Hallen
Deng
University of Nottingham School of the Built Environment
EDUCATION 09.2013 M.Arch Environmental Design [University of Nottingham, 1 years] Distinction Degree
First design project shortlisted for the National ISOVER Competition in the UK. Second design project shortlisted for the best use of concrete award and published on local newspaper in Matlock. Key skills taught: integrated design approach, building performance analysis, site microclimate analysis, seasonal environmental design strategies, building environmental simulation and analysis.
09.2009 B.Arch Architecture Design [Hunan University, 5 years] Degree equivalent to RIBA Part 2 GPA: 81/100
Key skills taught: architectural projects, urban planning, landscape, building construction, and technical drawing.
SKILLS Architectural Environment Analysis [expert at daylight, thermal and ventilation] Ecotect, Radiance, TAS, Fluent, Optivent, PVsyst, SpaceSyntax 3D Modeling Rhinoceros, Revit, Grasshopper, Sketchup, ArchiCAD 2D Drawing CAD, Illustrator, Photoshop, Indesign, Coredraw, Microsoft Office Suite, ArchiCAD Rendering Vray for Sketchup, Vray for Rhino, Lumion, Keyshot, Maxwell Fabrication Laser Cutting, 3D Printing Personal Team Spirit, Leadership, Quick Learner, Multitasking, Time Management
HD Hallen Deng Green Architect
+86 15678135015
ArchiHallen@ outlook.com
WORK EXPERIENCE 01.2015 MAD Architect [2 months] Work on a large residential project, attended in design, modeling and CAD drawing. 09.2014 Marketing & Promotion [University of Nottingham]
Work on M.Eng course marketing and promotion at the department of Architecture and Built Environment.
09.2014 Teaching Assistant [University of Nottingham]
Work as casual teaching assistant in the Advanced Environmental Design Course and conducting short lectures to postgraduates on light, thermal and ventilation design strategies.
01.2013 Intern in HUALAN Architect [3 months]
Cooperate with architects in Guanghui Residential Project and participate in Office Project in Fangchenggang involving precedent studies, master plan and architecture design.
RECENT HONORS & AWARDS [within 3 years] 10.2014 Matlock design project published on local newspaper in Matlock. 07.2014 Mentioned in the final year design award of 'the best use of concrete' in University of Nottingham. 02.2014 Involved into the shortlist of National ISOVER Competition in the UK. 07.2013 Second price, Landscape Competition in Hunan Province. 09.2012 Frist price, SC2012 Bridging Rivers International Competition, organized by Future magazine. ADITIONAL TRAINING 09.2013 Physical Model Making Workshop, University of Nottingham, United Kingdom. 08.2012 Asian IFLA Landscape Design Camp, Hunan University, China. 08.2011 Devil Architecture Design Training Camp, Hunan University, China. 05.2011 National Digital Architecture Workshop, Huazhong University of Science and Technology, China. 12.2010 Marker Pen Drawing Training Camp, Changsha Province.
REFEREES RIBA FRSA Chair in Bioclimatic Architecture Prof. Brian Ford Brian.Ford@nottingham.ac.uk +44(0)115 951 3040 University of Nottingham MPhil[Cantab] RIBA BAAS[Hons] DipArch/Msc Course Director of MArch Environmental Design Mr. Benson Lau Benson.lau@nottingham.ac.uk +44(0)115 846 7542 University of Nottingham Chairman in Hunan Designers Association President of School of the Built Environment Prof. Chunyu Wei kevinyuan@hnu.edu.cn +86 137 0731 6993 Hunan University
building-bridge
Guadalquivir river, Seville, Spain First prize of Bridging Rivers International Competition
Concept I hope that this building can present the city. I hope that the buildings can be entrusted the same character as the city. At the daytime it is quiet and elegant; at the nighttime it becomes as charming as Flamenco dancers. The later the night is, the more beautiful the building can be.
This project won the first prize of this international competition. In this competition,we were required to design a Building-Bridge above the River Guadalquivir. The project must address the pedestrian connection between two different urban areas of the city. The campus and San Telmo Palace stand on the left bank. On the other bank, bridge-building is intended to connect a residential area without most public facilities. The building-bridge is intended to contain a mixed-use program,including mediatheque,auditorium, commercial spaces, museum and parking area.
Functional Arrangement
Site Analysis main visitors
link and deflection
view control
traffic analysis
Low-E Mirror Glass First Floor & Second Floor: University Museum First Floor & Second Floor: Mediatheque Ground Floor: Pedestrian Path & Commercial Area Ground Floor: Civil Plaza First Floor & Second Floor: Auditorium Basement: Car Park
From Concept to Reality Single-side mirror glasses are used on the facade. During the day a hazy view is created in the middle; in addition, the building’s volume and ratio are strictly controlled so that buildings can be as elegant as historical buildings in Sevilla. At night, lights are thrown to the internal curve floors. The indefinite enthusiasm are shown and the building starts dancing with the city after night falls.
Inspiration During the day, Seville shows her elegant history and leisurely life; when night falls, she bursts out indefinite enthusiasm and charm. Lovely Flamenco dancers send out their attractiveness in bars or at the plazas.
01 Project one
Project one
02
Volume Control
Restrict building boundries according to the original constructions and leave a plaza at front of the building.
It is my first time to design a building located in other countries. I noticed that nowadays a large number of foreign architects designed buildings in my country through a visitor`s view. So why didn’t I view Seville, a tourist city, from the view of travelers? Hence, I consulted and read many traveling diaries about Seville, trying to find out visitors’ impression about this city. Eventually, a clear charactor of Seville was constructed. Rotate the entries face to residential area, park and palace, which brings better views and leads citizens to the reserved old square located beside the west entrance.
Creat floating space above the river while remain the view connection between two nearby bridges. Meanwhile, it looks like a concise leaf from San Telmo Palace,which protect original views from too many disturbances during day time.
03 Project one
Project one
04
mysterious ruins
Gaziantep, Turkey Shortlisted for the National ISOVER Competition in the UK
Introduction and Concept
Design Progress
This project is a primary school located in Gaziantep, Turkey. Many environmental strategies were integrated into this project. For instance, all classrooms have a steady and suitable daylight environment. Natural ventilation is also considered and simulated in each classroom. PV panels are mounted the pitch roof to make use of the adequate soalr source in Turkey, and external shading devices are controlled by grasshopper to avoid overheating at specific time. The concept of this project comes from the memory of my childhood: kids are always being curious about mystery. What I did was creating a 'ruin' which was inspired by the local ancient ruins. Ancient ruin is the thing that full of stories and mysteries. This school will be not only a place for indoor teaching, but also a place for outdoor adventure and exploration.
05 Project TWO
self shading
embrace
connections
final scheme
Parametric Design of Shading Devices through Grasshopper & Ecotect
Project TWO
06
Functional Arrangement
Improvement of Light Environment in Dancing Room
Rest Area
Teaching Entrance Area Area
Average DF: 2.4%
Average DF: 2.4%
Average DF: 2.4%
Improvement of Light Environment in Typical Classroom
Average DF: 3.7% Uniformity Ratio: 0.35
07
Project two
Average DF: 4.09% Uniformity Ratio: 0.40
Average DF: 4.87% Uniformity Ratio: 0.44
Average DF: 5.20% Uniformity Ratio: 0.47
Project two
08
Big Green
Year:2014 Matlock, Nottinghamshire, UK Shortlisted for the Best Use of Concrete Award Published on local newspaper in Matlock
Introduction and Concept The project includes a green slope, some multi-use stages, a sunken library and a service apartment. An overall environmental strategy was considered during the design progress. After calculated in SAP, the result shown that this building achieved level 6 (zero carbon) in Breeam. The concept of this project was to convert the original car park into a green slope, which provided opportunities for enjoying local natural scenes and different activities. I want to show off the local nature and culture to all visitors. Only these local characters can make Matlock itself unique and attractive. Original car park was hidden under the slope and a service apartment was floating above the slope. By this way, the original negative space was transformed to a positive stage for local people and visitors.
Design Progress original site
create connection
mix-uesd stages
main blocks
sunken down view connection
welcome sunlight
skylight windows
developed
Apartments Winter garden Library
solar corridor
09 Project THREE
Project THREE
10
view from original car park
11 Project THREE
Project THREE
12
Environmental Strategies
PVsyst Calculation It was found that a maximum of 59129kWh electric power can be generated each year which is higher than the required power for whole apartments (22932kWh).
Part B：330 ㎡ Part A：140 ㎡
Rainwater Collection & Calculation Assuming a system efficiency of 0.9 and run-off coefficient of 0.8, we can calculate the average yearly collected rainwater from rainfall data. If we assume that a torage capacity of 5% of annual total is required, we can approximate the tank size. Average Monthly Rainfall of Matlock
Daylight Factor Studies
Tank A: 3.2m³
Tank B: 9.1m³
Wind-driven Ventilation and Buoyancy Ventilation Calculation Both two kinds of ventilation were calculated and ensured the internal air flow rate is enough for cooling and air change under all wind conditions in Matlock.
13 Project THREE
Project THREE
14
GYMNASIUM
Long Span structure research Year: 2012 Hunan Province, China A design studio about long span structure
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Project Four
Project four
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Main Plan
17 Project four
Details of Joints
Project four
18
Evoke potential logic — landscape in high school
Evoke Hidding Logic
DATE: designed in 2012 TYPE: landscape BRIEF: A way to create landscape and space by using the power of nature after the rise of sea level.
DATE: designed in 2011 TYPE: landscape BRIEF: A landscape to evoke the space logic hidding in a high school.
Plant and Harvest
Date: designed in 2011 Type: interior design BRIEF: An interior design for an eco-brand.
Artificial Landscape Date: designed in 2011 Type: high rise buiding (office) BRIEF: A try to reshape land.
Devil Design Studio DATE: designed in 2010 TYPE: public toilet, three families house, revierside house for poet, canteen, grave stones...... BRIEF: A studio teaching us to design without advanced tools like computer and internet. We designed by using brain storm, drawing diagram and modelling. Two days for one design and last for a month.
19 Project four
The Monument of Monument DATE: designed in 2014 TYPE: structures BRIEF: A way to memorise the history.
Planetarium in Chile DATE: designed in 2014 TYPE: museum BRIEF: Bring people to walk into universe.
Real Project from MAD Architect: Zhengda Himalayas in Nanjing DATE: designed in 2015, under construction TYPE: including residential buildings, office and commercial buildings. BRIEF: A try to integrate traditional Chinese garden into high rise buildings. I attended in design, CAD drawing and modelling.
Project four
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21 DRAWING
DRAWING
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