Architecture Portfolio by Moe Soe (v.2)

UNIVERSITYOFQUEENSLAND VOLUME01

POST-GRADUATESTUDIES

PORTFOLIO SCAN HERE: 2018-2024 MOE SOE SELECTEDARCHITECTURALWORKS

Moe Soe email: mmthihasoe@gmail.com ph: (+61) 400 762 040 website: www.moe-soe.com

Moe Soe ph: (+61) 400762 040 email: mmthihasoe@gmail.com linkedin: https://www.linkedin.com/in/moe-soe/

Education & Other Expected graduation: 2025

University of Queensland, Brisbane, Australia Master of Architecture (2022 - Present) Griffith University, Gold Coast, Australia Bachelors of Architectural Design (2018 - 2020) Industry Skills, Proficienct and experienced in AutoDesk Revit, AutoCAD and SketchUp Established understanding in Adobe Suite, Photoshop, InDesign, Illustrator and Premier Foundation skills in Lumion and Enscape

Relevant Courses/Units learnt Construction and Services, Griffith University • Extensive research towards industry related construction drawings • Produced solely by using AutoDesk Revit • Gained knowledge in building techniques

Course Co-ordinator: Dr Henry Skates

Architectural Practice: Management, University of Queensland Course Co-ordinator: Peter Dawson • Gained extensive knowledge in industry related contracts such as the CAA and ABIC • Proficient understanding of responsibilities of Architects based on the BOAQ and AIA regulations

Work Experience Brisbane DFO Airport ASICS, Sales Assistant (2023-2024) • Studied product information and was able to effectively communicate and explain to customers • Achieved and exceeded store KPIs by implementing effective sales strategies and providing exceptional customer service.

• Learnt and contributed to stocktaking process and inventory management Brisbane City Hyatt Regency, F&B Attendant (2022-2024) • • •

Worked effectively within a team in a high paced environment for a well-known and five star establishment Able to concoct drinks and create customised beverages tailored to customer preferences Developed a professional hospitality skills, including effective communication, time management and customer engagement

Leadership Experience Student Mentor, Griffith University (2019-2020) • Provided advice to my colleagues in regards to their studies in architecture • Showed understanding and empathy to other student’s situations and assisted with solutions to overcome challenges Student Prefect, Townsville Grammar School (2017) • Elected by my peers and teachers • Acted as a rolemodel student that represented the school • Organised events, speeches and carnivals

Skills & Interest Langages: Fluent in English and Burmese Efficient in Design Software: BIM/AutoDesk/Adobe Suite Interests: Graphic Design Posters

References Matthias Lohmann, F&B Manager of Hyatt Regency Brisbane ph: 0401 758 140 email: matthias.lohmann@hyatt.com

Pedram Assad, Assistant Manager of ASICS DFO Brisbane ph: 0481 787 203 email: pedram.assad@asics.com

MOE SOE M.Arch Student of UQ Post-Graduate architecture student interested in acquiring real-world experience within the industry. Imaginative, motivated, and interested in design with a collection of projects that show creative conceptualization, understanding of architectural techniques and proven execution abilities. Eager to contribute new ideas and collaborate on innovative projects, I aim to bring both artistic vision and technical proficiency to every opportunity.

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Contents Selected Works from 2018 - 2024

01

BURLEIGH HEADS SHOPHOUSES 2024, pages 3 - 10

02 2022, pages 10 - 16

522 FLINDERS LANE PROJECT

SANDCASTLES IN CABARITA 03 BUILDING 2020, pages 17 - 24 OFFICES 04 REVIT 2020, pages 25 - 30

02

01

BURLEIGH HEADS SHOPHOUSES

Site Location: 2/4 James Street, Burleigh Heads, QLD 4220 Curving walls for engagement/ invitation and visibility

Wire fencing for privacy & angled windows for reduced visibility

The Burleigh Head Shophouses project, which I initially undertook in my first year at university, tackles the challenges of density, cultural representation, and intimate design. Now revisited with a more seasoned eye, it has evolved into something richer—infused with a deeper understanding of space, community, and experience. What started as a design exercise has grown into a thoughtful exploration of how architecture can harmonize the needs of people with the soul of a place. In my first year, one of the key challenges I faced was, “How can I create something meaningful on such a small scale?” I often felt constrained, as though there wasn’t enough space to capture all my ideas. Looking back, my inspiration was shaped by the music video “Labyrinth” by Mondo Grosso, which portrays the artist navigating a maze-like cityscape in Hong Kong.

That sense of discovery and exploration within an urban environment resonated with me. I aimed to replicate that feeling in this project by designing a small alleyway that invites exploration, making it feel larger than it truly is. Additionally, I drew inspiration from spaces like James Street and Fish Lane in Brisbane, both of which are excellent examples of how architecture can engage and transform urban environments

03

Partial roofing provides shade while gaps in the platforms allow light to reach the lower levels.

04

Cross-section: 1A

Cross-section: 1B

05

Design Considerations

Reflected Concept:

03 Refining the concept addressed the challenge of balancing strategic roofing with limited sunlight.

Concept to form:

02 Adapting inspiration to form with 6 buildings that cooperate with each other and intertwine with the slope

Manifestation of Concept:

01 Inspirations drawn from Huaca Concept models

Several factors influenced the decisions made for this project. The building’s form was initially inspired by architectural concept models of the Peruvian Huacas. These models captivated me with their design, which integrated seamlessly with the ascending topography of the temples. Similarly, the site presented a challenging steep terrain, which shaped the adaptation of the design. The six buildings were carefully interwoven along the slope to harmonize with the landscape. Additionally, the roofing was strategically designed to balance two objectives: allowing sunlight to permeate throughout the building’s levels while providing effective weather protection.

06

Ground Level Floor Plan 8.

1.

3.

2.

5.

6..

4.

9.

7.

7.

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3.

5.

3.

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6..

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8.

1.

07

1.Bar/Cafe 2.Kitchen 3.Retail Shop 4.Changing Rooms 5.Staff Room 6.Cold Storage 7.Public Restroom 8.Cleaner’s Closet 9.Elevator

Level 1 Floor Plan

3.

2. 1.

4.

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2.

3.

5.

3.

1.

4.

2.

2.

4.

3.

1.

3.

4.

3.

4.

2.

1.

2.

1.

1.Bedroom 2.Bathroom 3.Kitchen/Living Room 4. Balcony 5. Elevator

08

East Cross-sectional Elevation

West Cross-sectional Elevation

09

10

02

522 FLINDERS LANE PROJECT

Site Location: 522 Flinders Lane, Melbourne, VIC 3000

Create voids to allow connection in between spaces

The 522 Flinders Lane office project was a deeply challenging yet profoundly thought-provoking endeavor. It required a delicate balance between the pragmatic demands of business functionality and architectural creativity, ensuring that every space was optimized for both efficiency and human engagement. From the flow of foot traffic at street level to the intricacies of carpark design, the project demanded a holistic approach to spatial planning. At its core, this design was driven by the concept of Karōshi, or death by overwork—a poignant metaphor for the tireless nature of office buildings themselves. The project sought to humanize these often sterile environments, urging us to reflect on why we continue to build office spaces in a post-COVID world, where the lines between home and workplace have blurred. This concept served as both a critique and a reminder of the enduring role architecture plays in shaping the way we live and work, even in times of profound societal change.

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Offset levels to create unique positions and spaces between levels

Include tenants needs and requirements.

Create a successful connection to the street level.

14

East Cross-sectional Elevation

West Cross-sectional Elevation

15

Typical Floor Floor Plan

Ground Floor Floor Plan

16

03

BUILDING SANDCASTLES IN CABARITA BEACH

Site Location: Cabarita Beach, NSW 2488

Extend the sites access point to fit the surrounding environment

Create intersecting spaces in the building

The Cabarita Beach Surf Club was one of my favorite projects due to its thoughtful approach to designing on the beach and connecting with the community. My project, ‘Building Sandcastles in Cabarita Beach,’ drew inspiration from the way sandcastles—shaped from the surrounding sand—reflect our earliest beach memories. Just as these creations are temporary and constantly evolving, the design concept emphasized local materials, impermanence, and flexibility, allowing the building to adapt and innovate over time. This project featured a thatched straw roof and a modular design that interconnected various parts of the building. Sections could be added or removed based on necessity, making the structure adaptable. The building was also designed for easy deconstruction, reinforcing the project’s emphasis on impermanence. This approach not only supported the concept but also encouraged community engagement and interaction with the space

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Source materials from the site to reflect its original character

Design Considerations

Design roof draws from surrounding topography, as well as extrudes to create differentation and irregularity.

The building structure incorporates the Japanese joinery technique, enabling it to be disassembled and reassembled for versatile uses

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19

Floor Plan

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21

22

North Elevation

West Elevation

23

Isometric View

24

04

REVIT OFFICE BUILDING SHOWCASE

Course: Construction & Services (3rd Year) Supervisor: Dr. Henry Skates GPA Achieved: 7

moe.soe@griffithuni.edu.au

Moe Soe s5134381 Cover Sheet Project number Date

Project Number Issue Date

Drawn by

Author Checker

Checked by

A100

Sheet List Sheet Number

Sheet Name Ground Floor Plan Typical Floor Plan Foundation Plan Reflected Ceiling Plan Ground Floor Section 1 Section 2 Steel & Masonry Roof Detail Glass & Timber Roof Detail Steel & Masonry Wall Detail Glass & Timber Wall Detail Steel & Masonry Foundation Detail Glass & Timber Foundation Detail 3D Detail Cover Sheet

21/05/2020 4:10:18 PM

A101 A102 A103 A104 A105 A106 A107 A108 A109 A110 A111 A112 A113 A100

This project is an assessment for the Construction and Services course. It required me to design a simple office building using four main construction materials: glass, masonry, steel, and wood. I created detailed construction drawings using the BIM software Autodesk Revit. Working on this project improved my proficiency in Revit, enabling me to successfully complete and navigate its tools and workflows effectively. The project also involved researching how these materials are used in construction and how key elements, such as flashings, insulation, waterproofing, and joints, are included in a building’s design. This helped me better understand the role of these components in making a building functional and durable.

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moe.soe@griffithuni.edu.au

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Moe Soe

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s5134381 A 4255

1345

3740

3500

3760

2700

2491

Ground Floor Plan

B

Presentation Room

Storage 3200

3150

Server Room

C 2190

Drawn by

Author

Checked by

Checker

A101

1751

2159

1151

5550

2190

Female

Project Number Issue Date

Date

2400

2400

5600

Project number

Male

Scale

1 : 100

21811

D

12219

5500

6691

Fire Exit

Reception Area

Open Office Plan

3770

2970

2041

E

Kitchenette

F

5530

5500

5500

5125

22201

GROUND FLOOR 21/05/2020 4:10:20 PM

1 : 100

moe.soe@griffithuni.edu.au

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5

Moe Soe

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s5134381 A

Typical Floor Plan

3250

3250

Open Office Plan 2

SD

SD

SD

5590

2800

Male

750

B

Project number Date

SD

3850

SD

C

Project Number Issue Date

Drawn by

Author

Checked by

Checker

Female

A102 24960

3650

5560

Open Office Plan

Scale

1 : 100

D

6691

5500

SD

E Private Office Kitchenette

Meeting SD

5219

SD

3719

F

11030

5500

8320

24850

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TYPICAL FLOOR PLAN 1 : 100

21/05/2020 4:10:45 PM

1

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moe.soe@griffithuni.edu.au

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Moe Soe 5530

5500

5500

5125

3195

A 3250

s5134381

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5550

Foundation Plan 1800 x 1200 x 450mm EL.-4150

Project number

5500

1800 x 1200 x 450mm EL.-4150

1800 x 1200 x 450mm EL.-4150

Project Number Issue Date

Date

C

Drawn by

Author

Checked by

Checker

1800 x 1200 x 450mm EL.-4150

A103 D

Scale

5500

1 : 100

1800 x 1200 x 450mm EL.-4150

1800 x 1200 x 450mm EL.-4150

1800 x 1200 x 450mm EL.-4150

5151

E

F

FOUNDATION 1 : 100

21/05/2020 4:10:48 PM

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moe.soe@griffithuni.edu.au

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Moe Soe

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s5134381 A

B SD

SD

SD

Reflected Ceiling Plan Ground Floor Project number

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D 2

Date SD

Project Number Issue Date

SD

Drawn by

Author

Checked by

Checker

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C

A104 1 : 100

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2

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Scale

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SD

E 3 SD

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GROUND FLOOR 1 : 100

21/05/2020 4:10:51 PM

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F

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B

A moe.soe@griffithuni.edu.au

5160

5500

5500

5550

3250

Moe Soe 1

s5134381

A108

1

GREEN ROOF

A107

22600

Section 2 4TH LEVEL 17600

Project number

1

2

A110

A109

Project Number Issue Date

Date Drawn by

Author

Checked by

Checker

3RD LEVEL 13200

A106 Scale

1 : 100

2ND LEVEL 8800

TYPICAL FLOOR PLAN 4400

2

1

A111

A112

GROUND FLOOR 0

P1 -3500

FOUNDATION -3700

Section 2 1 : 100 21/05/2020 4:11:00 PM

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moe.soe@griffithuni.edu.au

Moe Soe

Parapet Capping

Wood Blocking

Backing & Metal Flashing

Metal Flashing

s5134381

Parapet Capping Wood Blocking

Air & Moisture Barrier

Backing & Metal Flashing

Concrete Masonry Unit

Metal Flashing

Protection Course Retension Tee

Water Repellent

Flashing Gravel

Run-off Drain

Protection Course

Masonry Veneer Soil

Runoff Drain Soil

Steel & Masonry Roof Detail

Thin Mortar Bed

Retention Tee

Metal Stud

Project number Gravel

Filter Fabric

Filter Fabric Resevoir Layer

Resevoir Layer

Steel Spacing Battens

Date

Project Number Issue Date

Flashing

Wall Tie Moisture-Retention Layer

Drawn by

Author

Checked by

Checker

Steel Girt

A107

Rigid Insulation Rigid Insulation

Steel Cladding

Vapor Barrier

Waterproof Membrane

Scale

1 : 10

Second Aeration Layer

Primary Concrete Beam 300x600mm

Supporting U Beams

Air Barrier Building Wrap

Cover Board Moisture-Retention Layer

Rigid Insulation

Aeration Layer

Rigid Insulation Vapor Barrier

Wall Sheathing

Second Aeration Layer

Supporting U Beams Cover Board Concrete Slab

Concrete Slab

Primary Concrete Beam 300x600mm Primary Concrete Beam 300x600mm

Masonry Wall to Roof 1 : 10

2

Steel Wall to Roof Detail 1 : 10

21/05/2020 4:11:03 PM

1

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moe.soe@griffithuni.edu.au

Moe Soe

Parapet Capping Rigid Insulation Metal Flashing

Metal Flashing

Parapet Capping

Metal Flashing

s5134381

Wood Blocking Sealant Bead

Backing & Metal Flashing

Perforated Panel Protection Board Double-glazed glass 12mm

Metal Flashing

Glass & Timber Roof Detail

Concrete Blockwork Parapet Wall Protection Course Brackets

Air & Moisture Barrier

Hardieplank Weatherboard Cladding

Flashing Curtain Wall System

Gravel

Air & Moisture Barrier

Gravel

Timber Stud

Run off Drain

Runoff Drain Protection Course

Soil

Vertical Timber Battens Sheathing Board

Resevoir Layer

Retention Tee

Project number

Project Number Issue Date

Date

Resevoir Layer Primary Concrete Beam 300x600mm

Drawn by

Author

Checked by

Checker

Flashing

Horizontal Timber Battens

Firestopper

Soil Filter Fabric

Filter Fabric

Waterproof Membrane

A108 Scale

1 : 10

Moisture Rentention Layer Breatheable Wall Wrap Membrane

Moisture-Retention Layer

Aeration Layer Rigid Insulation

Aeration Layer Rigid Insulation

Vapor Barrier

Rigid Insulation

Second Aeration Layer

Vapor Barrier

Supporting U Beams

Second Aeration Layer Cover Board

Supporting U-Beams

Concrete Slab Primary Concrete Beam 300x600mm

Cover Board Concrete Slab

Primary Concrete Beam 300x600mm

Primary Concrete Beam 300x600mm

Glass Curtain Wall to Roof 1 Detail 1 : 10

Timber Wall to Roof Detail

2

21/05/2020 4:11:06 PM

1 : 10

moe.soe@griffithuni.edu.au

Moe Soe s5134381 Gypsum Wall Board Air & Moisture Barrier

Concrete Masonry Unit

Steel Spacing Batten

40mm service cavity (counter battened) Skirting Board

Wall Sheathing Steel Girt

Primary Concrete Beam 300 x 600mm

Metal Stud

40mm service cavity (counter battens)

Vapour Retarder Rigid Insulation

Wall Tie

Oak Flooring

Project Number Issue Date

Rigid Insulation

Waterproof Membrane Rigid Insulation

Air Barrier Building Wrap

Project number Date

Skirting board

Steel Cladding

Waterproof Membrane Oak Flooring

Steel & Masonry Wall Detail

Gypsum Wall Board

Rigid Insulation Concrete Floor Slab

Water repellent Masonry Veneer

Drawn by

Author

Checked by

Checker

Transition Membrane

Vapour Retarder Air Cavity Concrete floor slab

A109 Thin Mortar bed Scale

1 : 10

Metal stud Primary Concrete Beam 300 x 600mm

Gypsum Wall board

Wall Sheathing

Primary Concrete Beam 300 x 600mm

Metal Stud Gypsum Wall Board

Steel Wall Detail

2

Masonry Wall Detail 1 : 10

1 : 10

21/05/2020 4:11:09 PM

1

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moe.soe@griffithuni.edu.au

Moe Soe s5134381 Concrete Masonry Unit Gypsum Wall Board

Steel Spacing Batten

Wall Sheathing

Steel Girt

Gypsum Wall board

Air & Moisture Barrier 40mm service cavity (counter battens)

Water repellent Masonry Veneer

Wall Tie

Rigid Insulation Skirting Board

40mm service cavity (counter battens)

Metal Stud Oak Flooring

Steel & Masonry Foundation Detail

Rigid Insulation

Steel Cladding

Skirting Board

Vapour Retarder

Primary Concrete Beam 300x600mm

Rigid Insulation

Project number

Oak Flooring

Air Cavity

Waterproof Membrane Waterproof Membrane

Concrete Floor Slab

Project Number Issue Date

Date

Thin Mortar bed Drawn by

Author

Checked by

Checker

Rigid Insulation Air Barrier Building Wrap

Vapour Retarder Concrete Floor Slab

A111 Wall Flashing

Scale

Metal Drip Edge (counter flashing)

Bridge Flashing

Primary Concrete Beam 300x600mm

Flashing Membrane

1 : 10

Foundation Wall Primary Concrete Beam 300x600mm

Backer rod and sealant Primary Concrete Beam 300x600mm Metal Stud

Movement gap

Gypsum Wall Board

Shelf angle Metal Stud Gypsum Wall Board Embeded Welded Plate Plate Angle Support Foundation Wall

Steel Wall to Foundation 1 Detail 1 : 10

Masonry Wall to Foundation 1 : 10

21/05/2020 4:11:16 PM

2

moe.soe@griffithuni.edu.au Hardieplank Weatherboard Cladding

Horizontal Timber Battens

Air & Moisture Barrier

Moe Soe

40mm service cavity (counter battens)

Timber Stud

Vertical Alluminum Mullions

Concete Column 320x320mm

Oak Flooring Double-glazed glass 12mm

Waterproof Membrane

Vertical Timber Battens

Gypsum Wall Board

Bottom Wall Plate

Vapour & Air permeable membrane adhered to floor

Brackets

Vapour Retarder

Firestopper

Concrete floor slab

Horizontal Alluminum Mullions

Primary Concrete Beam 300x600mm

s5134381

Rigid Insulation Skirting board

Rigid Insulation

Primary Concrete Beam

Breatheable Wall wrap membrane

Oak Flooring

Glass & Timber Foundation Detail

Waterproof membrane Sill Plate

Rigid Insulation

Project number

Sill gasket above and below termite shield

Vapour Retarder Concrete Floor Slab

Date

Project Number Issue Date

Termite Shield

Drawn by

Author

Checked by

Checker

Weep Screed/Capillary Break

Primary Concrete Beam 300x600mm

A112 Scale

Protection Board

1 : 10

Waterproof Membrane Primary Concrete Beam 300x600mm

Snap Cap Pressure Plate

Foundation Wall Draining Mat

Footing Drain

Foundation Wall Metal Stud Metal Stud

Gypsum Wall Board

Gypsum Wall Board

Timber Wall to Foundation 2 Detail 1 : 10

21/05/2020 4:11:19 PM

Glass Curtain Wall to Detail 1 Foundation 1 : 10

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