WORK SAMPLES(2012-2022)

TINGHONG OUYANG

SELECTED WORKS 2012-2023

Tinghong

Online portfolio for job application

https://issuu.com/tinghong_ouyang_24/docs/work_samples

(please click the link to review!)

Related video presentation

https://youtu.be/1f3WIzEsX4E

https://youtu.be/6mZ8B_7ZSFg

Passionate architectural designer with strong interest in sustainable design and innovation. Experienced in creative problem-solving, great team player, proactive explorer, nature lover. The objective is to progress from a designer to an architect through incremental development.

PRACTICE EXPERIENCE

Skidmore, Owings & Merrill (SOM) London UK

Summer Internship 4mons

UptownJeddah-buildingandediting3Dmodel(Rhino),boardlayout(Indesign),communicating withclientsandclarifyingtheirneeds.

Urban Sequoia - assisting in the creation of animated analysis diagrams (Enscape, Rhino, Photoshop,Illustrator,PremierePro).

Bielany - building and editing 3D model (Rhino), detail drawing (Enscape, Rhino, AutoCAD), presentationslides(Googleworkspace).

Yuanshang Architecture & Design (Shanghai) Co., LTD Shanghai China

Junior Architect 10mons involved in site research, preliminary analysis, case studies and the modelling and drawing process for different scales of design such as school design, commercial street design and residential design.

Shanghai Tongji Urban Planning & Design Institude Shanghai China

Internship Urban design 6mons participatedinthedatacollection,dataanalysisandanalyticalvisualisationprocessforthebook ‘TheoreticalEvolutionandReflectionofInnovativeUrbanResearch’byresearcherLiangHuang (DirectorPlanner,UrbanDevelopmentPlanningInstitute).Atthesametime,Ialsoparticipatedin the2Ddrawingsand3Dmodelingfortherenovationofacommercialcenterandagovernment office.

EDUCATION

Bartlett School of Architecture, University College of London London UK Master of Architecture, Architecture (Bio-Integrated Design) Mode: two-year, part 2

School of Architecture & Urban Planning (SAUP), Southwest Minzu University Chengdu China Bechalor of Engineer, Architecture & Urban design Mode: five-year

Email tinghong.ouyang.19@ucl.ac.uk ouyang.jobonly@gmail.com Tel +44 (0)77 2433 1318

ACADEMIC ACTIVITIES

Indus 2.0, Beazley Designs of the Year 2020, London Design Museum London UK

The 17th Cross Strait Architecture Academic Communication Meeting Chengdu China Representative student of SAUP

selected projects

• 01 Stay in Turpan p01

• 02 Folding Square_ p07

• 03 Mophodynamic Sedimentation_ p11

• 04 Living Community p19

• 05 Internship Work (at SOM)_ p27

• Other Work (Academic) p29

//Structure Model Work

//Biomaterial Research

//Sketch

//Autonomous Interaction

STAY IN TURPAN

Development of traditional lane

FOLDING SQUARE

Chunxi Pavilion

[small]

Type: Architecture

Location: Chunxi Road, Chengdu, China

AXONOMETRIC LANDSCAPE DRAWING

MORPHODYNAMIC SEDIMENTATION

Project details

2nd year, Comprehensive project, Master attached video link: https://youtu.be/6mZ8B_7ZSFg

Tutors: Prof Marcos Cruz

Javier Ruiz Rodriguez

Due to the evolving effects of climate change, the frequency of flash flooding in cities across the world poses a growing threat to the quality of life for many. Growth of population and city expansion closer to the water bodies has created unstable living environments as overuse of impermeable materials has resulted in flooded infrastructure, polluted waters, and sediment build-up.

Morphodynamic Sedimentation proposes an alternative strategy based on a hydrophilic biocomposite designed to respond to water. It envisions a new framework for an urban ecological fabric by integrating ground conditions with Tetrapod structures to enhance hydrological response and natural attenuation as a strategy for climate resilience. By incorporating a local fabrication technique to foster flooding and sediment stewardship, I believe Morphodynamic Sedimentation can have larger implications for urbanised delta landscapes across the world.

ecotone curves

The Tetrapod is an engineering solution for coast erosion mitigating the strength of water with friction. And it is also with friction that the pieces retian the shape of the whole system.

The design of the Tetrapods harvest the friction between the pieces to decrease the movement of the pieces when they are being hit by the waves or tidal changes.

surfaces

Mesh

_Digital prototype exploration

Through the utilize of local materials and sedimentation due to flooding, Bayou bricks seeks to react to water and sediment with a structure of gradient porosity based on an organic shape that responds to the topography and ultimately achieves the goal of bioreceptivity.

Solid Block

Applied for Voronoi tech Assembly Bricks

Porous Bricks

Hybrid Bricks

Bioreceptive Bricks

The multi-porous design interacts with the dynamic flow of water. Areas of the assemblage with lower density reduce the velocity of water to direct sedimentation while areas of higher density mitigate erosion effects when the structure comes into contact with higher velocities.

LIVING COMMUNITY

Sequoia Type: Architecture Research -Helping Kent and Mina making visulazations for TED talk

02_Uptown Jeddah

Type: Master Plan

Location: Jeddah, Saudi

-Building 3D massing model, communicating with clients, responding clients’ requirements

03_Bielany

Type: Urban design

Location: Warsaw, Porland

-Designing Green loop for this site, Building 3D detailed model for rendering, Rendering Tramways station and Plaza(can’t be posted)

ADVANCED COMPUTATIONAL EXPLORATION

[AUTONOMOUS INTERACTION]

attached video link: https://youtu.be/1f3WIzEsX4E

Tutor: Junichiro Horikawa, Javier Ruiz Rodriguez

HYBRID OF SPACE COLONIZATION AND FLOCKING

_HYBRID OF SPACE COLONIZATION AND SWARM INTELLIGENCE

After studying the two separate techniques, I was interested in the possibility of combining the two separate techniques and getting more results from them. After an initial intuitive analysis, both swarm intelligence and space colonization rely on a primitive point cloud. Swarm intelligence is able to generate point clouds with time-varying and collective behaviour, and if this is used as the base point set for space colonization, then the results of space colonization will change as well. The final form will also be manipulated by the development of the system itself rather than a static point set. Thus, the basic space colonization has developed smarter and more autonomous with the intervention of swarm intelligence.