mikhail kim portfolio
DESCRIPTION
A selection of projects from my architectural studies.TRANSCRIPT
mikhail kim
Mikhail Kim [email protected]
531 n. main streetann arbor, michigan 48104
Bizios Architect :: Durham, NC :: summer 2005--spring 2006presentation + marketing graphics / working drawings / 3d modeling / renderingNCSU College of Design :: Raleigh, NC :: january 2005--august 20053d modeling / animationHite Associates :: Greenville, NC :: summer 2003 + 2004working / production drawings
Duda/Paine Architects :: Durham, NC :: summer 2006 + june 2007--october 2008725,000sf office tower / 250,000sf UCF performing arts centerconcept / master plan / programming / sd / ddworking + production drawings / model building / presentation + marketing graphics / 3d modeling /rendering / materials + products research / site + environmental analysisconsultant team + production coordination
Rafael Vinoly Architects :: San Francisco, CA :: march 2011externship program
Perkins Eastman Architects :: New York, NY :: may 2011--july 201132,000sqm international K-12 schoolprogramming / master plan / sdplan development / sustainability strategies / 2d+3d presentation
Leeser Architecture :: Brooklyn, NY :: august 2011concept designs
Professional
Academic
Activities
Travel
Languages
Knowledge
Icheon Danwol Elementary School :: Icheon-si, Gyeonggi-do, South Korea :: april 2009--april 2010English teacher
Busan, SK / Icheon, SK / Seoul, SK / Yeosu, SK / Fukuoka, JP / Tokyo, JP / Tsushima, JP / Bilbao, ES / San Sebastian, ES / Biarritz, FR / Brno, CZ / Prague, CZ / Budapest, HU / Rome, IT / Almaty, KZ / Moscow, RURussian :: fluentKorean :: beginner
Digital FabLab Assistant :: 2011--2012operate 3-axis CNC routerMichigan AND Student Publication :: 2011--2012graphic design / printer coordinationConstructing Communication Exhibit :: exhibit by Irene Hwang :: march 2011co-contributor with Jesse Wetzel: content creation + filmArquitectum Seaside Competition :: with Jesse Wetzel :: 2010Chicago Union Station 2020 Competition :: with Jesse Wetzel :: 2007Associate AIA :: 2007--2009Duda/Paine Architects Fellowship :: 2006University Scholars Program :: 2002--2006AIAS :: 2003--2005NCSU College of Design Council :: 2003--2004NC Sustainable Design Competition :: with E. Mitchell, E. Mitchell, K. Preaster :: 2005
AutoCAD / 3ds max + V-ray / Rhino / Rhinoscript beginner / Grasshopper beginner / SketchUp / MasterCAM / Lasercutter / Zund knife cutter / CNC router /Adobe Ps+Ai+ID+Br+AE /
University of Michigan Taubman College of Architecture and Urban Planning :: Ann Arbor, MI :: 2012Candidate for Master of Architecture
NCSU Prague Institute :: Prague, Czech Republic + Vienna, Austria :: fall 2005study history / architecture / urbanism of Prague and Vienna
North Carolina State University College of Design :: Raleigh, NC :: 2007Bachelor of Architecturemagna cum laudeBachelor of Environmental Design in Architecturemagna cum laude
vacation house competitionsummer 2010team:mikhail kim, jesse wetzel
site:coast of chileprogram:vacation house for owners and visi-tors to be built in phasesproject interests:create own site in a contextless setting through terrain changes and building massing, separate the func-tions of the house into independent volumes arranged along two site walls.
seaside
nc communications centerspring 2007professors:patrick rand, dennis stallings
site:outer banks, corolla, ncprogram:think thank retreat, cafe, restaurant, library, auditorium, conference rooms, gallery, lighthouse society officesproject interests:bridging of differing site conditions through programmatic organization,exploring the skin to structure relationship through a rigid repetitive frame structure and a light skin that shifts, opens, and closes across it.
bridging
aerial view
aerial viewsite plan + main floor plan
southwest building segment
building assembly studiessection concept sketch site section + building sections
rainscreen:horizontal larch panels
aluminum channel2x4 wood studs
wall:air barrier
SIP construction:5#8" plywood
2" rigid insulation5#8" plywood
raised access floor system
counterflashing
12" glulam floor joists @ 24" o.c.
24" glulam floor beam @ 16'0” o.c.
flashing lapped under air barrier
floor:SIP construction:
5/8" plywood2" rigid insulation
5/8" plywood
raised access floor system
counterflashing
12" glulam floor joists @ 24" o.c.
24" glulam floor beam @ 16'0” o.c.
floor:SIP construction:
5/8" plywood2" rigid insulation
5/8" plywood
insulated double glazing with low-e coating
electric motor for rainscreen operation
operable rainscreen in front of windows
aluminum channel for rainscreen travel
operable aluminum window system
flashing lapped underneath window sill
aluminum support frame
green roof system by Hydrotech:lawn grasses, bulbs
litetop lawn mediasystemfilter
gardendrainhydroflex & root stop
gravel
12" glulam roof joists @ 24" o.c.
24" glulam roof beams @ 16'0” o.c.
SIP construction roof:5/8" plywood sloped to drain
2" min. rigid insulation (tapered)5/8" plywood
aluminum support frame
green roof system by Hydrotech:lawn grasses, bulbs
litetop lawn mediasystemfilter
gardendrainhydroflex & root stop
gravel
12" glulam roof joists @ 24" o.c.
24" glulam roof beams @ 16'0” o.c.
SIP construction roof:5/8" plywood sloped to drain
2" min. rigid insulation (tapered)5/8" plywood
section model wall section through south wall
surface descriptionwaterjet cutting20ga steel fabricationfall 2010professor:Maciej Kaczynskiteam:bryan alcorn, lauren bebry, ben hagenhofer-daniell, mikhail kim, jesse wetzel
two successive projectsresearch trajectory:lamination-induced curvatureproject aspirations:use rhinoscript to describe a dou-bly-curved surface, work with 20ga steel to test and fabricate a surface where curvature is induced through lamination of parallel surfaces. personal contribution was primarily scripting, and secondary on mate-rial fabrication
dragonsloth
DIGITAL STRATEGY: STRIPS
DIGITAL STRATEGY: STRIPS
DIGITAL STRATEGY: STRIPS
DIGITAL STRATEGY: TABBING
DIGITAL STRATEGY: TABBING
DIGITAL STRATEGY: TABBING
DIGITAL STRATEGY: TABBING
assembly processsurface description diagramsfinal surface
surface description3-axis cnc routing2-ga aluminumwinter 2011professor:Maciej Kaczynskiteam:andrew frame, mikhail kim, kevin liu
research trajectory:developable-surface frameproject aspirations:produce frame units from four devel-opable surfaces, pentagonal aggre-gation, controlled unit aggregationpersonal contribution was focused on material and technique test-ing, fabrication and assembly, with a secondary focus on geometric parameters
[t]hornshell
SURFACE DESCRIPTION
grasshopperrhino(explicit)
input: double curved surfaceisocurves are extracted at regular intervals, then rebuilt with 1000 control points.
control points where the arc-to-line tolerance falls below a speci�ed value are removed, resulting in a greater density of points at regions of extreme curvature.
lines are drawn between the points in such a way that exactly three lines terminate at each intersection.
lines are duplicated by o�setting the original input surface.
an original cross section triangle is created
an octahedron is created around the intersection, using either one or two prede�ned cross-section triangles as faces.
the triangles are connected to form planar surfaces
SURFACE DESCRIPTION
grasshopperrhino(explicit)
input: double curved surfaceisocurves are extracted at regular intervals, then rebuilt with 1000 control points.
control points where the arc-to-line tolerance falls below a speci�ed value are removed, resulting in a greater density of points at regions of extreme curvature.
lines are drawn between the points in such a way that exactly three lines terminate at each intersection.
lines are duplicated by o�setting the original input surface.
an original cross section triangle is created
an octahedron is created around the intersection, using either one or two prede�ned cross-section triangles as faces.
the triangles are connected to form planar surfaces
SURFACE DESCRIPTION
grasshopperrhino(explicit)
input: double curved surfaceisocurves are extracted at regular intervals, then rebuilt with 1000 control points.
control points where the arc-to-line tolerance falls below a speci�ed value are removed, resulting in a greater density of points at regions of extreme curvature.
lines are drawn between the points in such a way that exactly three lines terminate at each intersection.
lines are duplicated by o�setting the original input surface.
an original cross section triangle is created
an octahedron is created around the intersection, using either one or two prede�ned cross-section triangles as faces.
the triangles are connected to form planar surfaces
SURFACE DESCRIPTION
grasshopperrhino(explicit)
input: double curved surfaceisocurves are extracted at regular intervals, then rebuilt with 1000 control points.
control points where the arc-to-line tolerance falls below a speci�ed value are removed, resulting in a greater density of points at regions of extreme curvature.
lines are drawn between the points in such a way that exactly three lines terminate at each intersection.
lines are duplicated by o�setting the original input surface.
an original cross section triangle is created
an octahedron is created around the intersection, using either one or two prede�ned cross-section triangles as faces.
the triangles are connected to form planar surfaces
SURFACE DESCRIPTION
grasshopperrhino(explicit)
input: double curved surfaceisocurves are extracted at regular intervals, then rebuilt with 1000 control points.
control points where the arc-to-line tolerance falls below a speci�ed value are removed, resulting in a greater density of points at regions of extreme curvature.
lines are drawn between the points in such a way that exactly three lines terminate at each intersection.
lines are duplicated by o�setting the original input surface.
an original cross section triangle is created
an octahedron is created around the intersection, using either one or two prede�ned cross-section triangles as faces.
the triangles are connected to form planar surfaces
SURFACE DESCRIPTION
grasshopperrhino(explicit)
input: double curved surfaceisocurves are extracted at regular intervals, then rebuilt with 1000 control points.
control points where the arc-to-line tolerance falls below a speci�ed value are removed, resulting in a greater density of points at regions of extreme curvature.
lines are drawn between the points in such a way that exactly three lines terminate at each intersection.
lines are duplicated by o�setting the original input surface.
an original cross section triangle is created
an octahedron is created around the intersection, using either one or two prede�ned cross-section triangles as faces.
the triangles are connected to form planar surfaces
duke university student unionfall 2006professors:susan cannon, jeffrey lee
site:duke university east campusdurham, ncprogram:student commons, offices, cafe, cafeteria, meeting roomsproject interests:architecture as an infrastructure. the solid masses of the building are formed by projecting lines from the surrounding context. these blocks make up the opaque infrastructural pieces. the open ‘negative’ spaces remain as a flexible program shell. the overall programmatic strategy is a public to private gradient in sec-tion from the front to the rear of the building.
pulling lines
section model front facade front atrium
floor plansconcept diagramsNS building section
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program parti
structure mechanical
formal informal
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program parti
structure mechanical
formal informal
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program parti
structure mechanical
formal informal
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program parti
structure mechanical
formal informal
1
2
3
program parti
structure mechanical
formal informal
1
2
3
program parti
structure mechanical
formal informal
front entry and south facades
NE corner
interior along south wall
SE corner + stair stair tower
ucf music + performing arts centerorlando, flduda/paine architectsproject team:amanda chronic, russ holcomb, mikhail kim, john reese, jesse wetzel
program:proscenium theater + classroom and practice buildingconcert hall + music classroom and practice buildingproject gross area: 250,000 sf
project aspirations:establish a new entry into the exist-ing campus master plan, manage public performance and event areas against private classroom and rehearsal spaces, building diagram puts two layered wings in dialogue with each other across a courtyard
ucf pac
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PROGRAMMATIC DIAGRAMGROUND FLOOR PLAN
T E A C H T E A C H T E A C H
T E A C H T E A C H T E A C HP R A C T I C E P R A C T I C E PRACTICEPRACTICEP R A C T I C E P R A C T I C E PREHEARSE
REHEARSEREHEARSE
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REHEARSEREHEARSE
CONSTRUCTSTUDY
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CELEBRATE IMPROV
STACCATO ACCAPELLA CLEF
STANZA CHORD SING PITCH
SCALE RECITE HARMONY
OCTAVE CHORUS VOCAL
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ACCAPELLA CLEF STANZA
CHORD SING PITCH SCALE
RECITE HARMONY OCTAVE
CHORUS VOCAL FORTE
RHYTHM STACCATO
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ENCORE MOOD DIALOGUE COMEDY BACKDROP COSTUME PARODY SOLILOQUY DRAMA STAGE ACTING ROLE ENCORE MOOD DIALOGUE COMEDY BACKDROP COSTUME PARODY SOLILOQUY DRAMA STAGE ACTING ROLE ENCORE MOOD DIALOGUE COMEDY BACKDROP COSTUME PARODY SOLILOQUY DR PAPERFORM
PERFORM
1. PROSCENIUM THEATRE2. CONCERT HALL3. BLACK BOX4. LECTURE HALL5. CHORAL REHEARSAL6. PROP STORAGE7. THEATER DEPARTMENT8. MUSIC DEPARTMENT9. ATRIUM BRIDGE10. FOOD SERVICE
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boutique prison & technology incubatorfall 2011professor:perry kulper
site:king’s college chapel, cambridge, ukprogram:future technologies research tank: harvest old technologies to predict future ones
project interests:architecture framing the accelerat-ing condition of technologic renewal. king’s college chapel is a symbol of a timeless institution, cambridge is si-multaneously an institution that is the site of groundbreaking technological research. the project is structured as a dual architecture of a knowledge machine excavated from below the chapel and a contemporary cathe-dral for technology erected immedi-ately adjacent to it.
rough+orange
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boards.pdf 2 12/19/2011 3:53:11 PM
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boards.pdf 2 12/19/2011 3:53:11 PM
mikhail kim [email protected] 734.757.3063
thank you for viewing