Architecture Portfolio by Niels

NIELS HOYLE DODSON

ARCHITECTURE PORTFOLIO

NIELS HOYLE DODSON ARCHITECT | DESIGNER

hoylenie@gmail.com

(360)-481-9413

EXPERIENCE ARCHITECTURAL DESIGNER NAC Architecture | Sep 2018 - Aug 2019 Assisting project architects by completing drawings and performing various other tasks. Assisting Architects with Parametric design work on multiple projects. Involved in Digital

ACCOMPLISHMENTS Mars City Design Competition Semi-Finalist | 2016 JEA National Convention Digital Art Illustration Award | 2012

Practice Group. Worked from SD to CA.

RESEARCH ASSISTANT University of Michigan | Feb - May 2020 | Anna Pallares | Jon Rule Assisted w/ the fabrication and design of a pavilion for the Mathias Botanical Garden. 3d

SKILLS

printing, Zund cutting, and CNC Fabrication

INTERN ARCHITECT Integrus Architecture | Sep 2016 - Jan 2018

Illustrator Photoshop Indesign

Assisted project architects by completing drawings, renderings, models, and various other tasks. Worked on projects from Schematic Design to Design Development.

EDUCATION MA ARCHITECTURE [In-Progress] University of Michigan | Aug 2018 - Present

Word Powerpoint

3D Printing

Digital Illustration

Wood/Metal

Model Making

Rhinocerous Sketchup Revit Grasshopper

Graduated class of 2016. Deans List Recipient. Studies abroad: Rome, Italy. Copenhagen, Denmark.

V-Ray Lumion

BA ARCHITECTURAL DESIGN University of Washington | Sep 2012 - Jun 2016 Graduated class of 2016. Deans List Recipient. Studies abroad: Rome, Italy. Copenhagen, Denmark.

https://issuu.com/niels836 https://linkedin.com/in/niels-hoyle-dodson https://instagram.com/nielshoyle-dod

CONTENTS DELAMINATION

MAGMA LAMP

University of Michigan | Sep - Dec 2019

University of Michigan | Nov - Dec 2019

LA-CENTER MIDDLE SCHOOL

RAIL CHAIR

NAC Architecture | 2018

University of Washington | Apr - Jun

ne 2016

DISCOVERY PARK FIELD L AB

PERFORATED WALL

Integrus Architecture | Feb - Sep 2017

NAC Architecture | Nov - Dec 2019

REPRESENTATION

OCCUPY FOUNDATION

University of Michigan | Jan - Apr 2020

DELAMINATION

Facade Delamination

SEP-DEC 2019 | UNIVERSITY OF MICHIGAN POP-UP STUDIO | ANNA PALARES This Pop-Up Studio was tasked with designing a temporary intervention that would breathe new life into Ann Arbor’s performing arts hub, The Power Center. The project designed originally by Architect Kevin Roche uses a precedent in his later work as a vehicle for Powerbuildings Center the modification. Delamination identifiies the lobby space as an opportunity for establishing a closer connection between the theater and the park, transforming a previously underutalized waiting area into a cultural hub for the city. The curtain wall previously delineating a hard boundry line is deconstructed, partitioninig the 3 story lobby into an urban park with a more effective expression of the threshold.

Power Center

Ford Foundation

SCALE: 1/8” = 1’ 0

MAGMA LAMP 2019 | UNIVERSITY OF MICHIGAN FABRICATION | MARK MEIER The course brief directed us to design and fabricate an object that would fit into a set of 3 15”x15”x15” cubes. We brainstormed the idea and worked through almost a dozen iterations before landing on a design which leveraged 3D printing, Laser cutting/ etching, CnC Milling, and a handful of other machining techniques which allowed us to achieve a near seamless appearance.

Hex Nut

Acrylic Steel Rod

Plaster CNC Routed Mold

3d Printed Assembly

Light Fixture

3d Printed Spacers

CONSTRUCTION ELEVATION

2’ 3”

DESIGN IN THE SQUARE

1’-10”

DIMENSION ELEVATION

3’ 6”

1’-6” 1’-6”

1’-2”

1’-3”

2’-0”

Design in the Square is a spatial prototyping tool for the public that draws inspiration from 2016’s Seattle Design Festival project: Map the Square, a project that challenged the public to take to the streets of Pioneer Square and physically tag areas they felt deserved a public intervention.

2’-11”

2017 | SEATTLE DESIGN FESTIVAL

WOOD PEG 3.

1’-6”

PLEXI GLASS WOOD

1’-2”

3’ 6”

PLEXICHALK GLASS DETAIL SECTION

DETAIL SECTION DETAIL SECTION

DETAIL ELEVATION DETAIL ELEVATION

DETAIL ELEVATION

CHALK DRY ERASE

WOOD

PLEXI GLASS

CHALK

PERFORATED WALL APR 2019 | NAC ARCHITECTURE MT. SI HIGH SCHOOL | SNOQUALMIE, WA A Washington State High School wanted to invest in a art piece that would depict the local landmark for which the school was named after. The Script used to generate the hole punching pattern was adapted to take into consideration fasteners that would bolt to each corner of a 4x8 panel. Panels

Fasteners

.5”

1”

1.5” 2.3”

3”

LA-CENTER MIDDLE SCHOOL 2018 | NAC ARCHITECTURE LA-CENTER, WA

4 E.J

A5.52

C D

CUT PANELS AROUND FRAMING F.V.

2" REVEAL @ ROOF LINE

CUT PANELS AROUND DUCT F.V.

AWP 9.13 8

A5.53

ISF-10

GC TO COORDINATE BEAM DETECTOR LOCATIONS W/ AWP

ISF-11

A5.52 C

8'-0"

VIF

D C

3 A5.52

E.J

ISF-12

2 A5.52

ALUM BOOK DROP ISF-10

6 A5.52

ISF-9

MDF 9.2

16'-0 1/2"

A5.52

CG-3

OPERABLE PARTITION

PT 6.1

ISF-7A

4'-0" A

ISF-9

5 A5.52

6 A5.50

C 24 A5.50

9 A6.04

LA CENTER SCHOOL DISTRICT

LA CENTER NEW MIDDLE SCHOOL

FOR STAIR REFERENCE 7/A6.04

8" MTL STUD FRAMING PER RCP

COUNTERSUNK SCREWS W/ WOOD FILLER - TAPE, SAND, AND PREP FOR FINISH PER ELEVATION

'L' SHAPE TRIM, TYP

HORIZONTAL BLOCKING 4' O.C.

12" MTL STUD FRAMING

2001 NE LOCKWOOD CREEK ROAD, LA CENTER, WA 98629

RB 4.6

LEARNING COMMONS

STEEL BEAM 2'-0"

4'-0"

2'-0"

2 1/2" MTL STUD FRAMING

INFILL MTL STUD FRAMING @ 16" OC

PT 6.1 AROUND PANEL EDGE

STEEL BEAM

STAGE

6" MTL STUD FRAMING 118'-6"

8'-0"

4" MTL STUD FRAMING @ 24" OC

1" MDF PANEL

nacarchitecture.com 2025 FIRST AVE | SUITE 300 SEATTLE WA 98121 P:206.441.4522

OPERABLE PARTITION & TRACK ASSEMBLY BY HUFCOR MDF PANEL 8" MTL STUD FRAMING 116'-8"

NAC NO

2X BLOCKING CURTAIN & TRACK

121-18009

DRAWN

CHECKED

KPM

DATE

07-19-2019

PROJECTION SCREEN

IF - PROSCENIUM HEAD AT OPERABLE PARTITION

Scale: 1" = 1'-0"

IF - MDF PANEL @ PROSCENIUM

Scale: 1/2" = 1'-0"

INTERIOR PARTITION DETAILS

IF - 1/2" MDF PANEL @ 1" MDF PANEL

Scale: 3" = 1'-0"

MS-Arch_Local_detached.rvt

ISF-13

4" B

PT 6.1

A5.53

ISF-10

A5.52

3'-8"

100% COORDINATION SET

8'-0 1/2"

ISF-10 1

REVISION

2 A5.53 C

ISF-10

8'-0"

A5.53

8'-0"

8'-0 1/2"

A5.52

ISF-10

ISF-12

REVISION

ROOF ASSEMBLY

FOR CALLOUTS IN COMMON SEE:

4 A5.52

ISF-10

2x TREATED ISF-10 WD SLEEPER

ISF-10

ACOUSTICAL SEALANT

SCRIBE TOP OF GYP TO FIT IN DECK FLUTES

BATT INSUL

CAULK AT LOCKER BASE, ALL SIDES

4 A5.73

BEAM PER STRUCT

HSS BEAM PER STRUCT

AWP 9.13

100% COORDINATION SET

ISF-10

AWP

ISF-9 PT 6.1

HSS 3x3x1/4"

2 A5.24

GYP BD EQ

2 EQ, VIF

PLAM 7.2

1'-3"

WALL TYPE PER PLAN

ALUM STOREFRONT SYSTEM

DIM REF

3/8" MACHINE BOLT

1'-0"

L 3/4" CM PANELS, PLAM 7.2

MDF 9.2 E VIF, 24" DP

LOCKERS

PLAM 7.2

40" UNO

1'-0"

2 EQ, VIF. 16" DP

DEFLECTION TRACK PER STOREFROTN MFR

MTL STUD

2x TREATED WD SLEEPER CAULK AT LOCKER BASE, ALL SIDES SANDBLAST EXPOSED CONCRETE, TYP

1/2" 3"

DN 6"

COL

2 A5.52

CONT WELD AROUND STL TUBE

FOR CALLOUTS IN COMMON SEE: 2

AWP

NOTE: STL TUBE SPACING IN WALLS NOT TO EXCEED 4'-0" OC, PARTIAL HEIGHT WALLS & GUARDRAILS TO WITHSTAND A HORIZONTAL LOAD OF 50LBS PER LINEAL FOOT.

A5.52

ALIGN BOTT OF AWP W/TOP OF ADJACENT SILL, SEE 1A/A7.19

NOTE: SEE FLOOR PLANS AND SHEET A3.0 FOR WALL TYPES & HEIGHTS.

Scale: 1 1/2" = 1'-0"

ACOUSTIC WALL - AWP @ ROOF DECK

Scale: 3" = 1'-0"

FOR CALLOUTS IN COMMON SEE:

7"X4-1/2"X 3/16" STL PLATE

CONCRETE BASE

LOCKER BASE - ISLAND

COL

(4) 1/4" ⌀ TITEN HD SCREWS, EMBED 2 1/2" INTO CONC, SPACE AT 3" / 5" OC

R 1/2" R 1/2"

ACOUSTIC WALL - TYP STOREFRONT HEAD @ HSS BEAM

Scale: 3" = 1'-0"

3/8"⌀ HOLES FOR MACHINE BOLT

SPRAY FOAM INSUL

PARTIAL HEIGHT WALL SUPPORT

AWP

Scale: 3" = 1'-0"

DIM REF 2'-3"

COL LOCKERS PER ELEVATIONS WALL TYPE PER PLAN

2x TREATED WD SLEEPER

MDF

ALIGN

ALUM STOREFRONT SYSTEM

ALUM STOREFRONT

EQ EQ

DIM REF

38" AFF

CONCRETE BASE

ACOUSTIC WALL - STOREFRONT HEAD @ GYP REVEAL Scale: 3" = 1'-0"

ACOUSTIC WALL - TYP STOREFRONT HEAD

Scale: 3" = 1'-0"

COL EQ

CASEWORK

R 1/2"

CAULK AT LOCKER BASE, ALL SIDES

DIM REF

GYP BD, PT 6.1

LA CENTER NEW MIDDLE SCHOOL

ISF-9

LOCKER BASE - ADA

Scale: 1 1/2" = 1'-0"

ALIGN

ISF-9

DIM REF

8'-0"

ISF-9

7/8" HAT CHANNEL FURRING @ 16" OC, ALIGN FACE OF HAT WITH FOS BELOW

WD TREATED BLOCKING

CONCRETE BASE

ALUM STOREFRONT SYSTEM

LOCKER BASE - WALL

Scale: 1 1/2" = 1'-0"

BACKER ROD & SEALANT EA SIDE, COLOR TO MATCH FRAME, TYP

ALUM BOOK DROP WALL TYPE PER PLAN

WD SHIM

DIM REF

SILL BELOW

DIM REF

WALL TYPE PER PLAN

COL

SPRAY FOAM INSUL AWP

ACOUSTIC WALL - BOOK DROP

MOUNTING BRACKET PER BACKSTOP MFGR.

LA CENTER SCHOOL DISTRICT

VWC 5.2

1/2"

Scale: 3" = 1'-0"

WALL TYPE PER PLAN

FOS CASEWORK PER PLAN

MDF PER INTERIOR ELEVATIONS

6 1/2"

ACOUSTIC WALL - CORNER

Scale: 3" = 1'-0"

ACOUSTIC WALL - STOREFRONT SILL @ ACOUSTIC PANEL

Scale: 3" = 1'-0"

LIBRARY

WOOD GRILLE RO

2X8 SOLID BLOCKING

CASEWORK PER PLAN

AWP ALIGN

MDF

WALL TYPE PER PLAN

SPRAY FOAM INSUL

WALL TYPE PER PLAN

nacarchitecture.com

ALUM STOREFRONT SYSTEM

2025 FIRST AVE | SUITE 300 SEATTLE WA 98121 P:206.441.4522

MOUNTING BRACKET PER BACKSTOP MFGR.

COL

NAC NO

COL

DRAWN

DATE

WALL FINISH PER INTERIOR ELEVATIONS

2X8 SOLID BLOCKING

ALIGN

FOR CALLOUTS IN COMMON SEE: 1

12 5/15/2020 7:52:54 PM

C:\Users\niels\Google Drive\Backup\NAC\La-Center MS\Revit\LaCenterMS-Arch_Local_detached.rvt

BASKETBALL PORTER @ RATED WALL

Scale: 3" = 1'-0"

ACOUSTIC WALL - TYP STOREFRONT JAMB @ CASEWORK

Scale: 3" = 1'-0"

SV 07-19-2019

BACKER ROD & SEALANT EA SIDE, COLOR TO MATCH FRAME, TYP

AWP

A5.52

ACOUSTIC WALL - AWP EDGE @ WOOD SCREEN

121-18009

CHECKED

INTERIOR DETAILS

ACOUSTIC WALL - ACOUSTICAL PANEL @ STOREFRONT JAMB

Scale: 3" = 1'-0"

PT 6.1

ISF-13

48"

GC TO COORDINATE BEAM DETECTOR LOCATIONS W/ AWP

8'-0"

LOCKERS PER ELEVATIONS

1/2" MIN

COL COL

2001 NE LOCKWOOD CREEK ROAD, LA CENTER, WA 98629

ISF-11

8'-0"

GC TO COORDINATE BEAM DETECTOR LOCATIONS W/ AWP

A5.52

Partition

TRACK

WOOD SCREEN @ GYP WALL Scale: 1 1/2" = 1'-0"

CONC BASE, SMOOTH FORMED FINISH

WOOD SHIMMING (FOR LEVELING

OF WALL WOOD SCREEN PANEL SPACING SCREEN)

Learning Commons

Scale: 1 1/2" = 1'-0"

HANGING T-BAR MAIN RUNNER, TYP

WD 8.4 TO CONTINUE

PT 6.11 TO MATCH FELT CEILING LINER

WD GRILLE CEILING PER RCP

TO CEILING WD 8.4 PANEL

SCREWED & PLUGGED BACKER WD 8.4 CROSSPIECE (IN FIELD)

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

STEEL L-SHAPE

Acoustic Wall

Scale: 3" = 1'-0"

WOOD SCREEN @ BASE

FURRING STRIP

FRY REGLET F RETURN KEY

PT 6.7 TO MATCH FELT CEILING LINER

3/4"

SCREWED & PLUGGED (IN FIELD)

WALL PER PLAN

WOOD GRILLE CEILING @ VERTICAL SLAT WALL BREAK Scale: 1 1/2" = 1'-0"

FULL HEIGHT WOOD SCREEN @ GUARD R 11SCREEN Scale: 1 1/2" = 1'-0" ATTACHMENT WOOD WALL Scale: 1 1/2" = 1'-0"

WD 8.4

Library

A5.51 TYP

MTL BACKING PLATE

WOOD SCREEN @ BASE

Scale: 1 1/2" = 1'-0"

8'-7 63/64"

FRY REGLET F RETURN KEY

WOOD SHIMMING (FOR LEVELING OF WALL SCREEN)

MDF 9.2, TYP

15 A5.51

TYP

WD 8.4, TYP

WD 8.4 PANEL WD 8.4 CROSSPIECE BACKER

8'-5 1/4"

6'-5 1/4"

3/4"

1-1/2" x 1-1/2" METAL ANGLE TRACK

CONC BASE, SMOOTH FORMED FINISH

VIF

As a part of the design team working on a Washington State Middle School, I was tasked with developing design iterations for an interior acoustic wall that would devide a learning commons space from the school’s library. I created a script in Grasshopper that would allow me to test out various itterations on a stacking concept while TYP closely monitoring the % of accoustic material to13Glass, the sizes of panels (relative to a 4x8’ sheet of material) A5.51 and the visability of the underlying structure. This allowed the design to adhere to an optimized material size while covering the 50% of surface area necessary for proper acoustic absorption within a screen like design.

5 A5.51 TYP

1'-0 1/2"

ALIGN

SCREWED & PLUGGED (IN FIELD)

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

3/4"

TYP

2018 | NAC ARCHITECTURE

TYP

FURRING STRIP

A5.51

Assembly (from 4x8’WALL Acoustic Material) PER PLAN

WOOD SCREEN WALL ATTACHMENT 5/17/2020 9:37:26 AM

Scale: 1 1/2" = 1'-0"

C:\Users\niels\Google Drive\Backup\NAC\La-Center MS\Revit\LaCenterMS-Arch_Local_detached.rvt

16 A5.51

11 WOOD SCREEN @ GUARD RAIL

Scale: 1 1/2" A5.51 = 1'-0"

3/4" 3/4"

8'-5 1/4"

A5.51 "

8'-9 1/2"

14 30'-3 5/8"

8'-7 63/64"

VIF

WD 8.4

3'-5 1/4"

9'-5 1/4"

3/4"

10 A5.51

13 TYP A5.51

SCREWED & PLUGGED (IN FIELD) 3/4"

FRY REGLET F RETURN KEY

PT 6.7 TO MATCH FELT CEILING LINER WD 8.4

SCREWED & PLUGGED (IN FIELD)

CONC BASE, SMOOTH FORMED FINISH

(FOR LEVELING OF WALL SCREEN)

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

3/4"

9 A5.51

VIF 3/4"

8'-7 63/64"

3/4"

WD 8.4, TYP

TYP

WOOD SCREEN @ LEARNING COMM

Scale: 1/8" = 1'-0"

COL BEGIN WOOD GRILLE ASSEMBLY HERE

6'-5 1/4"

A5.51 TYP

2'-1"

15 A5.51

WD CROSSPIECE BACKER 138.4 TYP A5.51 FURRING STRIP

WALL PER PLAN

Scale: 1 1/2" = 1'-0"

WOOD SCREEN @ DUCT

Scale: 3/4" = 1'-0"

13 TYP A5.51

WOOD SCREEN @ LEARNING COMMONS TRUSS MTL BACKING PLATE

PT 6.1 @ REVEAL

6'-9 1/4"

VIF

MDF 9.2, TYP

WD 8.4 PANEL

WALL PER PLAN

WD 8.4 4

VIF

5 A5.51 TYP

8'-5 1/4"

WD 8.4

5 A5.51 TYP

TYP

3/4"

WOOD SHIMMING (FOR LEVELING OF WALL SCREEN)

WOOD SCREEN @ GUARD RAIL

Scale: 1 1/2" = 1'-0"

1'-0 1/2"

FRY REGLET F RETURN KEY

Scale: 1 1/2" = 1'-0"

3/4"

DUCT PER MECH

2'-1"

Scale: 1 1/2" = 1'-0"

WOOD SCREEN @ GUARD RAIL 10 Scale: 1 1/2" =@ 1'-0"BASE WOOD SCREEN

8'-7 63/64"

58'-9 3/8"

WD 8.4

WOOD SCREEN WALL ATTACHMENT

1-1/2" x 1-1/2" METAL ANGLE TRACK

Scale: 1/4" = 1'-0"

7 A5.51

ALIGN

CONC BASE, SMOOTH FORMED FINISH

Scale: 1 1/2" = 1'-0"

WD 8.4, TYP

WD 8.4

Scale: 1 1/2" = 1'-0"

WOOD SCREEN @ ENTRY

FULL HEIGHT WOOD SCREEN @ GUARD RAIL WALL PER PLAN

11 13

WD 8.4, TYP

WOOD SCREEN @ GRILLE CEILING

8 3

10"

10 A5.51

6 WD 8.4 A5.51 TY

WOOD SCREEN @ WOOD GRILLE CEILING

Scale:WD 8.4 1 1/2" = 1'-0" 3'-5 1/4"

ALIGN

WD 8.4 CROSSPIECE BACKER FURRING STRIP

WOOD GRILLE CEILING @ VERTICAL SLAT WALL BREAK

SCREWED & PLUGGED (IN FIELD)

MDF 9.2, TYP

SCREWED & PLUGGED MTL BACKING PLATE (IN FIELD)

10 A5.51 TYP

WD 8.4 TO CONTINUE TO CEILING

FRY REGLET F RETURN KEY

PT 6.7 TO MATCH FELT CEILING LINER

MDF 9.2, TYP Scale: 1 1/2" = 1'-0"

MTL BACKING PLATE

Scale: 1 1/2" = 1'-0"

12 SCREWED 6 PLAM 7.2 CAP W/ WOOD SCREEN @ DUCT TYP& PLUGGED A5.51 A5.51 TYP 3/4" EDGE BANDING WD 8.4 PANEL (IN FIELD) Scale: 3/4" = 1'-0"

10"

STEEL L-SHAPE

WD 8.4

9'-5 1/4"

10"

MECH

Scale: WOOD 3" = 1'-0" SHIMMING

PT 6.11 TO MATCH FELT CEILING LINER

WD GRILLE CEILING

BEGIN WOOD GRILLEPER RCP ASSEMBLY HERE

WOOD SCREEN PANEL SPACING DUCT PER

WOOD SCREEN @ BASE

HANGING T-BAR MAIN RUNNER, TYP

COL

FRY REGLET F RETURN KEY

3/4"

FRY REGLET F RETURN KEY

1'-0 1/2" 3/4"

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

1'-0 1/2"

ALIGN

FULL HEIGHT WOOD SCREEN @ GUARD RAIL

Scale: 1 1/2" = 1'-0" 7

Scale: 1 1/2" = 1'-0"

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

1-1/2" x 1-1/2" METAL ANGLE TRACK

Scale: 1 1/2" = 1'-0"

WOOD SCREEN @ WOOD GRILLE WOOD SCREEN @ ROOF Scale: 1 1/2" = 1'-0"

Scale: 1 1/2" = 1'-0"

TYP

3/4"

WOOD SCREEN @ GYP WALL

Scale: 1 1/2" = 1'-0"

WOOD SCREEN @ GRILLE CEILING

WD 8.4

TYP

FRY REGLET F RETURN KEY

FULL HEIGHT WOOD SCREEN @ GUARD RAIL

3/4"

Scale: 1 1/2" = 1'-0"

SCREWED & PLUGGED (IN FIELD)

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

1" PT 6.1 @ WOOD GRILLE CEILING @ VERTICAL SLAT REVEAL WALL BREAK

WD 8.4

WALL PER PLANS

3/4"

WD 8.4 TO CONTINUE TO CEILING

PT 6.11 TO MATCH FELT CEILING LINER

PT 6.1 BEHIND WD 8.4

TYP

PLAM 7.2 CAP W/ 3/4" EDGE BANDING

STEEL L-SHAPE

Scale: 3" = 1'-0"

8'-5 1/4"

ECE BACKER

WD 8.4 TO CONTINUE TO CEILING

PT 6.11 TO MATCH FELT CEILING LINER

WD GRILLE CEILING WALL PER PER RCP PLAN

WOOD SCREEN PANEL SPACING

3/4"

HANGING T-BAR MAIN RUNNER, TYP

10 A5.51 TYP

30'-3 5/8"

8'-9 1/2"

REPRESENTATION 2019 | UNIVERSITY OF MICHIGAN

MODULE I | PERRY KULPER STAGE(D) FRIGHT: MOBY DIPTYCH Module I briefed the student with a somewhat unconventional assignment, to produce a series of drawings based upon a non programatic form of drawing construction. Briefs included taglines such as ’Ground Preparation’ and challenged students to get behind the historical, discursive, and operational scenes of representation types. “Moby Tryptich” is an exploration of computational generation in drawing cosntruction. I was primarly interested with adapting the brief to adress a narrative of linear v. computational drawing construction.

MODULE II | JULIA MCMOROUGH EXERCISES IN STYLE In the second studio module the class was asked to produce a series of drawings based on the merging of a collection of famous architectural works. The assignment began with a group collage limited to only linework. From there each student was given a set of styles to emulate according to their descretion; A Collage style and a Precisionist style drawing. The module culminated in the creation of an instructional pamphlet that illustrated one technique used in the creation of the drawings.

RAIL CHAIR 2016 | UNIVERSITY OF WASHINGTON

30.2”

22.4”

STEEL TUBE CHAIR COLD ROLLED 1/16” STEEL FRAME LAMINATED WALNUT BACK

Inspired by Danish furniture master Arne Jacobsen, the Rail Chair seeks to build off of the dimensional qualities of “The Chair” and combine them with the experimental steel tube bending explorations of early-mid 20th centurty designers. The steel frame is constructed of 6 separate lengths of tubing, hand bent, welded, and sanded to hide any seams. The back is made of vacuum laminated walnut veneers.

JAN-APR 2020 | UNIVERSITY OF MICHIGAN LEX CAPITA STUDIO | EDUARDO MEDIERO

SQUATERS

ARCHI PELAGO

LAVAPIES , MADRID

SQUAT I

HEADQUARTERS

SQUAT II HOSTEL

LAVAPIES

EMPTY LOTS

RECREATION CENTER

MARKET

CULTURAL CENTER ARCHITECT

ELEMENTARY SCHOOL

ARCHITECT

PLAY STRUCTURE ARCHITECT

COMMUNITY

FLEX STRUCTRUE

III

II I

FLOOR I - cultural center

CULTURAL CENTER

AXONOMETRIC - cultural center

SECTION I - cultural center

III

II I

FLOOR II - cultural center

SECTION Ii - cultural center

FLOOR III - cultural center

SECTION III - cultural center

hoylenie@gmail.com

(360)-481-9413