VICK Mizzou Portfolio Studio: BSA Mizzou
Contents
STUDIO
STUDIO SUSTAINABLE TECH.
Art Museum
Race to Zero
5
DESIGN COMM.
2
3
4
Barcelona Pavilion
ANALYSIS
BIM &STUDIO
Co-Housing
Abstract Design
Fire Stone Baars Chapel SCHOOL & PERSONAL
MU BSA: THS. STUDIO
Lake House
1
Assorted Projects
6
7
8
Lake House The project started with a visit to Lake Ozark, Missouri where we each chose 1 of 13 lots on Grand Pointe Island. A site analysis was conducted, which determined that lot 12 would meet my goals. My goals for this lot were to utilize the site shape, views, sunlight, and wind. The design idea was to contour the landscape by breaking the building into blocks and angling them. This created a separation of public and private spaces along with a simple but functional floor plan. By contouring the landscape this allowed for contained views which focused on the lake by pulling the eye through the large windows on the south side. For sustainability, the roofs were angled to bring in sunlight in the winter and keep it out in the summer. This allowed for operable clerestory windows on the north and south sides for the wind to be pulled through the house and create a natural ventilation. Site Photos
Design Inspiration
STUDIO
LAKE OZARK
FLOOR PLAN SCALE:
1/4" = 1'-0"
01 234
10
B
1
17 6
3
4
18
7
C
9
8
11
2
10 AA
C 16
13
14
AB
B 15
FLOOR PLANS 0 12 3 5
SECTION BB
9. Guest Bedroom 10. Guest Bathroom 11. Bedroom 12. Bedroom 13. Bathroom 14. Master Bedroom 15. Master Bathroom 16. Garage 17. Dining Deck 18. Viewing Deck
12
A
5
AC
1. Living Room 2. Kitchen 3. Dining Room 4. Studio 5. Laundry 6. Sun-room A 7. Powder Room 8. Entry Closet
10
Metal Roofing
Wood Exterior Stone Base Foundation
SECTION AA 0123
5
10
SECTION BB 0 1 2 3
5
10
AD
AC
SECTION CC
0 12 3
5
10
CO-HOUSING Nature and Orientation should be used to interconnect families to create their own community within. The design should be inclusive by respecting existing culture in Columbia, MO and by utilizing Universal Design strategies. To create an interconnected community individual grounds were created for all age groups to utilize. The Community Center should be a hub for the community a place of gathering and open communication amongst fellow residence. It should provide special shared amenities that were minimized in individual homes. The home should include the aspects and desires from family members while considering potential families with different cultures, backgrounds, and disabilities. The building should draw the family together while also providing spaces that feel private and inviting. This should allow the family to feel connected in a disconnected world. The home should be sustainable and cost effective while considering potential future maintenance problems. Project included growth for ~100 homes, a Community Center, and site-planing with shared commodities such as: a playground, soccer field, community garden, and walkable paths/trails.
Site Photos
Design Inspiration
MU BSA:THESIS STUDIO
2
1
2
....
....
...
1 ...
3 .....
1
3
3
... ..
3
1. Lobby 2. Private Offices 3. Mechanical 4. Male Restroom 5. Female Restroom 6. Gym 7. “Family Room” 8. “Dining Room” 9. Kitchen 10. Patio 11. Parking lot
0'
8'
4
2
.....
3
5
11 6
9
4
......
7
... .
2
...
1
8
0'
4
8'
16'
0' 64'
32'
30'
60''
120'
4 ......
10
COMMUNITY 32' 16' CENTER
0'
64' 8'
16'
32'
64'
1
1 ... 1
2
...
4
2
2
64 '
...
1
1
2
2 ...
7
5
8
3
2
3 ...
8'
11
... .
16 '
...
1
32 '
6
10
0'
...
4
4
...
...
9 11
4 2
3 7
3
1
... ..
0'
4'
8'
16'
32'
32'
64 '
4'
32 '
0'
16 '
16'
8'
8'
0'
4'
4
0'
SECOND FLOOR 8' 32' 16'
...
FIRST FLOOR HOUSE
...
1. Vestibule 2. Master Bedroom 3. Master Bath 4. Walk-in Closet 5. Living Room 6. Kitchen 7. Bedroom 8. Bathroom 9. Mechanical 10. Deck 11. Fireplace 12. Loft
10 FT
9 FT
SECTION 1 LOOKING EAST
20 FT
7-8 FT
9 FT
0’
5’
10’
20’
SECTION 2 LOOKING WEST
SECTION 4 LOOKING NORTH
25 FT 9FT
0’
5’
10’
20’
SECTION 3 LOOKING SOUTH
Art Museum The project started with a previous studio project in which the goal was to create and design an art museum for the University of Missouri. The studio began with an analysis of several sites on campus. In this project, my chosen “site� was in an existing buildings location, and needed to be gutted in order to use the existing structure. The chosen location was found to be a high traffic student area that would pull students inside. The design inspiration came from my vision of breaking barriers for freedom of expression in art. This idea was brought into my project by adding strategically placed walls throughout the building. During BIM the goals were to make our previously designed buildings functional, build-able, IBC code compliant, and LEED certified.
Site Photos
Design Inspiration
BIM & STUDIO
1
2
3
4
5
6
7
8
9
10
11
12
13
A
B
STORAGE
MECHANICAL
107
106
MEN'S RESTROOM
WOMENS RESTROOM
105
104
C
OFFICE
KITCHEN
103
102
FIXED BENCHES
D FIXED BENCHES
ART GALLERY
100
TRANSITION STRIP
STORAGE
AUDITORIUM
STORAGE
108
101
109
FIXED BENCHES
TRANSITION STRIP
E
FIXED SEATING
FIXED SEATING
F
G
UP
H
UP
UP
A3 A301
UP
I
E1 TRANSITION STRIP
TRANSITION STRIP
A301
UP
UP
J
0'
FLOOR PLAN 0' 2' 4'
8'
Interior Gallery Wall
16'
Interior Gallery View
2'
4'
WALL CAP
HEAD WALL BEYOND
WOOD BLOCKING
MEMBRANE RUBBER BOND ADHESIVE
CONCRETE PANEL
RIGID INSULATION TAPERED
OSB SHEATHING
VAPOR BARRIER
CONCRETE PANEL ANCHOR
REINFORCED CONCRETE
METAL STUD
ROOF 22' - 4"
METAL DECKING
WINDOW MULLION
BAR JOIST
METAL GIRDER
ELECTRICAL PLUMBING
BAR JOIST
TRACK LIGHT
SECOND FLOOR STRUCTURAL COLUMNS BEYOND
SPRINKLER
WINDOW MULLIONS
METAL GIRDER HVAC DUCT EXPOSED STRUCTURAL COLUMN BEYOND
REINFORCED PRE-CAST CONCRETE SLAB, CANTILEVER SECOND FLOOR 11' - 10" REINFORCED PRE-CAST CONCRETE SLAB BEYOND EMERGENCY EXIT SIGN METAL GIRDER
CONCRETE PANEL ACCENT LIGHT 5/8" TYPE "x" GYPSUM BOARD
EXTERIOR STRUCTURAL CONCRETE COLUMNS BEYOND
OSB SHEATHING A1 A301
BATT INSULATION METAL STUD
FIRST FLOOR AREA 1 0' - 0"
CONCRETE PANEL ANCHOR EXPANSION JOINT ANCHOR BOLT VAPOR BARRIER DRAINAGE BOARD CONCRETE FOOTING
TYP. SECTION @ A3
REINFORCING BARS DRAINAGE PIPE
0'
2'
4'
8'
16'
SECTION @ E1
0 1 23
5
10
2
3
4
5
6
PVC SMOOTH MEMBRANE HEAD WALL
ELEVATOR WINDOW WALL
EXPOSED FIRE PROTECTED GIRDER EXPOSED FIRE PROTECTED BEAM SYSTEM
EXPOSED FIRE PROTECTED COLUMNS
BAMBOO WOOD FLOORING STAIRS
CONCRETE EXTERIOR PANELING
FOUNDATION
EXTERIOR DOOR
2
3
4
5
6
A3
Race to Zero
SUSTAINABLE TECH.
This Project is through the Race to Zero competition, run by the U.S. Department of Energy, and is a race for a sustainable design strategy. We started with the class separating into five groups. One of which, was led by me as the team leader. In the start of this project, my job was to lead my team in the right direction in picking a new design and floor plan for the Race to Zero competition. We competed against the other groups in the class for a sustainable and cost effective single family home design. My team’s floor plan was picked to move forward and is the design shown in this project. Upon picking the design we were broken into groups a second time. My group was in charge of the construction documents. My role was again to be one of the leaders of the group and my task was to build the 3D model using Revit. Our group eventually designed the building envelope and added special architectural features that included strategically placed green wall blocks that not only added to its aesthetics but also functioned as a inovative design strategy. Due to time constraints, the project was canceled in 2017. During 2018 I was asked to return as one of five project leaders. I was in charge of the mechanical, electrical, plumbing group and the financial group. In 2018 my team and I took second place at the Race to Zero competition in the suburban single family home category. The drawings and renderings shown here were completed by me. Site Photos
Design Inspiration
Mechanical 77 SF
Full Bath 115 SF
CLOSET 24 SF
Laundry 44 SF
W/D
3C Bedroom 182 SF
1/2 Bath 73 SF Closet
Closet 24 SF
1A
Closet 22 SF
Closet 17 SF
Closet 22 SF
Front Closet 17 SF
AA
AA
VESTIBULE 46 SF
Kitchen 167 SF
Living Room 257 SF
Dining Room 152 SF
Bedroom 143 SF
BB BB
FLOOR PLAN 0'
4'
2B 8'
16'
Analysis models provided by REM/Rate Team
Rating with and without PV
SECTION A
HARDIE BOARD SIDING
ROOF PANEL GREEN 6
CARPORT GREEN ROOF PANEL CARPORT GREEN ROOF PANEL CARPORT
PV ARRAY
12 6
PV ARRAY GREEN WALL PANEL TRELLISSIDING HARDIE BOARD
12
GREEN WALL PANEL PV ARRAY
6
TRELLIS HARDIE BOARD SIDING 12
GREEN WALL PANEL
6
TRELLIS
SECTION B
0' !! 4' !
8' !
16' 6!
(ROOF LEG UNDER W/M/V/A BARRIER) W/ WEEPS AT 2' OC
2" INSLUATION
CORRIGATED METAL ROOFING
R-30 SIPs PANELS W/ OSB EA. SIDE
GUTTER & DOWNPOUT
1XCEILING FURRINGJOISTS (DRAINAGE PLANE) 2X8 AT 24" OC 40 MIL. FLUID APPLIED OR
1/2" OR 5/8" GYP. BD. SELF-ADHERING W/M/V/A BARRIER 2" INSULATION
METAL DRIP EDGE (ROOF LEG UNDER W/M/V/A BARRIER) W/ WEEPS AT 2' OC
2" INSLUATION
R-30 SIPs PANEL 40R-30 MIL.SIPs FLUID APPLIED OR EA. SIDE PANELS W/ OSB SELF-ADHERING W/M/V/A BARRIER FIBER CEMENT LAP SIDING 2X8 CEILING JOISTS AT 24" OC WD TRIM OR 5/8" (DRAINAGE GYP. BD. 1X1/2" FURRING PLANE)
FIBER CEMENT OR MTL SOFFIT
2" INSULATION
R-30 SIPs ALPEN 925 PANEL CASEMENT WINDOW
40 MIL. FLUID APPLIED OR SELF-ADHERING W/M/V/A BARRIER FIBER CEMENT LAP SIDING WD TRIM 1X FURRING (DRAINAGE PLANE)
1X FIBER CEMENT FIBER FASCIA CEMENT OR
WD TRIM
MTL SOFFIT
1/2" OR 5/8" BD. WINDOW ALPEN 925GYP. CASEMENT R-30 SIPs PANEL W/ OSB EA. SIDE
1X FIBER CEMENT FASCIA
40 MIL FLUID APPLIED OR SELF-ADHERING W/M/V/A BARRIER WD TRIM
1X FURRING (DRAINAGE PLANE)
1/2" OR 5/8" GYP. BD. R-30 SIPs PANEL W/ OSB EA. SIDE
FIBER CEMENT LAP SIDING OVER 30# UNDERLAYMENT 40 MIL FLUID APPLIED OR
EJ W/ SEALANT
SELF-ADHERING W/M/V/A BARRIER
4" CONCRETE SLAB W/ 6X6 10/10 WWM UNDER SLAB CONTINUOUS W/M/V/A BARRIER 1X FURRING (DRAINAGE PLANE) R-15 RIGID INSULATION 6" FIBER COMPACTED BASE CEMENTGRAVEL LAP SIDING OVER 30# UNDERLAYMENT
EJ W/ SEALANT
#4 REINFORCEMENT AT 12" OC VERT. & HORIZ. 4" CONCRETE SLAB W/ 6X6 10/10 WWM
SLABAPPLIED CONTINUOUS 40UNDER MIL. FLUID OR W/M/V/A BARRIER R-15 RIGID INSULATION SELF-ADHERING W/M/V/A BARRIER - OVERLAP 6" COMPACTED GRAVEL BASE WITH WALL MEMBRANE #4 REINFORCEMENT AT 12" OC VERT. & HORIZ.
4" FOUNDATION DRAIN
40 MIL. FLUID APPLIED OR
WATERSTOP SELF-ADHERING W/M/V/A BARRIER - OVERLAP WITH WALL MEMBRANE
3-#5 REINFORCEMENT
TYP. WALL SECTION @ C
4" FOUNDATION DRAIN WATERSTOP 3-#5 REINFORCEMENT
0'
2' 0'
4'
8'
2'
4'
8'
PV ARRAY
GREEN ROOF PANEL CARPORT
12 6
GREEN ROOF PANEL
CARPORT
to ZERO
6
CARPORT GREEN ROOF PANEL CARPORT GREEN ROOF PANEL
12
DOE Race toDOE ZERO Race GREENergy Zanos 804 King Ave GREENergy Zanos Columbia, MO
12 6 12
804 King Ave Columbia, MO
HARDIE BOARD SIDING PV ARRAY
Detail Drawings
WALL PANEL HARDIE GREEN BOARD SIDING
Detail Drawings Project TRELLIS Date 04/04/2017 HARDIE BOARD SIDING 001 Project number Drawn byGREEN WALL GREENergy PANEL PV ARRAY Date 04/04/2017 TRELLIS Checked by MG Scale 3/8" = 1'-0" HARDIE BOARD SIDING Drawn by GREENergy PV ARRAY GREEN TRELLIS WALL PANEL 001 number
A501
A501
Checked by
6
GREEN WALL PANEL MG
Scale 3/8" = 1'-0"
TRELLIS
WEST ELEVATION
0'
4'
8'
16'
Abstract Design The project began with a set number of blocks in which we were to design and build an abstract-art piece. In my design, my goal was to show sliding, repetition, and the play of shadows. In order to create the model the design was tiered and the blocks were adjusted until the project was well balanced on all sides. The model was then hand drafted, including the axonometric drawing shown to the right.
STUDIO
Barcelona Pavilion This projects goal was to find floor plans and dimensions for the Barcelona Pavilion, then to use Rhino to model the building and to model furniture in 3DS MAX. The Images shown were rendered using 3DS MAX (non-photoshoped). The views were selected to show the key elements that included sliding, repetition, and the use of horizontal and vertical.
3D Renderings (3DS MAX)
DESIGN COMMUNICATION
Fire Stone Baars Chapel
ANALYSIS
The projects goal was to analyze the Fire Stone Baars Chapel on Stevens College Campus Columbia, Missouri. Construction began on Fire Stone Baars Chapel in 1950 and was designed by Eero Saarinen. The church was designed to void religious embodiments. The buildings air conditioning system was designed to be visually unseen by creating gaps in the floor along the outer edge of the chapel. The large free-standing wall is made of wood and was removed, which was later returned to its original location. There is a large skylight at the peak of the chapel, and when the lights are turned off it creates a natural desire to be silent. My model shows this overall experience by the removed front face of the building, so the viewer can see inside the building. The chapel is symmetrical on all sides and this creates a similar feeling throughout the building. The missing entrance was drawn onto the wood base to continue the symmetry of the building. Balsa wood was used for the majority of the model and the remaining material is plastic knitted canvas to represent the gaps in the bricks. Wood and paper were used to represent the large wooden partition that sits in the back of the sanctuary. Site Photos
Assorted Projects Charcoal Drawing This drawing was created to learn how to play with shadows and voids using a subtractive method.
Charcoal Drawing This drawing was created to learn how to play with shadows and voids using an additive method.
Pencil Drawing This drawing was created to understand the different proportions of the human face and to play with shadows.
Painting This paintings purpose was to play with color reflections and shadows.
Painting This paintings purpose was to play with color reflections and shadows.
Painting This paintings purpose was to understand the different proportions of the human face while playing with color reflections and shadows.
Wardrobe - Personal Home Project This project was created to replace my dresser, as finding a decent replacement on a budget was difficult. The wood was salvaged from wood pallets collected around town. The project goal was to be low cost, to maintain a unique design, and to remain within the dimensional sq. ft of my original dresser. This project is one of many personal woodworking projects that were not required by classes, but were created on personal time.
Laser Printing - School Project This project was created to view our 3D models with a VR headset. The headset is designed to fit uniquely around my head through accurate measurements and 3D modeling. The style I was going for was based off a Japanese video game.
90° Bookshelf - School Project This project was created to test and explore my abilities in woodworking, welding, and metal working. While designing a unique and functional piece of furniture. The glass shelves (removed for photo) have LED strip lighting attached that create special lighting affects in the glass. Two sides were left exposed so that the bookshelf would fit in the corner of my room to save space.
3D Print - Personal Home Project This projects goal was to print new replacement parts for my personal DIY 3D printer. The printers original parts were thin acrylic which created uneven prints. The parts shown were downloaded from Thingiverse, and printed using Cura. The printer kit was purchased due to my department not having a 3D printer.
3D Print - Personal Home Project This project was created to support my white board, as the white board was falling down using conventional methods. The parts were custom designed, and printed using Cura.
3D Print - Personal Home Project This projects goal was to test overhangs with my printer, and was a gift for mothers day. The plant pot was downloaded from Thingiverse, and printed using Cura.
SCAN TO: Kansas State, Portfolio Masters of Architecture
University of Missouri, College of Human Environmental Sciences, Bachelors of Science in Architectural Studies
4221 Langham Drive Columbia MO, 65202 Cell: 1(573)-823-4484 Email: Jdv4g9@gmail.com