Architectural Portfolio
Gurhan Pekuz
Graduate from SCI-Arc as Master of Design Research Architectural Technologies. (Graduation September 10, 2016). Worked in Several International Projects which are Designed By Well Know Firms as SOM, Zaha Hadid Architects, 5+Design, Nbbj, Iosa Ghini Associati, Avroko Architects, Chapman Taylor ; 6 years experience in Russia,4 Years Experience in Dubai (Over 1,500,000 sq.m.). Strong Knowledge of Materials, Details & Software. Native Turkish and Fluent Russian Language Speaker.
gurhanpekuz@gmail.com www.gurhanpekuz.com +1 323 518 73 44
Selected Student Works
Distortions And Alterations Of the Real Fuzzy Objects & Misfigured Fields SCI-Arc Summer 2016
Starting Image
2.5D Printed Image
Processing
Investigation
Images
The Investigation
are processed and
new geometries are crated
Lines and Geometrical Outcome is Carefully
thorough algorithms
investigated
Robotic Printing
New Geometries
New Images Are Investigated
The Project takes place in The Plaza MĂŠxico City. Its struc-
of Insurgentes in
ture provides shading and adds gardens into different levels.
The aim is to create a new definition to
the existing architecture.
Scripting and Design investigation of
Images are the core foundation of the design processes
Project questions different production techniques and undertakes possibilities of
Images are real-time pro-
Emerge from investigation
cessed and printed
mixed material use.
Inversed Robotic 3D printing and Mix Model Making, Redesigning and Rethinking Procedure. material use is investigated in
Instructors: Marcelo Spina & M.Casey Rehm
Processing Robotics
Rhino
Vray
Processing
Grasshopper is the major component in Creating geometries to calculating Robotic movement paths
Building proposal in The Plaza of Insurgentes in MĂŠxico City. As being one of the important underground stations in the city, Building enriches the use of the square and its structure provides shading and adds gardens into different levels.
Actual Inverse Printing Process in Sci-Arc Robot Lab
New Geometries Are extruded from Processing
Parts of the building is redesigned to investigate The future construction technologies
Printed Elements
How can 3d Printing and Robotics can effect the future of construction? Can robots and cranes orchestrate Further 3d printing on site to house tensile supported floor slabs? And how it will reshape our designs?
Robotic Cottonary Printing
Fuzzy Objects
Distortions And Alterations Of the Real Fuzzy Objects & Misfigured Fields SCI-Arc Summer 2016 The Investigation The Project takes place in The Plaza MĂŠxico City. Its struc-
of Insurgentes in
ture provides shading and adds gardens into different levels.
The aim is to create a new definition to
the existing architecture.
Scripting and Design investigation of
Images are the core foundation of the design processes
Project questions different production techniques and undertakes possibilities of mixed material use.
Inversed Robotic 3D printing and Mix Model Making, Redesigning and Rethinking Procedure. material use is investigated in
Instructors: Marcelo Spina & M.Casey Rehm
VENTILATION TOWER HOLLAND TUNNEL NYC SCI-ARC FALL 2015
Ventilation Tower for Holland Tunnel NYC SCI-Arc Fall 2015 Between Fact, Fiction and Fetish; Making of Factish Architecture The
word
“fact”
seems to point to ex-
ternal reality, and the word
“fetish”
seems
to designate to foolish beliefs of a subject.
Within
the depth of their
Latin
roots, both
conceal the intense work of construction that allow for the both truth of facts and the truth of minds.
The
construal
“factish”
authorizes us to not take too seriously the ways in which subjects and objects are conventionally conjoined: that which is set in action never fails to transform the action, given rise neither to the objectifies too nor to the reified subject
-Bruno Latour, On the Modern Cult of the Factish Goods (2010)
Instructor: Assistant:
Ferda Kolatan Rachel McCall
FluidForm Work
SCI-Arc Spring 2016
Team Members: Gurhan Pekuz, Karin Hedlund
Instructors:
David Ross, Jake Newsum Programs : Rhino ,Grasshopper
Single Point Incremental, Forming (SPIF) in SCI-Arc Robotics LAB
Mute Form
SCI-Arc Spring 2016
Instructor: Marcelo Spina Misfigured Assemblies & Fuzzy Monoliths
Team Members: Gurhan Pekuz, Elias Jackson Darham, Matias Lopez Llovet. Design Research on Architecture and Wood Implementation
Arch 402 E.M.U. CYPRUS
2003
Cardiology & Heart Surgery Hospital With GARDEN of Serenity In Ancient Times, Inner Gardens and Water Elements were used in hospitals
in
order to bring serenity to patients and
Doctors.
While making my research about Hospital Architecture, in my talks with Surgeons. I have learn that Surgeons are spending all of their time in windowless operation rooms which creates undesired effects on geons and on their
Team.
Sur-
As a result I have places a garden and a fountain of serenity in my project. Fins around the Inner Garden, are Located in a way that Surgery Room and the Rest of the Hospital can see the Garden of Serenity. However Hospital Rooms cannot see the Surgery Room. Privacy and Visual Access to Inner Garden is provided to many inner spaces and Surgery Room in the same time. And hopefully such hospital can help Surgeons and their teams feel better in their long working hours.
A Hospital where operation rooms are looking at an inner garden while privacy is still conserved.
Second Floor
Historic Hospital Building from Divri, Turkey AC 1225 In Ancient Times, Inner Gardens and Water Elements
were used in
hospitals in order to bring serenity to patients and doctors.
First Floor
Ground Floor
Arch 402
- CYPRUS
E.M.U.
2003
Basement
Cardiology & Heart Surgery Hospital with Garden of Serenity
Arch 401
- CYPRUS
E.M.U.
2003
Modern Art Museum for University
Arch 201
- CYPRUS
E.M.U.
2001
the
House Near
the
Seaside
ACTIVE AGENTS: Branch Agent and Snow Agent 1- Introducing starting points based on a sphere ISphere sphere = new ISphere(new IVec(0, 0, 0), 1); for (int i=0; i<20; i++) { z (int j=1; j<10; j++) { IVec p = sphere.pt(i*1./20, j*1./10); IVec n = sphere.nml(i*1./20, j*1./10); new BranchAgent(new IParticle(p).clr(1., 0).fix(), n.len(0.2), n); } } 2- Creating Branch Agent on each starting point on sphere with initial direction normal to the sphere at that point. Branching logic (random percentages). class BranchAgent extends IParticle { … void update() { if (time()==0) { line = new ISpringLine(parent, this); if (IG.time()<6) { if (dir.isParallel(nml)) { if (IRand.pct(80)) { new BranchAgent(this, dir, nml); }
0, 0));
if (IRand.pct(40)) { IVec axis = nml.cross(IRand.dir()); if (axis.len()==0) axis = nml.cross(new IVec(1,
new BranchAgent(this, dir.cp().rot(axis, PI/3), nml); } 3- After 6 time frames, Snow Agents are created at the tips of the branches
STAGE 2
else { IVec axis = nml.cross(IRand.dir()); if (axis.len()==0) axis = nml.cross(new IVec(1, 0, 0)); if (IRand.pct(80)) { SnowAgent a = new SnowAgent(pos().cp(), nml.cp(). rot(axis, PI/3), nml, 0); a.connector = new ISpringLine(a, this).clr(0, cos(IG. time())*0.5, 0); } } 4- Snow Agents reproduce with snowflake logic - smaller size child-hexagon created on each vertex of the parent hexagon class SnowAgent extends IParticle { … void update() { if (time()==0 && IRand.pct(80-generation*15) && generation < 3) { int num = 6; IVec[] d = new IVec[num]; for (int i=0; i<num; i++) { d[i] = dir.cp().rot(nml, i*PI*2/num); } children = new SnowAgent[num];
STAGE 4
vtx[0] = new IVertex(this.pos().get().cp()); vtx[0].pos = this; IMesh mesh = new IMesh().clr(1.0); for (int i=0; i<num; i++) { children[i] = new SnowAgent(pos().get().cp(d[i]), d[i].cp().mul(0.4), nml, generation+1); vtx[i+1] = new IVertex(children[i].pos().cp()); vtx[i+1].pos = children[i]; new ISpringLine(this, children[i]); } for (int i=0; i<num; i++) { mesh.addFace(new IFace(vtx[0], vtx[i+1], vtx[(i+1)%num+1])); } }
Advanced Coding Form
SCI-Arc Spring 2016 Instructor : Satoru Sugihara
Team Members: Gurhan Pekuz, Andrea Baena, Matias Lopez Llovet, Shilpa Sushil
Programs :
processing, Igeo,
Grasshopper, Keyshot
Selected Professional Works
CAPITAL HILL MOSCOW ANT YAPI CONST. CO.
Capital Hill Moscow 2010-2013
Company : Ant Yapi Const. Co. Moscow Position: Procurement Manager Project: Capital Hill Designed by Zaha Hadid Architects. Responsibilities: - Procurement and Material Research Of High-tech And Architectural Materials from all around the World and from Russia. - Customs And Logistics - Management of Russian Sub-contractors.
MOSCOW CITY PLOT-16A ANT YAPI CONST. CO.
MIBC Plot 16 Tower Moscow 2011-2013
Company: Ant Yapi Const. Co., Moscow, Russia. Project: MIBC Plot 16A Tower Mix use building complex with 85 floors and Height 330 m. Designed By: SOM Position: Procurement Manager Responsibilities: - Procurement and Material Research of High-tech or Architectural Materials from All around the World and from Russia. - Customs And Logistics - Management Russian Sub-contractors. - Drafting Contracts - Recruitment of Personnel
MOSCOW CITY PLOT-9 ANT YAPI CONST. CO.
MIBC Plot 9 Tower Moscow 2008-2011
Company: Ant Yapi Const. Co., Moscow, Russia. Project: MIBC Plot 9 Tower Mix use Building Complex With three towers: 74, 65, 19 floors and 6 garage floors 301m. Project size - 356.000 sq. m. Designed by NBBJ. Position: Handing Over Manager Responsibilities: - Handing over of Buildings, Mechanical Floors, 53 Lifts & 22 Escalators - Material Research - Procurement - Management of Russian Sub-contractors.
FOLK ART RESIDENCE OZEL OFFICE 2016
B BLOCK
+10.20
+7.20 +10.20
021x08
80x120
88m²
80x120
93m² 96m²
2+1 2+1 79m² 84m²
80x120
80x120
80x120 80x120
80x120
80x120
80x120
1+1 1+1 65m² 59m²
TERAS 15m²
1+1 2+1 69m² 98m²
021x08
TERAS 14m²
TERAS 11m²
021x08
1+1 58m²
3+1 DBX 3+1 63m²DBX 74m²
TERAS 56m² TERAS 41m²
TERAS 18m² TERAS 14m²
FolkArt Residence For Izmir Turkey
+7.20
TERAS 15m² TERAS 14m²
TERAS 16m²
TERAS KAPALI YÜZME32m² HAVUZU 328m²
1+1 49m² 1+1 55m²
021x08
021x08
80x120
021x08
80x120
80x120
2+1 2+1 91m² 94m²
80x120
2+1 85m²
TERAS 10m²
1+1 1+1 63m² 58m²
1+1 58m²
80x120
SPA 82m²
021x08
021x08
80x120
SPOR SALONU 1+1 204m² 58m²
2+1 91m²
021x08
SOYUNMA ODALARI 1+1 158m² 58m²
TERAS TERAS 18m² 19m²
KAFE 80m²
TERAS 34m²
TERAS 18m²
TERAS 34m²
TERAS 17m²
TERAS 18m² TERAS
17m²
HAVUZ MEKANİK ALAN 160m² +10.20
+7.20
2016
LOBİ/OFİS 71m² TERAS 35m²
DEPO & SIĞINAK TERAS 421 M2 22m²
TERAS 16m² TERAS 16m² TERAS 18m² TERAS 34m²
TERAS 19m²
TERAS 14m²
TERAS
TERAS TERAS 14m² 14m²
TERAS 19m²
TERAS 13m² TERAS 14m²
1+1 58m² 1+1 63m²
021x08
80x120 80x120
+10.20
MUTFAK
021x08
80x120
WC
47m²
E BLOCK
66m² 88m²
WC
DEPO
+10.20 +7.20
C BLOCK
80x120
021x08
80x120
021x08
1+1 58m² 1+1 64m²
80x120
1+1 1+1 63m² 57m²
021x08
80x120
2+1 2+193m² 91m²
021x08
80x120
021x08
021x08
1+1 58m²
021x08
021x08
80x120
RESTORAN 1+1 216m² 58m²
3+1 115m²
TERAS 14m² TERAS 14m²
2+1 1+1 98m² 70m² 021x08
3+1 DBX 3+1 DBX 74m² 63m²
021x08
TERAS 148m²
TERAS 32m²
17m² TERAS 35m²
021x08
2+1 98m² 2+1 85m²
021x08
1+1 58m²
TERAS 15m²
TERAS 17m²
80x120
TERAS 20m²
3+1 118m²
OFİS 130m2
TERAS 16m²
80x120
TERAS 16m²
021x08
TERAS 38m²
80x120
ÜNÜŞÜ
D BLOCK
2+1 93m² 2+1 90m²
1+1 1+1 63m² 58m²
021x08
021x08
80x120
80x120
88m² 88m²
Company: OZEL OFFICE Los Angeles
+10.20 +7.20
A BLOCK
Project: For FolkArt Residence Izmir Turkey Designed By Guvenc Ozel Position: Intern+12.00 Architect (+21.20m) +9.00 (+19.20m)
Responsibilities: +6.00 (+16.20m) +3.00 (+13.20m) - Plan R evisions According 0.00 (+10.20m) Building Code & -3.00 (+7.20m) Client Requirements Dgn
-6.50 (+3.70m)
+12.00 (+21.20m) +9.00 (+19.20m) +6.00 (+16.20m) +3.00 (+13.20m) 0.00 (+10.20m)
East Elevation
-3.00 (+7.20m)
Delano Hotel Moscow 2013
Company : FUDES, Moscow, Russia. Position: Project Manager Project: MIBC Plot 16A Delano Hotel Mock-Up of High-end Luxurious Hotel Rooms & Interiors. Designed by Avroko Architects.
Responsibilities: Execution of Two Mock-Up Rooms Construction and Architectural Coordination
DELANO HOTEL FUDES MOSCOW
SHORELINE APARTMENTS PALM JUMERIAH - DUBAI
Shoreline Apartments and Club Houses at The Palm Jumeriah Dubai 2004-2007
Company: Bin Belaila Baytur Const. Co. Dubai, U.A.E. Under management of Turner Int. Position: Design Office Architect, Later Construction Architect
Project: 10 luxury Apartment Towers and 5 Club houses Project size - 367.000 sq. M. Responsibilities: - Developing Designing Details and Shop Drawings - Pre-calculations, Prior to material orders and construction process
- Supervising Finishing Works in Building 5, 6 and Clubhouse 3 - Expansion Joint Drawings & Site Applications - Drawing As-Built Drawings
Galleria Shopping Mall St. Petersburg 2010
Company: Renaissance Const. Co., St. Petersburg, Russia. Position: Site Architect Project: Galleria Shopping Mall 7 floored retail center. Project size - 180,000 sq.m. Designed by Chapman Taylor Responsibilities: - Supervising Russian Subcontractors at the Finishing Stage which includes: - Glass Works & Wooden Furnitureâ&#x20AC;&#x2122;s of shop facades - Glass Cladding of Panoramic Lifts - Brass Decorative Elements of Interior Areas.
gurhanpekuz@gmail.com +1 323 518 73 44 www.gurhanpekuz.com