Portfolio_2014 by King Kwan Yip

Architectural

PORTFOLIO

YE JINGKUN THE CHINESE UNIVERSITY OF HONG KONG GUANGDONG UNIVERSITY OF TECHNOLOGY

[ ACADEMIC & WORKING EXPERIENCE ]

NOV 2012 l M.Sc. JUN 2010 l B.Eng.

RESUME

EDUCATION

SKILLS

YE JINGKUN

M.Sc. in Sustainable and Environmental Design, The Chinese University of Hong Kong B.Eng. in Urban Planning, Guangdong University of Technology e: kyip0083@gmail.com t: +64 (0)21-0838-5058

Master of Science in Sustainable and Environmental Design, The Chinese University of Hong Kong · Lighting observation and assessment for office space in CUHK, Instructor: Prof Mike Wilson · Correlation between Sky View Factor and indoor air temperature requirement, Instructor: Prof Edward Ng · Urban air ventilation improvement design project for Sheung Wan HK, Instructor: Prof Lutz Katzschner

2011-2012

Bachelor of Engineering in Urban Planning, Guangdong University of Technology · 2010.06: Innovation award of Graduate Design(02/94), Guangdong University of Technology · 2008.12: The third scholarship of Guangdong University of Technology (for outstanding student) · 2008.12: The third scholarship of Guangdong University of Technology (for excellent academic performance) · 2008.12: The third scholarship of Academic Progress of Guangdong University of Technology · 2007.09: Activist of society activities, Guangdong University of Technology

2005-2010

Computing

Craft + Technique

Personal

Languages

· AutoCAD · ArchiCAD · Sketchup · Rhino · Revit · 3ds Max · VRay · Adobe Creative Suite · MS Office

· Hand-modelling · Hand-drafting · Laser cutting · Screen Printing

· Quick learner · Meticulous · Organized · Responsible · Self-motivated · Team player

· Cantonese · Mandarin · English

RECOGNITION

EXPERIENCE

INTERESTS

The encouragement award of “City Vision-Achieve a Sustainable Future in Guangzhou” University Student Design Competition

2008.12

The winning award of “Tian Zuo Cup” National Student Architectural Concept Design Competition

2008.08

The second prize of the 12th Campus Cultural Festival—Architectural Design Competition

2007.11

Architectual Designer in Zhongjing International Construction Design & Research Institute @ Zhuhai, China · Participation mainly in conceptual design, residential detail design and drawing · Participation partly in the institute’s project discussion and design · Computational Simulation, program design, text layout and PPT report

2013.09-2014.09

Architectural Assistant in SRT (S&P) Architects Ltd. @ Hong Kong, China · Participation in conceptual design, residential detail design and drawing · Lighting environmental and CFD simulations, energy modeling, text layout and PPT report

2012.07-2013.09

Urban Planner in Zhongjing International Construction Design & Research Institute @ Zhuhai, China · Participation in the institute’s project discussion and design · Market survey, information collection and analysis, program design, text layout and PPT report

2010.06-2011.09

Apprentice and Teaching Assistant in TSI DESIGN AND RESEARCH.INC.USA.CHINA @ Guangzhou, China · Participation partly in "Research on China’s waste plastic recycling" and "Termite residential concept program design" · Material collection and analysis, drawing design, 3D model design and analysis

2009.09-2009.12

Assistant Architectural Designer in Guangzhou Guangdong Engineering Consultant Co. Ltd. @ Guangzhou, China · Program design, text layout

2009.06-2009.09

modelling, painting, drawing, travelling, reading, photography

CONTENTS 2009/07

TAIJI

2013/10

TER-MOUN

2014/01

Hoi's HOUSE

2014/03

NANHAI

2014/04

LIXIANG

APPENDIX

2009 GUANGDONG UNIVERSITY OF FINANCE & ECONOMICS NORTH CAMPUS LIBRARY ARCHITECTURAL DESIGN COMPETITION Chief Designer (program design, text layout)

BADI 2013 INTERNATIONAL GREEN BUILDING DESIGN COMPETITION Team Leader (program design, computational simulation, rending, text layout)

THE COMMISSION OF NEW PRIVATE RESIDENTIAL PROPERTIES IN 2014 Chief Designer (program design, computational simulation, rending, text layout)

NANHAI RESCUE BUREAU OF SHENZHEN BASEMENT PLANNING DESIGN COMPETITION Team Leader (program design, text layout)

SHENZHEN LIXIANG MIDDLE SCHOOL ARCHITECTURAL DESIGN COMPETITION Team Leader (planning, program design, computational simulation, text layout)

FINE ART & ARCHITECTURAL FOOTPRINT

PERSPECTIVE

Northeast of Library

TAIJI

Guangdong University of Finance & Economics LIBRARY Location: Total Constructed Area: FAR: Green Rate:

Guangzhou, China 29,965 m2 1.28 35.6%

THE 3RD PRIZE OF 2009 GUANGDONG UNIVERSITY OF FINANCE & ECONOMICS NORTH CAMPUS LIBRARY ARCHITECTURAL DESIGN COMPETITION

NATURE INTEGRATED DESIGN In the design of Guangdong University of Finance & Economics Library, the spatial arrangement of static and dynamic is planned to confront and interact at the same time, giving the positive effect to each other. In the library, people read books while looking at the landscape space and they also constantly access it from the passage through the open space. On the other hand, the exhibition or activities take place with the view of library set as a background and the two volumes simultaneously penetrate through one to another. Therefore, interweaving of two different kinds of space allows the complete design by enhancing the deficient points in each part. Any space where the two volumes are dismissed is considered as a “pure space”, creating the void that provides the skylight to the library.

CONCEPT DIAGRAM PERSPECTIVE

For the new Library of Guangdong University of Finance & Economics will be the complete body of space created by the integration of static and dynamic, natural and artificial, rationality and sensibility, we applied the notion of “Taiji”, the verity of yin and yang that has existed since the ancient era of Chinese history. Rationality and sensibility, the both terms are the base that establishes human culture or intelligence. Human’s rationality is revealed through philosophy, mathematics and science whereas the sensibility is freely expressed in our lives in the form of art, music, literature, etc. Both terms can be interpreted into architectural language, where the rationality is defined as static and the sensibility is depicted as dynamic.

SITE CONDITIONS & ARCHITECTURAL ELEMENTS

AD M

SI U

AS SR OO

CL M

AS SR OO

PA R

GR A BU DU ILD AT IN E G

IN BU IST ILD RAT IN IO G N

IMPERIAL JADE SEAL Building Form

BOOKS PILED Architectural surface

The site is located in the central axis of north campus, which is part of university expansion that includes in its west side, sports complexes and the east, the postgraduate research complexes and the other functional buildings, hospitality & administration buildings, all already finished. North of the site, the scene is dominated by the waterscape along the river.

陰

感性 Sensibility

太極

POSITIVE & NEGATIVE

S BUPITA ILD LI IN TY SP G O FIE RT LD

理性 Rationality

NEGATIVE

Rationality and sensibility are often depicted as a conflicted concept. However, those notions should be seen as a communicative, complementary force rather than conflictive and contradictory, just like the negative and positive force in the universe. As the men only gets completed while the two forces complement and compete against each other, G.D.U.F.E. library is designed in a way that static and dynamic space are simultaneously complementing and competing against one to another.

陽

POSITIVE

Courtyard in Library

MASS REFINED

“IMPERIAL JADE SEAL” MASS

REGULATION

VIEW CORRIDORS & ENTRANCE

INTRODUCE VOID

“太極” INTER-PENETRATION

LIBRARY SCENERY & CONNECTION

THE ILLUSTRATION COSMIC PHENOMENA OF ANCIENT CHINA

With the ambition to become the new landmark of this campus, the first step of the process was to establish a relationship with the existing buildings; the main idea of the mass refining was to complete the sequence of boxes, maintaining the symmetry of the system.

CORRIDORS

SKYPARK

NIGHT VIEW

FLOOR PLAN A

02 01 06 05

02 06 05

12 09

GROUND FLOOR

FIRST FLOOR

01 02

03 03 02

PERSPECTIVE

Partial Details of Library

ELEVATION & SECTION 1

FOURTH FLOOR

1. North Facade;

2. West Facade;

3. South Facade;

4. East Facade;

FIFTH FLOOR

5. A-A Section

SECTORIZATION & CIRCULATION MANAGED SPACE 01

01.Multimedia Reading 03.Auditorium 05.Office 07.Conference Room 09.VIP Room

04 02 04

05 03

03 02

READING GARDEN

01.Open Shelf Reading 02.Touch Screen 03.Skypark 04.Toilet SECOND FLOOR

05 01

READING

THIRD FLOOR

05 09

05 06

02 03 02

08 02

SIXTH FLOOR

SEVENTH FLOOR

01.Showroom 03.Exhibition 05.Café 07.Courtyard 09.Shop 11.Bookstore

WORK SPACE 01.Equipment Room 03.Intensive Stacks 05.Office 07.Courtyard

02.Electronic Databases 04.Enquiry Desk 06.Skypark 08.Toilet

Third & Fifth Floor Fourth & Sixth Floor 01.Open Shelf Reading 02.Touch Screen 03.Seminar Room 04.Toilet Second Floor

01.Open Shelf Reading 02.Foreign Newspapers and Periodicals Section 03.Chinese Newspapers and Periodicals Section 04.Touch Screen 05.Toilet

PUBLIC SPACE

Seventh Floor

PUBLIC PUBLIC DELIVERY PUBLIC DISABILITY PUBLIC AUDITORIUM PUBLIC OFFICE

First Floor 02.Reception 04.Delivery/Return Desk 06.Locker 08.Leisure Area 10.Touch Screen 12.Toilet Ground Floor 02.Duty 04.Auditorium 06.Toilet

PERSPECTIVE

North of Cultural Center

TER-MOUN Location: Total Constructed Area: FAR: Green Rate:

Dalian City CULTURAL CENTER 9/:+

Dalian, China 5,236 m2 0.56 61.3%

BADI 2013 INTERNATIONAL GREEN BUILDING DESIGN COMPETITION

SUSTAINABILITY DESIGN CONCEPT The energy consumption of building in Dalian is characterized by their need for mechanical heating, cooling and lighting. A smart building consists of design of a design that keeps direct sun light out but letting indirect daylight in and utilize the environmental conditions of the site to its advantage. This building is also positioned in combination with the solar wall to further reduce the structure temperature from the outside.

CLIMATE ANALYSIS OPIMIM ORIENTATION

PSYCHROMETRIC ANALYSIS

ANNUAL INCIDENT SOLAR RADIATION AT DIFFERENT ORIENTATION (KWH/M2)

SOUTH NORTH

WEST EAST

Due to the weather characteristic, following passive design techniques can be adopted in building design of Dalian: 1.Passive Solar Heating 2.Thermal Mass Effects 3.Natural Ventilation 4.Direct Evaporative Cooling 5.Indirect Evaporative Cooling

High radiation value in winter should be taken use of passive heating design; east and west exposure in summer should be avoided. ANNUAL TEMPERATURE

ANNUAL HUMIDITY

From the chart (both Temperature and Humidity), it can be found that both highest temperature and highest appear at June and July, which has seriously negative influence on user indoor comfort of the buildings. High humidity also has bad effects on the storage of collections for cultural center. So, wind (suitable Natural Ventilation) should be used to take away the excess heat and water vapor. In summer, it should take shading measures to prevent excess solar radiation to ensure the indoor thermal comfort; in winter, it must take use of the solar radiation from the south for passive heating and energy-saving.

WIND ENVIRONMENT ANALYSIS WINTER

SUMMER

CFD ANALYSIS

SUMMER: According to the images of CFD, site get prevailing wind regional prevailing wind-north (turbulence from the mountain in the south), and the wind temperature is suitable and comfortable for user, therefore we can take use it for Natural ventilation. WINTER: Site also get prevailing wind from north, but the wind temperature is too cold for ventilation and the wind speed is too high for user. we should keep the indoor heat of building from those wind.

In average level years, 10 of 12 months are within the comfort zone region, both passive solar heating and natural ventilation are the most effective design strategies for buildings in Dalian; In July and December and the extreme condition level years, both active heating and cooling should be provided. In summer: The pedestrian areas of the site get prevailing wind from north (according to CFD), and the wind temperature is suitable and comfortable for user, therefore we can take use it for natural ventilation. In winter: It also get prevailing wind from north, but the its temperature is too cold for ventilation and the wind speed is too high for user. It should keep the indoor heat of the building from those winds. All those passive design strategies can save a lot of energy, but some of them have same effect and are non-essential for this project in some extent. Thus, also for the reason of cost-saving, direct evaporative cooling, whose effect can be achieved by other passive design strategies, may not be used for this building. COMFORT PERCENTAGE IMPROVEMENT

CONCEPT DIAGRAM

9/:+

BEST N TATIO ORIEN

GEOGRAPHICAL FABRIC

BEST ORIENTATION

= FIVE MAIN BRANCHES

GENERATION of ATRIUM The atrium frees ground floor letting the pedestrians walk freely through it and the building rises and its volume is divided in several pieces. They are stacked up in high and separated by empty spaces. At the same time, there are five public areas around the atrium to develop exhibitions and cultural activities in the open air. Semi-exterior public spaces are multiplied.

PERSPECTIVE Atrium of Cultural Center

SUMMARY OF CRITICAL ISSUES AND INITIAL CONCEPT OF DESIGN STRATEGIES 12:00 09:00

15:00

06:00

18:00

Indirect sunlight penetrates through sawtooth-shaped windows (E. & W.) and open facades (N. & S.)

Natural cooling with wind

Natural cooling and minimizing direct sunlight penetration with solar wall

Creating shadow with vegetation and solar panel canopies

The othe remaining characteristics of this design are based on the sun path in Dalian. At noon in the summer, the sun is positioned almost directly above the earth. And there is only direct sunlight penetration in the east and west facades in the morning and afternoon. For this purpose, the design proposes saw tooth-shaped windows oriented along the east and west axis. Additionally, in order to further reduce the sunlight penetration, solar wall makes out of cloth is used to create a buffer zone.

PERSPECTIVE

ATTIC-TRAP Inside

Exihibition of Cultural Center

ADJUSTABLE SKY-WINDOWS

PASSIVE HEATING AND COOLING DESIGN By review the bioclimatic psychrometric chart, In order to improve system efficiency and reduce costs, passive solar heating is selected as the main way of passive heating, for the best use of low altitude sunlight and south facade solar radiation in winter; Natural ventilation and indirect evaporative cooling are selected as the main way of passive cooling. Passive solar heating and natural ventilation devices can be integrated in a synthesized passive thermal system - "Solar wall". A double skin facade or "solar wall" on the south-facing wall enhances energy efficiency. The "solar wall" has louvers sandwiched between two layers of glass. Hundreds of movable louvers are controlled by the building management system to track the sun. This "intelligent skin" changes constantly according to weather conditions and time of day. As the sun warms the louvers, they draw air up from ground level and out through a linear "chimney" at the top floor, providing a highly efficient heating mechanism. Sensors on the roof enable this process to happen automatically. Adjustable louvers can track the sunlight in different time, date and season. In summer, it is a group of effective and efficient shading devices, and in winter it will not bring any negative influence on sunlight accessibility. There is a temperature buffer zone between glass facade and Low-E double glazing. Also it is a ventilation tunnel.

ROOF GARDEN Provide vegetation roof covering about 58% of the total roof area.

ADAPTABLE FLOOR PLANS Large grids (8m x 8m) that can be subdivided and design that allows interior was fitting out to use modular and pre-fabricated components.

SAW TOOTHSHAPED WINDOWS

UNDER-FLOOR HEATING AND COOLING DEVICE Using renewable energy, replace Heat Radiator and AC for energysaving.

Large area curtain walls with Low-E double glazing can take the best use of daylighting (solar), and achieve better effect of solar passive heating, meanwhile reduce heat loss in winter.

In summer, solar wall can enhance the natural ventilation to take away the excess heat and keep the indoor temperature at the comfortable range for user.

AXONOMETRY GENERAL INFORMATION Global Explanation

PV PANELS for solar energy LITTLE AREA HOLE WINDOWS For the best use of daylighting (solar), and the better effect of solar passive heating in winter.

"SOLAR WALL"

HIGH WINDOWS For Better natural ventilation in summer LARGE AREA WINDOWS For the best use of daylighting (solar), and the better effect of solar passive heating in winter. WIND CORRIDOR For users go to different functional areas and it is good for natural ventilation in summer.

ACTIVE HEATING AND COOLING DESIGN For the purpose of reduction of fossil fuels usage and Carbon dioxide emissions, Heat Radiator provided by Dalian Public works department and AC will be replaced by under-floor Heating & Cooling Device. And solar energy will be collected by PV panels for circulation water heating and cooling. AIR TUNNEL Air in from the tunnel inside the solar wall due to stack effect (good for ventilation)

PV PANNELS

IN SUMMER: SOLAR REFRIGERATION

IN WINTER: SOLAR HOT WATER HEATING

SERVICES ROUTE AIR PATH

LAKE

RAISED FLOOR

UNDER FLOOR HEATING AND COOLING

OVERALL SYSTEM DIAGRAM of ACTIVE HEATING & COOLING DEVICES

SOLAR HEATER

RECOVER TANK & PUMP

SOLAR POWER REFRIGERATION CONVERTER COMPRESSER

HEAT EXCHANGER

WATER CIRCULATION

HEAT EXCHANGER

WATER USE Select native Drought-resistant plant species which have less demand for water irrigation. Use harvested rainwater and recycled grey water to replace fresh water for irrigation.

OVERALL SYSTEM DIAGRAM of RAINWATER HAVESTING & RE-USE

NATURAL RAINFALL RECHARGE AND IRRIGATION Use 65% pervious soft landscaped areas to reduce the surface runoff. Take use of rainwater for plants irrigation for water-saving.

PERVIOUS EARTH'S SURFACE MATERIALS Use pervious materials for a minimum of 50% of hard landscaped areas to reduce the surface runoff. Take use of rainwater for plants irrigation for water-saving.

RAINWATER HARVESTING GAP

Use of an irrigation system which does not require the use of municipal fresh water after a period of establishment is complete. WATER EFFICIENT APPLIANCES Water efficient appliances used in this building include: Automatic control faucet, Grade 1 Horizontal drum type washing machines etc. water efficient appliances that are at least 20% more efficient than otherwise.

LAKE

RECOVER TANK & PUMP

PURIFICATION DEVICE

RAINWATER & GREY-WATER COLLECTION TANK

MASTER PLAN

FLOOR PLAN

Staff Entrance

Art Plaza

Delivery Void

Outdoor Exhibition Groups Entrance Book / Gift Shops

Disability

Public Entrance

Ground Floor View

Disability

Circulation

Groups

Circulation (Approch)

Delivery

Public

Staff

SECTION & ELEVATION

A-A Section

West Facade

Entertainment

Performance Hall

Admin

Void

Restaurant Lobby Hall Entertainment Rooms

Atrium E&M

Duty

Permanent Exhibition Area Sound Art Plaza

Storage

Book / Gift Shops

Exhibition Hall Special Collection Area

First Floor

Lobby

Basement

Admin

Multimedia & Internet Resources

View Circulation

Void

Circulation (Staff) Education

In plan, the spaces resemble a citizenâ&#x20AC;&#x2122;s playful agglomeration of blocks, creating voids and plazas that suggest a collection of buildings that are equally active from the inside and outside. Reading areas, exhibits and gardens are dispersed as if to make no hierarchical distinction between programs.

Void Reading Area

Second Floor

North Facade

East Facade

South Facade

PERSPECTIVE

Southeast of Hoi's House

Hoi's HOUSE FAMILY ESTATE in Urban Village

Location: Total Constructed Area: FAR: Green Rate:

Jiangmen, China 316 m2 3.23 43.3%

THE COMMISSION OF NEW PRIVATE RESIDENTIAL PROPERTIES IN 2014 DESIGNED FOR A FAMILY IN A QUIET GUANGDONG NEIGHBORHOOD

COST-EFFECTIVENESS + LIVING WITHIN A TREE In order to decide which material combination owns better balance between costs and thermal performance, the Comparison of Different Material Combination's Costeffectiveness would be made. Additionally, with the concept of living within a tree, the spacious interior is comprised of 10 individual floor plates, all situated at various heights that satisfy the clients desire to enhance family interaction within their own home.

MATERIAL COMBINATION'S COST-EFFECTIVENESS Generally, the lower U-value material comes with higher price, while the budget is limited. Thus, finding out a reasonable balance between fabric costs and thermal performance is necessary. In order to decide which material combination owns better balance between costs and thermal performance, several materials of different building elements would be chosen to make up various combinations. At the same time, through computational simulation, their total fabric cost, annual loads (the material combination’s thermal performance be reflected by building energy consumption; the lower, the better) will be calculated. The combinations of various materials in different building elements will be show in following graphics: WALL:

ROOF:

Single Glazed Low-E Timber Frame Double Glazed Low-E Timber Frame Triple Glazed Low-E Timber Frame

Brick Plaster Double Brick Solid Plaster Reverse Brick Veneer R15