desk
Complete FIFO 25
2
Work Station
Complete FIFO 25
Filing Cabinet
Complete FIFO 25
Complete FIFO 25
Work Station
Complete FIFO 25
Complete FIFO 25
Work Station
Complete FIFO 25
Complete FIFO 25
Work Bench
New Products Table
Filing Cabinet
Complete FIFO 25
Complete FIFO 25
6.51
Work Station
Complete FIFO 25
Complete FIFO 25
Work Bench
6.42
Finished Goods
Tool Cabinet
Complete FIFO 25
Current Job
Desk
Shelf
Complete FIFO 25
Work Bench
Shelf
Complete FIFO 25
Complete FIFO 25
Plotter
New Products Table
Work Station
Complete FIFO 25
Complete FIFO 25
Complete FIFO 25
Work Bench
Current Job
Finished Goods
Filing Cabinet
Complete FIFO 25
Complete FIFO 25
Complete FIFO 25
Current Job
Dry Erase Board
Work Station
Complete FIFO 25
Complete FIFO 25
Complete FIFO 25
Dry Erase Board
Current Job
Work Station
Complete FIFO 25
Complete FIFO 25
Complete FIFO 25
Current Job
Current Job
Work Station
Complete FIFO 25
Complete FIFO 25
File Cabinet
w/Tack Board
Standard Products Stand-up Finished Goods
Tool Cabinet
Complete FIFO 25
Electrical drop
Return to Stock Table
Assembly Shelving
Complete FIFO 25
Current Current Job Job
On Line Rack
Assembly Complete FIFO 25
W-B 13
Current Job
Locking Cabinet
Packaging
Assembly
On Line Rack
Packaging
On Line Rack
Complete FIFO 25
Current Job
Table
w/tack board
File Cabinet
Table
Packaging
Complete FIFO 25
VLT table
Table
Morning Market
Work Station
Complete FIFO 25
Finished Goods
HP
Current Job
Filing Cabinet
Current Job
Current Job
ble Ta
Finished Goods
Current Job
Dry Erase Board
Table
Filing Cabinet
Shelving
Current Job
Assembly
Assembly
Table
W-B 15
File Cabinet
S
HP Current Job
4'x3'2" Cart
W-B17
Finished Goods
Robot on Movable
W-B 11 Table
Table
Cart
HP
Packaging
Riveter
Complete FIFO 25
Table
Locking Cabinet
Assembly
Robot
UT
Robot
UT
Table
Garbage
Filing Cabinet
PS
G
Table
Assembly
AP
Cart
Filing Cabinet
PS
Assembly
Table
Assembly
Pump
Pallet Rack
Riveter
Assembly
On Line Rack VLT
Empty Pallets
On Line Rack
Table
VLTF
On Line Rack
Assembly
On Line Rack Assembly
Pump
Pump
Glue Pump
On Line Rack On Line Rack
SAMPLES OF OTHERS - BUBBLES WITH DESCRIPTION
pg. 31
Additional Works
NIGHTLIFE | 2012
TOP ARCHITECTURE | 2014
DRAWING GROUP | 2012
Charrette graphics are focused on creating a mood through quick sketchy drawings and layers of trace for a final quick rendering that focuses on the environment and experience instead of details. This is a charrette of a restaurant design in Indiana.
Water color is very expressive form of sketching that can represent loosely an environment or design with elegance. This is a water color drawing of the roof structure of Lee III on Clemson University’s Campus.
Drawing buildings is important for architecture, but understanding how to sketch a person challenges us to express a living thing, one that changes, fluctuates, even as we are sketching. This was a quick sketch of our drawing group on Clemson University in the Quad.
Markers & Colored Pencils
Pencil Sketch & Watercolor
Charcoal Pencil
A SITE | 2012
LAWTON AVE. DEVELOPMENT | 2015
Ide[ALE] | 2014
Charrette graphics are focused on creating a mood Another charrette graphics drawing based in Indiana, was based off an existing aerial image. The drawing was quickly produced to represent the possibilities of the site without hour and hours of drawing.
Built from a set of construction documents, this digital model was created for promotional purposes of the upcoming residential project. These provided viewers with the ability to imagine the site and provide evidence of community beinifit with the revitalization of the site.
Ide[ALE] looks at re-purposing wine and beer bottles through design to create elegant, clean and simple lighting fixtures that not only see the bottle as a part but integral to the design with endless design opportunities.
Pens, Markers & Colored Pencils
SketchUp
Pecan Wood & Recycled Wine and Beer Bottles
pg. 33