Cheng-Yun, Chang Portfolio

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CHENG-YUN, CHANG ARCHITECTURE DESIGN

DESIGN PORTFOLIO

2020-24 ACADEMIC YEAR SCHOOL:NOTTINGHAM TRENT UNIVERSITY

BARCH (H) ARCHITECTURE, BACHELOR OF ARCHITECTURE

This portfolio is about Cheng-Yun University’s 4 years of study / ARCHITECTURE DESIGN 2020 - 2024 /CHENG-YUN, CHANG BY

WELCOME

2020 - 2024

/ ARCHITECTURE DESIGN

/CHENG-YUN CHANG

I’m Cheng-Yun, an architecture student at Nottingham Trent University of Architecture. I was born on February 18th, 2001, and I am an Aquarius from Taiwan. In my free time, I enjoy going outdoors to take photographs, as the various images from different places serve as inspiration for my creations. I also like doing some hand-drawing and researching artistic architectural modeling.

I have a strong interest in architectural and urban design. Whenever I arrive at a new place, I carefully observe the local architectural features. I particularly enjoy capturing various eye-catching design details, such as the intricate window patterns of churches or the door frames of old buildings along the streets. These observations not only enrich my visual experience but also stimulate my creativity. I love to let my imagination run wild when sketching and try to incorporate various elements I’ve seen or experienced into my architectural designs.

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/ CHENG-YUN, CHANG 3 / 62 2020- 2024 / PORTFOLIO INDEX 04 / ABOUT ME 06 / GRADUATION PROJECT (FOURTH YEAR) 19 / SITES OF HYBRIDITY (THIRD YEAR) 33 42 52 46 / BICYCLE MUSEUM (THIRD YEAR) / WHALE MUSEUM (SECOND YEAR) / THE CONNECTIVE HUB (SECOND YEAR) / URBAN FARM (FIRST YEAR YEAR) / VISITOR CENTRE (FIRST YEAR YEAR) 56

ABOUT ME

ABOUT ME

/ CHENG-YUN, CHANG / ARCHITECTURE / DESIGNER

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/ CONTACT

/ EXPERIENCE

/ CHENG-YUN, CHANG

/ ARCHITECTURE / DESIGNER

ADDRESS : No. 4-1, Lane 2, Taian St, Zhongzheng District, Taipei City 10054 Country Taiwan

EMAIL : chen089018@gmail.com

PHONE : (+886)928476888

UK PHONE:(+44)7375067175

2020 - 2024 Nottingham Trent University

BArch (H) Architecture, Bachelor of Architecture

/ ACCOMPLISHMENT

1.Second Place for 2013 Taipei Freeware Poster Design

2.First Place for 2014 Taiwan Cyber Fair National Competition

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ABOUT

/GRADUATION PROJECT

THE INTERSECTION OF TRADITION AND INNOVATION NOTTINGHAM TEXTILE DESIGN AND LEARNING CENTER

This project aims to create a textile design learning center that combines tradition and innovation, located in Nottingham, a city with a long history in the textile industry. The design is not only a learning space, but also a place that pays homage to the history of the textile industry, integrating its evolution from the Industrial Revolution to the present day.

/01 KNITTING THE CITY

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The design is inspired by the rich history of Nottingham’s textile industry and the fusion of modern innovative technologies, covering the square area, Pavilion, and building areas. The overall design combines traditional and modern elements, reflecting the evolution of the textile industry.

THE

BROADMARSH SITE AT LOCATED AT

THE DYNAMIC JUNCTION OF MIDDLE PAVEMENT AND MIDDLE HILL IN NOTTINGHAM.

Exterior Perspective

This rendering shows a view of the Nottingham Textile Design and Learning Center from across the street, highlighting the building’s exterior design and its integration with the surrounding urban environment.

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innovative technologies, covering the square area, Pavilion, and building areas. The overall design combines traditional and modern elements, reflecting the evolution of the textile industry. Base location T-Stage Runway Community Link Base location Textile Technology Historical Memory Tourism Benefits Intro

/01 /PLANS

/AERIAL VIEW

This rendering shows an aerial view of the Nottingham Textile Design and Learning Center, highlighting the layout of the building and the surrounding green spaces from an elevated perspective.

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Ground Floor

/FLOOR PLANS

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First Floor

/FLOOR PLANS

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Second Floor Third Floor
/ CHENG-YUN, CHANG 11 / 62 2020- 2024 / PORTFOLIO /01 12. Facing brickwork 0 FFL -150 FFL 4. Concrete slab cast in situ 5. Vapour control layer between slab and insulation 9. Damp proof membrane on sand blinding 6. Rigid insulation below slab, tightly abuts wall, VCL over insulation 10. Perimeter insulation upstand to prevent thermal bridging 22. Reinforced concrete footing to structural engineers design 19. Rigid insulation to cavity of foundation wall 150mm min 17. Damp proof course dpc min 150mm above external ground level 7. Floor finish to suit project 8. Damp proof membrane above cast in situ concrete slab to structural engineers design 15. DPM lapped at least 50mm down the slab edge 20. Brick plinth finish to external leaf of foundation wall 11. 140mm lightweight thermally efficient blockwork strip foundation to structural engineer design 21. Thermoblock or similar, reduces thermal bridge 13. Breather membrane 16. Wall ties securing external cladding to steel frame 14. 90mm rigid insulation fixed to external face of steel studs 18. Anchors fixed to studs specified and designed by steel frame manufacturer 3. 100mm steel frame studwork at 600mm centres fully filled with insulation 2. Vapour control layer 1. 2 layers 12.5mm plasterboard 33. Insulated cavity barrier 31. 2 layers 12.5mm plasterboard 30. 225mm min. deep UltraBEAM metal joists 28. 100mm min. mineral wool quilt insulation 2. Vapour control layer 25. 70mm min. FFT1 resilient composite deep battens 1. 2 layers 12.5mm plasterboard 29. 25mm min. proprietary metal resilient ceiling bars at right angles to beams 26. 25mm min. mineral wool quilt 23. 5mm min. resilient flanking strip installed at perimeter and turned under skirting board 24. 22mm min. t&g flooring board on top of 19mm plasterboard 27. 22mm min. wood based board 12. Facing brickwork 13. Breather membrane 16. Wall ties securing external cladding to steel frame 32. Air tightness barrier around joists, lapped with vapour control layer 14. 90mm rigid insulation fixed to external face of steel studs 3. 100mm steel frame studwork at 600mm centres fully filled with insulation min 300mm 35. Filter fleece 48. Insulated cavity barrier - may not be required with full fill mineral wool insulation or alternative class A1 fire rated insulation 40. Plasterboard ceiling finish on battens 41. Concrete deck to SE design 37. Growing medium 42. 50mm screed to falls 43. Vapour control layer 44. 2 layers 140mm rigid insulation 46. Flashing lapped over waterproof membrane 45. Smooth gravel edge channel min 300mm 34. Retention trim 36. Light vegetation 39. Waterproof membrane 38. Drainage element, water reservoir and root barrier 47. Cavity tray and weep hole above cavity closer- may not be required with full fill mineral wool insulation 12. Facing brickwork 13. Breather membrane 14. 90mm rigid insulation fixed to external face of steel studs 2. Vapour control layer 1. 2 layers 12.5mm plasterboard
/DETAIL
/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 12 / 62 innovative technologies, covering the square area, Pavilion, and building areas. The overall design combines traditional and modern elements, reflecting the evolution of the textile industry. Base location
Community Link Base location Textile Technology Historical Memory Tourism Benefits Intro
Nottingham Textile Design and Learning Center Cheng-Yun, Entrance Hall Public Exhibition Area Textile Workshop
T-Stage Runway
The Intersection of Tradition and Innovation
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Innovation
D rec Ligh A ea Sunlight during Summer Thermal Mass Sunlight du ing W Sho Wave Rad a ion 2 yers 12 5mm pla b d 2 V p trol layer 3 00m d k at 600m tr fu y illed w h nsu ation Conc ab c in s 5. Vapour control layer be ween s ab and n ulation 6 Rig d b b t gh y b al VCL ove n u a ion F oor in h 8 Damp proo memb ane above cas n s u b ng d sig 9 Damp p oo membrane on sand blinding 0 Per me er nsu a on upstand to p even he b idg g t ip d ion tr t al engin er d sign 2 F ing b ick k 3 B her memb 4 90 ig d d t f ee s uds 15. DPM apped a leas 50mm down the slab edge 6. Wall es secu ing ex e nal c adding o s ee rame D p p dp mi b g d 8. A chor d t t ds spe d d d sign d b t f 9 Rigid lation y d ion all ick pli h in h al le da ion all he mobl ck or simi du he al b idge 22 Rein orced concre e oo ing o structu al engineers design 23 5mm mi silie king t ip tall d t pe ime er and ned under sk ing boa d 24 22mm mi t&g f ing b d on op 19mm pla b d 25. 0mm min FFT1 resilient ompos e deep ba ens 26. 25mm min mine al wool qui 27 22mm min wood based boa d 28 00mm mi mine al ol qui ion 29 2 mi p op y sili iling bar ight angl b 5mm mi d ep U BEAM m tal layers 5mm p b d Ai igh ba ie d apped h p tr laye 33 d c y ba ier 34 Re en ion rim 35. Fi er eece 36. Ligh vege a ion 37 G owing medium 38 D ai age leme t ir and ot ba ier 39 Wat p memb 40 P b d iling in h on b 4 Conc e d ck t SE d sign 42 50mm screed o al s 43 Vapour control ayer layers igid la ion S h g dge ch min 3 46. F hing app d o at p memb 47 C t y d p hol b y cl - y b equired w th ful mine a woo nsu a ion 48 d c y ba ier - y not b qui d h full ill mine al ol tion or a la A1 at d tion min 300mm 48. Insulated cavity barrier may not be required with rated insulation 40. Plasterboard ceiling finish 41. Concrete deck to SE design 37. Growing medium 42. 50mm screed to falls 43. Vapour control layer 44. 2 layers 140mm rigid insulation 46. Flashing lapped over waterproof membrane 45. Smooth gravel edge channel min 300mm 36. Light vegetation 39. Waterproof membrane 38. Drainage element, water reservoir and root barrier 47. Cavity tray and weep hole above cavity closer- may not be required with full fill mineral wool insulation 12. Facing brickwork 14. 90mm rigid insulation fixed to external face of steel studs 2. Vapour control layer 33. Insulated cavity barrier 31. 2 layers 12.5mm plasterboard 30. 225mm min. deep UltraBEAM metal joists 28. 100mm min. mineral wool quilt 2. Vapour control layer composite deep battens 2 layers 12.5mm plasterboard 29. 25mm min. proprietary metal resilient ceiling bars at right angles to beams 26. 25mm min. mineral wool quilt 23. 5mm min. resilient flanking strip installed at perimeter and turned under skirting board 24. 22mm min. t&g flooring board on top of 19mm plasterboard 27. 22mm min. wood 12. Facing brickwork 16. Wall ties securing external cladding to steel frame 32. Air tightness barrier around joists, lapped with vapour control layer 14. 90mm rigid insulation fixed to external fully filled with insulation 12. Facing brickwork 0 FFL 5. Vapour control layer between slab and insulation 9. Damp proof membrane on sand blinding 6. Rigid insulation below slab, tightly abuts wall, VCL over insulation 10. Perimeter insulation upstand to prevent thermal bridging 22. Reinforced concrete footing to structural engineers design 19. Rigid insulation to cavity of 17. Damp proof course dpc min 150mm above external ground level 7. Floor finish to suit project 8. Damp proof membrane above cast in situ concrete slab to structural engineers design 15. DPM lapped at least 50mm down the slab edge 20. Brick plinth finish to external leaf 11. 140mm lightweight thermally efficient blockwork strip foundation to structural engineer design 21. Thermoblock or similar, reduces thermal bridge 16. Wall ties securing external cladding to steel frame 14. 90mm rigid insulation fixed to external face of steel studs specified and designed by steel 3. 100mm steel frame studwork at 600mm centres fully filled with insulation 2. Vapour control layer 1. 2 layers 12.5mm plasterboard Tech Panel /01 FINAL
Cheng-Yun, Chang ( T0272074 )
DESIGN
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/01 /VIEW

T-Stage Runway

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Entrance Hall

/01 /VIEW

Textile Workshop

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Public Exhibition Area
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Audiovisual Exhibition Area Cafes

/01 /VIEW

Commercial Street

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Reception Desk

/THIRD YEAR PROJECTS

In this project I will be designing a hybrid housing in Bristol. After getting to know Bristol, although it is a seaport city, it is a vibrant urban oasis, a city with a long history and youthful vigor, I used the mind map to establish a preliminary design idea. I think a minimal design full of simple lines and geometric patterns is perfect for the Bristol style.

/02 SITES OF HYBRIDITY

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Main street (Boulevard) from Totterdown

Bridge in a northerly direction

This is the general design I hand-painted, the blue part is water, the black part is the street (Active Streets), the red part is the main street (Boulevard) from Totterdown Bridge in a northerly direction, Orange is all bridge access I designed five bridges leading to other areas, so that this area has a very convenient traffic direction, Green is my forest park and all vegetation areas, Pink is the area about Hybrid Housing Active Streets

SITES OF HYBRIDITY

LOCATION: BRISTOL, UK

MASTERPLAN

INTERETED DESIGN PROJECT: 2023

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Bridge Riverside Park Hybrid Housing
Water

/ENVIRONMENTAL STRATEGY

Situated adjacent to the new Riverfront Park in Bristol, this sustainable, predominantly residential, mixed-use community takes the unique environmental conditions into account. During winter, when the sun is low in the sky, the prevailing wind from the Southwest will be obstructed by the strategically placed buildings, as there is no long, straight route for a wind tunnel effect to form. This design consideration ensures that the wind doesn’t pick up high speeds and intensity. Further enhancing the community’s resilience to weather, lines of trees are planted along the streets to buffer the wind. Additionally, the streets are designed wide enough to allow wind to flow through, providing natural ventilation, creating a comfortable and climate-resilient living environment.

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/02/ENVIRONMENTAL STRATEGY

/STRATEGIES & CONDITIONS

As part of my strategy, I’ve decided to incorporate green outdoor walkways into my building design. These not only reduce maintenance needs but also enhance the structure’s energy performance by absorbing heat. This acts as a natural insulating layer, helping to reduce the building’s energy costs.

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Vegetation Growing Medium Filter Fabric Protetion Mat Root Barrier Layer Water Proof Membrane Drainage Mat

PASSIVE HEATING / SOLAR GAIN

PASSIVE COOLING & VENTILATION

/PROJECT

SPECIFICATION

PROJECT NAME HERE

CLIENT $59,000 BUDGET Osantenis natemporum

Client Company Name

IDEA & CONCEPT

Osantenis natemporum esequ amus dolenis autas erferrom sam, sinum quo berest, ilistio corest, con consequaspicem volores tiostinctem quos dolecta con nusamus a volest est utem quae. Culparia eum santit ommolor eperiantium

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/02
Sunlight during Summer Sunlight during Winter Thermal Mass Direct Light Area Short Wave Radiation

/02 /BUILDING REGULATIONS

/PART K - PROTECTION FROM FALLING, COLLISION AND IMPACT

1.Risers (the vertical sections): Traditionally, the guidelines suggest that the stair risers should be approximately between 150mm to 220mm in certain circumstances.

2.Going (the horizontal sections): Going of staircases should be 220mm minimum to 400mm

3.Pitch:Maximum pitch for stairs should be 42 degrees

4.Handrails: The specified height for handrails can vary depending on their application. For instance, residential and public spaces might have different requirements, but the common height range is usually between 900mm to 1000mm.

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Vents will be installed on the roof and in public spaces to ensure adequate ventilation, especially in lower temperatures.

Single Sided Ventilation:

Windows not only allow filtered light during the day but also facilitate ventilation. Cool wind can enter through one window, while warm air exits from another opening across the room.

Cross Ventilation:

Windows not only allow filtered light during the day but also facilitate ventilation. Cool wind can enter through one window, while warm air exits from another opening across the room.

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/PART B - FIRE SAFETY

It provides 120 minutes of fire protection.The external wall material for the ground floor is of concrete construction, The interior walls are constructed using Brick. The doors are fire-resistant, and fire extinguishers are placed throughout for easy access in case of a fire.

The distance from bedrooms to exits is precisely 9 meters. Bedrooms also feature emergency escape routes, leading either to a balcony or to an emergency window in the living room, which opens onto an open safety corridor. Additionally, there’s an alternative exit route available via the Rooftop farm.

According to the “Part B regulations on Fire Safety”, the travel distance to fire protection stairway exits in shops and commercial spaces should be 18m for one-way travel. The ground floor features multiple fire exits and firefighter access points. The design includes 8 fire stairwells.

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/PART M - ACCESS TO AND USE OF BUILDINGS

1.The main entrance boasts a width of at least 800 millimeters, facilitating easy wheelchair access.

2.Corridors have been thoughtfully designed with a width of 2000mm, allowing two wheelchair users to pass simultaneously without hindrance.

3.The ground floor features an open area meticulously planned for both bicycles and wheelchairs, ensuring adequate turning space and minimizing any potential congestion.

4.A dedicated accessible restroom is available, complete with a door that swings outward, catering to users with varying mobility levels.

5.The elevator is spacious, measuring 3000 x 3000 millimeters. This ample size ensures it can accommodate multiple users, both with and without mobility equipment. The space within the elevator also allows for smooth turning, enabling individuals to exit facing forward, thereby streamlining access.

Disabled Tolet:

1. Door with Handle

2.150*150 Wheelchair Turning Circle

3. Drop-down Rail

4. Toilet

5. Alarm Pull Cord

6. Sink

7. Sanitary Disposal Bin

8. Wall-mounted Grab Rail

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N Ground Floor Plan S:1/200 92 92 92 92 92 100 92 85 100 85 1850 6135 6135 85 4070 7770 85 85 85 85 85 2060 2225 85 2060 2225 Ac Ab Ad Ae Ag Ah Ai Af Aj Aa A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 Men's toilet Women's toilet Men's toilet Women's toilet Men's toilet Women's toilet Men's toilet Women's toilet Men's toilet Women's toilet Men's toilet Women's toilet Men's toilet Women's toilet Men's toilet Women's toilet Exhibition area and rest area Exhibition area and rest area Exhibition area and rest area Exhibition area and rest area Exhibition area and rest area Exhibition area and rest area Exhibition area and rest area Exhibition area and rest area Counter Counter Counter Counter Counter Counter Counter Counter 85 150 150 85 150 85 85 85 150 85 85 92 Staircase Staircase Staircase Staircase Staircase Staircase Staircase Staircase 100 100 100 100 100 100 100 100 100 100 1850 85 85 85 100 92 85 85 85 Accessible toilet Accessible toilet Accessible toilet Accessible toilet Accessible toilet Accessible toilet Accessible toilet Accessible toilet 150 150 100 100 100 100 100 HYBRID HOUSING T0272074 Household Plan S:1/50 N Kitchen Reception room Living room Bathroom Bedroom Balcony 310 275 100 335 370 695 325 325 405 100 100 100 100 100 180 215 150 265 255 265 01 A1 HYBRID HOUSING T0272074 Section Plan-01 S:1/50 280 3FL +1055 Concrete Brick H-beam steel Stone imitation brick 145 45 210 60 165 85 35 94 60 125 130 50 95 320 20 305 20 295 20 1040
/02 /CONSTRUCTION DRAWINGS
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HOUSING T0272074 N Third Floor Plan S:1/200 Ac Ab Ad Ae Ag Ah Ai Af Aj Aa A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 1850 6135 6135 4070 7770 2060 2225 2060 2225 1850 100 100 100 100 100 211 226 208 915 Elevation Plan-01 S:1/50 HYBRID HOUSING T0272074 280 3FL +1055 High Pressure Laminate Artificial stone countertop Embedded handle High Pressure Laminate 8mm Painted glass Exterior Wall Section Plan S:1/20 HYBRID HOUSING T0272074 320 40 40 10 10 15 290 20 40 15 225 15 1FL +335 GL +0 15 GF +15 40 10 15 260 20 40 15 280 2FL +615 Concrete Back to the soil Drip line Drip line
HYBRID
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/02 /OUTSIDE VIEW

My Bristol Hybrid Housing project combines the beauty of nature with modern living in a minimalist style. Located in the heart of a forest park, my building design seamlessly integrates with the natural surroundings while providing a comfortable and sustainable living space. In addition to its natural beauty, the building incorporates a bicycle workshop that encourages a sustainable and active lifestyle. I approach to design emphasizes simplicity, brightness, and openness, creating an inviting atmosphere for residents. With the use of renewable materials and smart technologies, my building achieves energy self-sufficiency while minimizing its environmental impact. I believe that this project will not only provide residents with a beautiful and comfortable home but also contribute to a more sustainable and harmonious community.

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/02 /INTERIOR VIEW

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/THIRD YEAR PROJECTS

BICYCLE MUSEUM

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/03

/BICYCLE MUSEUM

MASTER PLAN

The illustrative masterplan proposes a recognisable urban network of streets and squares. The linear park, being the main feature of the site afords a new setting for the warehouse buildings alongside amenity space for the residents and workers on site as well as users from the wider city.

In Masterplan this area will have residential, hotel, student residential, office, market and retail. It will be very convenient near the GNR building, although it will block some sunlight, but I can take advantage of the higher characteristics of this building for more efficient lighting and ventilation.

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/EXTERIOR AND INTERIOR:

The evolution of the appearance reference bicycle wheel.Then I the way things and posters hang on the wallproduct.And develop a 3D introduction screen in the lobby to achieve the feeling that the old era meets the new era

I incorporated the prominent features of columns into the design of the museum, using the visual residual impression of rotating bicycle gears to create a design similar to the structure of DNA. I really like the structure of the inner steel columns of Sendai Mediatheque. template to make the turbine-like structure in my final product.

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/BICYCLE MUSEUM

MASTER PLAN

The Creative Market repurposes existing warehouse buildings, with new additions to the south, featuring active frontages facing the park. The residential area is centrally located, close to the linear park, with green streets promoting play and social activity. Pedestrian-friendly southern streets extend the park atmosphere, while residential blocks include semi-private garden spaces above ground floor parking.

The north houses new offices and university spaces, extending from existing BioCity developments. Student housing encircles a multi-story parking facility with amenities in the northeast. A multi-story car park south of the Creative Market connects to Manvers Street, offering alternative access to the Virgin Active gym parking. City Link junction improvements enhance traffic flow, while access from London Road is limited to hotel guests and deliveries.

The first floor (podium) level features podium gardens above residential parking, providing shared outdoor spaces for residents. Townhouses have private gardens and roof terraces, with parking concealed behind dwellings or commercial spaces, activating the streetscape.

/03

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/EXTERIOR AND INTERIOR:

I like the way things and posters hang on the wallproduct.

I designed a 3D introduction screen in the lobby to achieve the feeling that the old era meets the new era

Combined with Masterplan, I took the lead in drawing the part about parks and roads After the rough planning is done, I start the design, I first considered the issue of sunlight and wind direction. Make and insert into the GNR building, The modern roof has a similar shape and outline as the original ruins. And make an extended cafe and drive-thru on the outside, the whole theme is mainly bicycles, and the design from them also uses bicycle feet Stepping on the structure to make the shape of the reinforced pillars, part of the window grips follow the original basket, Throughout the building we can see a very similar shape of windows.

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/03 /ORIGINAL MATERIAL:

In terms of material selection for the construction process, my focus is primarily on vintage restoration, using materials similar to those found in the GNR building. This mainly includes red brick, stone, and steel, among others. This approach better maintains the overall integrity and is more representative of the texture and essence of that era.

Sandstone: Nottingham’s geological features are primarily composed of sandstone. As a result, local architecture might have used sandstone as the main stone material. Bulwell stone and Mansfield stone are two examples of local sandstone.

Limestone: In some areas near Nottingham, limestone might have also been used as a construction material. One of the well-known types of limestone in the area is Ancaster stone, which has been used in several prominent buildings, such as Nottingham Castle.

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GNR Building Limestone

Steel and iron: The industrial revolution in 19th-century Britain led to the mass production of steel and iron, making them important choices for construction materials. Steel and iron were used for structural support in warehouses and industrial buildings, such as beams, columns, and roof components.

Red brick: Red brick was very common in 19th-century British architecture, particularly in industrial buildings and warehouses. Red brick is durable, can bear weight, and has good insulating properties

Timber: Although the use of timber was gradually replaced by brick, stone, and steel in 19th-century Britain, it was still used to a limited extent in certain architectural elements, such as flooring, roof structures, and interior decoration.

Stone: Stone was also common in 19th-century British architecture, especially in important public buildings and churches. Stone has high durability and weather resistance, but the cost is relatively higher.

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Steel & Iron Timber Red Brick Sandstone

/03 /INTERIOR & OUTSIDE VIEW

1.The entrance has a public entrance area for the sale of tickets, control of access and sale of merchandise. And in this hall there is a 3D stereoscopic image (four corner cones) that can be used to continuously introduce the content of this museum.

2.In addition to the 3D instruments in the lobby, a temporary exhibition space to accommodate a program of changing exhibitions, displays, projections and events. There are also public toilets behind this area for visitors to use.

3.A main about Raleigh Bicycle Company exhibition space In this area, there are items display area, poster information area, exhibition area, etc., and there are window designs that conform to GNR architecture.

4.The second floor houses an exhibit space and a café, and connects to the part of the drive-thru B building next door There will be a bridge with a view on both sides as a connection point.

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The modern roof has a similar shape and outline as the original ruins. And make an extended cafe and drive-thru on the outside, the whole theme is mainly bicycles, and the design from them also uses bicycle feet Stepping on the structure to make the shape of the reinforced pillars, part of the window grips follow the original basket, Throughout the building we can see a very similar shape of windows.

There is a dedicated drive-thru on the ground floor bicycle lane, which makes it easier to buy coffee and enjoy the scenery along the way while cycling

Looking into the park, you can feel the green style of the thick GNR buildings mixed with modern buildings, which is a good place to relax. My overall final appearance. The materials used are close to those used in GNR buildings, and there is enough ventilation and lighting design. It will not feel inconsistent in the Masterplan, and it is very natural to integrate into nature.

According to the Masterplan design, parks and bicycle lanes can be arranged around. The construction of bicycle lanes echoes the theme of the museum. The park can make the surroundings more beautified, and has the function of greening for people to have a picnic and rest after cycling. Here is a bird’s-eye view of each floor, you can clearly see all my plans

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/SECOND YEAR PROJECTS

/04 WHALE MUSEUM

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THE WHALE MUSEUM

LOCATION: WHIBTY, UK

REFURBISHEMENT AND EXTENSION

INTERETED DESIGN PROJECT : 2021

According to the Whitby Character Appraisal and Management Plan , any new building should retain the domestic scale, therefore, the new extension respects the site heights and preserves the protected views.

My task is to transform the Whitby friendship amateur row club into a whale Museum. I will use elements such as whales and lighthouses to design the museum. I plan to design the roof of the cafe like a huge tail rising from the sea level and the elevator like a lighthouse. The appearance of the whole museum is like the head of a whale, the cafe like the body of a whale connecting the head and tail to form a whale image.

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/04 /INTERIOR VIEW

I design with the abstract whale image. The appearance of the whole museum is like the head of a whale. I design the roof of the cafe as a huge tail rising from the sea level, and the cafe becomes the body of a whale connecting the head and tail to form a whale image. The elevator is designed as a lighthouse. When people take the elevator to enter or leave the exhibition hall, the change of visitors shows the success or failure of the exhibition theme on each floor of the museum, just as the lighthouse leads the exhibition direction of the museum.Because of the size of Kansai, I chose the skeleton of Orcinus orca as the exhibit.

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/

/THE IMMERSIVE EXHIBITION

SPACE WHERE

People will gain a deeper understanding of whales, their behavior, their natural abilities, and so on. This helps visitors see things from the perspective of whales and establish a connection with them.

Visitors will experience the harrowing act of whaling through the eyes of a whale. Set against a backdrop of menace, darkness, and peril, the final stage of the experience aims to provoke critical reflection on human behavior.

/ CHENG-YUN, CHANG 45 / 62 2020- 2024 / PORTFOLIO

/SECOND YEAR PROJECTS

THE CONNECTIVE HUB

LOCATION: BRISTOL, UK

MASTERPLAN

INTERETED DESIGN PROJECT: 2022

The site is located close to Temple Meads station and is surrounded by some important development sites. It is in the eastern edge of the city centre with a core area on the south of the Feeder canal. The brief was to design a residential masterplan in this old industrial part of Bristol.

About Sustainable beer brewery I try to integrate the appearance of the house with nature and use large transparent glass windows such that the people outdoor can watch the beer storage tank indoors. People in Central Park can rest, chat and drink beer.

/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 46 / 62
/05

The central park serves as an oasis of lush greenery, offering a myriad of amenities such as seating and recreational facilities. Here, tourists and residents alike can revel in the pleasures of the outdoors while savoring a glass of wine. Additionally, the park enhances the broader community by elevating the local environment and creating greening effects. Beyond the park, the neighborhood is an all-encompassing hub featuring a post office, shops, a basketball court, and even more tables and chairs for public use.

/ CHENG-YUN, CHANG 47 / 62 2020- 2024 / PORTFOLIO

/05 /FLOOR PLANS

At its core is a sustainable beer brewery, designed with eco-conscious principles to minimize its environmental footprint. Basic amenities are thoughtfully provided, including accessible toilets, stairs, and elevators to ensure ease of movement throughout the structure.

Indoor seating areas offer a cozy respite for socializing or solitary reflection.

/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 48 / 62
Ground Floor
/ CHENG-YUN, CHANG 49 / 62 2020- 2024 / PORTFOLIO
First Floor Second Floor Third Floor

/05 /INTERIOR & OUTSIDE VIEW

Stairs and elevators are public transportation routes within the community. This will lead to a more harmonious atmosphere among the communities.

/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 50 / 62
/ CHENG-YUN, CHANG 51 / 62 2020- 2024 / PORTFOLIO

/FIRST YEAR PROJECTS

/06

URBAN FARM

LOCATION:THE LACE MARKET, NOTTINGHAM

The Lace Market area is full of Victorian buildings, Gothic style buildings, and Renaissance style buildings. To blend with these buildings and not appear obtrusive, I think the minimalist style should be more suitable for the design of this project. The minimalist design of simple geometric shapes will not deprive people of the sight of historical monuments due to various exquisite and complicated shapes or decorations, and the generous and simple minimalist style still looks no less inferior to the historical monuments.

/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 52 / 62

I carefully inspected the well known buildings near High Pavement, including St Mary’s Church, County House, National Justice Museum, and The Lace Market Theatre, and found that these buildings are characterized by rectangular, triangular and even circular patterns, and some buildings have a lot of glass windows.

I will use circles, rectangles and triangles in the design of the overall building. The circle has the concept of circulation, so I will design a cylindrical building with many floor to ceiling windows, and a rainwater filtering device at the bottom, which represents the urban farm has the characteristic of recycles.

The Lace Market Theatre is shaped like a key, so the image of my building is like a key, a key to open history and mind.

/ CHENG-YUN, CHANG 53 / 62 2020- 2024 / PORTFOLIO
/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 54 / 62 /06
LEVEL CHANGE
/NORTH TO SOUTH & SOUTH TO NORTH SECTION THROUGH THE

/06 /FLOOR PLANS & SPACE SIZE

/ CHENG-YUN, CHANG 55 / 62 2020- 2024 / PORTFOLIO
/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 56 / 62 /07 /FIRST YEAR PROJECTS VISITOR CENTRE & TIMBER FRAME VIEWING PLATFORM ROCK CEMETERY 53 FOREST ROAD EAST, NOTTINGHAM, NG1 4HT, ENGLAND 52°57’52.2”N 1°09’22.2”W (52.96408, -1.156171)

/07 /TIMBER FRAME VIEWING PLATFORM

I think the visitor centre and viewing platform should have a literary atmosphere blends into the surrounding environment and has a symbol of death. I designed the visitor centre and viewing platform using the theme of symbolism and nature. The death of a person is like a fallen leaf returning to the land. I designed this visitor centre with the image of fallen leaves standing on the ground, symbolizing the return of the dead to the embrace of God.

The design of the timber viewing platform is simple and has a wide view. To collage the boards into the shape of leaves. The leaves lying on the ground represent dead that are both vivid and romantic. At the same time, add some hexagonal honeycomb structure elements to make the viewing platform more integrated into nature. The design of this viewing platform admits daylight, part of the viewing platform has a roof to block rain and snow, it is the design of enabling ventilation. The hexagonal honeycomb structure elements have the function of ventilation, and the entire wooden pillar supports the structure of the viewing platform, so it is extremely wind-resistant.

/ CHENG-YUN, CHANG 57 / 62 2020- 2024 / PORTFOLIO

/PLANS

/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 58 / 62
/ CHENG-YUN, CHANG 59 / 62 2020- 2024 / PORTFOLIO

/07 /VISITOR CENTRE

The visitor centre appearance is similar to the shape of a leaf, and the lines on the wall are like leaf veins. It has a natural beauty. The adjacent cloister combines elements of Renaissance and Gothic architecture, and together with the surrounding cemetery, it precipitates a historical and cultural beauty. The visitor center enters from the arch, and it can be seen from the exterior that it has the pointed arch element, and the roof is the pointed cross rib vault, which combines typical Gothic architectural elements (Fazio, Moffett, and Wodehouse, 2019). There are some columns inside the building, which combines the characteristics of Romanesque and Gothic architecture. The tinted glass wall is similar to the large stained glass of Gothic architectural style.

/ CHENG-YUN, CHANG 2020- 2024 / PORTFOLIO 60 / 62

/07 /FLOOR PLANS

/ CHENG-YUN, CHANG 61 / 62 2020- 2024 / PORTFOLIO

ADDRESS : NO. 4-1, LANE 2, TAIAN ST, ZHONGZHENG DISTRICT, TAIPEI CITY 10054

COUNTRY TAIWAN

EMAIL : CHEN089018@GMAIL.COM

PHONE : (+886)928476888

UK PHONE:(+44)7375067175

This portfolio is about Cheng-Yun University’s 4 years of study

2020-24 ACADEMIC YEAR SCHOOL:NOTTINGHAM
BARCH
ARCHITECTURE,
ARCHITECTURE
TRENT UNIVERSITY
(H)
BACHELOR OF
/ ARCHITECTURE
2020 - 2024 /CHENG-YUN CHANG BY
DESIGN

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