PORTFOLIO Architecture 2023
Joshua Muldeary Selected works CV 2021 -2023
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J O SH UA M U L DEARY
I’m Joshua Muldeary, a graduating BA student of architecture at Swinburne University. Since 2020 I’ve embarked on a journey that has enabled me to visually communicate architectural design and methodologies; while developing an understanding of the importance of maintaining both a combination of vision and adaptability. My own practice is motivated by the way architecture influences memory. My academic pursuit has unveiled the profound connection between the built environment and our recollections. I am fuelled by a deep fascination and an unwavering eagerness to explore historical architecture through a modern lens. I hope to continue to progress in my professional career by uniting modern functionality and rationality with the meaningful and lasting connections historical architecture aimed to form with its surrounding environment and inhabitants. Through my studies, I’ve learned to appreciate the intricate stories etched into the walls of ancient structures, and I’m passionate about preserving their legacy while reimagining them for the contemporary world. With an innovative perspective, I aim to bridge the past and present, creating spaces that resonate with history while embracing the future. Page 3
JOSHUA MULDEARY 2 Freda Street Hughesdale, Melbourne Mobile: +65 0487 436 605 Email: jjmuldeary@gmail.com Works: issuu.com/jjmuldeary
Academic 2021 - 2023 2020 2014 - 2019
Bachelor of Design Architecture
at Swinburne Univeristy of Technology
Diploma of Design (Unilink)
at Swinburn University of Technology
Victorian Certificate of Education at De La Salle College
Achievements 2023
Visual Communications
2023
Swinburne Professional Practise Award
2023
Swinburne Award for Excellence
Highest Scored Folio nominated
Nominated
Personal Interests Photography, Visual Communications Design, Reading, History and Historical Architecture
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Studio Projects 3rd Semester
ProtoLab
4th Semester
Sound Wall
5th Semester
Moving Lights
6th Semester
BIM
6th Semester
The Platform
Designing Swinburne’s Technology Laboratory designed to combat a singular element of nature A kinetic architectural Installation Re-design of Swinburne’s AMDC building A Museum for Newport aimed to act as a cumminity centre
Skills Rhinoceros
7
|
Revit
|
Adobe
photoshop
|
Adobe
illustrator
|
Adobe inDesign | Lumion | TwinMotion | Enscape | Model making
References Dr WeiJie Hu - whu@swin.edu.au - +61392144337 Lecturer, Swinburne University of Technology, Architecture PHD Dr Pantea Alambeigi - Palambeigi@swin.edu.au - +61392148469 Lecturer, Swinburne University of Technology, Architecture PHD Dr Yalda Sourani – ysourani@swin.edu.au Tutor, Swinburne University of Technology, Architecture PHD
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CONT
02
Sound Wall (14-17)
01
03
(8-13)
(18-21)
ProtoLab
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Movin
TENTS
ng Lights
04
BIM (22-25)
05
The Platform (26-31)
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Swinburne Technology Laboratory
Proto-Lab Academic Project
Laboratory and workshop for Swinburne University of Technology John St, Hawthorn Vic. 2022
Softwares
Rhinoceros 7 + Enscape Adobe Photoshop + Illustrator
This project was to design an extension to the existing Protolab and workshop at Swinburne University. In collaboration with two other students we aimed to address three fundamental questions that would guide our design process: “What long-term considerations should we make?”, “What type of space would you like to have more of?”, and “What logistical challenges do you currently face?”.
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01
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Form Narrative
01. SITE LOCATION Swinburne University, TB & TC building
Access
02. SITE MASSING Simple Shape
Easements
Scale 1:800 Water Lines & Drains High Voltage Power
03. RESHAPING STRUCTURE Adjusting building height
04. CREATE FACADE Triangular Panels - Angular Profile
05. RESHAPING ROOF Roof detailling and connection
06. FINAL MODEL Adding details, Doorway & Skylight
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Contours
1m
Scale 1:800
Existing Condition Corregated Sheet
Sheet Joinery
Exploded Joinery
Centre Steel Piece Steel Rods Steel Sq Tubing
Glass in frame
Glass Panels
Frame Joinery
Steel Frame
38900 8400
7500
40300
22900
10650
16800
8400
13000
9000
1
3
7200
4
2
3
4
13350
7200
3500
3500
11700
A401
-
A401
22500
22550
22500 22550
3900
-
7
5
2800
1. Wet room 2. Tb building 3. Workshop 4. Storage 5. Elevator 6. Classroom 7. Laser cut and 3D print space
3200
5
1. Assembly Space 2. Lounge 3. Kitchenette 4. Office 5. Elevator 6. Classroom
SECTION BREAK
GROUND FLOOR PLAN RENDERED ARC20001 Architectural Design Studio 2
ARC20001 Architectural Design Studio 2 0m
2.5m
5m
10m
20m
9200
6 DOWN
UP
2800
11450
2
6000
9000
1
6
Joshua Muldeary
7000
22900 11200
ASSIGNMENT 3 Protolab Extension
Scale 1 : 150 Project No. 3 05 / 06 / 2022
Joshua Muldeary
A204
0m
2.5m
5m
10m
20m
ASSIGNMENT 3 Protolab Extension
FIRST FLOOR PLAN RFLRENDERED +14500
Scale 1 : 150 Project No. 3 05 / 06 / 2022
FFL +4700
GF +500
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A205
Access | Circulation
First Floor Office Kitchen
Assembly Area Class Room
Elevator
Ground Floor First Floor
Workshop John Street Access
William Street Access
Storage
Laser Cutting & printing Class Room
TB Access
Ground Floor TB Access
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Rendered Views
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Elemental Response Feature
Sound Wall Academic Project
Elemental response feature piece for Swinburne University of Technology John St, Hawthorn Vic. 2022
Softwares
Rhinoceros 7 Adobe Photoshop + Illustrator
This project explored acoustics and how they function within small scale architecture. The design features a sound-absorbing and redirecting wall, while also providing a comprehensive analysis of its design and functionality Accompanied by an in-depth examination of its impact on sound dynamics and spatial acoustics.
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02
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Acoustic Types
03. Covering
4800 1250
50
2300
2700 2000
275 135
02. Blocking
01. Absorption
650
1250
Detail
35
2750
3400
130 35
Section
20
Plan View
Side Elevation
130
Section
70 200
4800 4800
575
3650
575 Wood Support
Smooth Concrete
3365 3400
Wool Insulation
35
Guildford of Main
Front Elevation
Back Elevation
DIA30001 Construction 3: Sustainability 0m
Joshua Muldeary
DIA30001 Construction 3: Sustainability PAGE 16 Joshua Muldeary
0m
5m
15m
ASSIGNMENT 3 Active Environmental Components
3m
1m
30m
Detail 1:5
50m
ASSIGNMENT 3 Active Environmental Components
SCHEMATIC PLANS
Scale 1 : 40 Project No. 3 24/ 10/ 2022
A103
SOUND ANALYSIS
Scale 1 : 500 Project No. 3 24/ 10/ 2022
A102
Performance Analysis
The main source of sound is Burwood road, sound then bleeds into quieter areas, including the site location. Burwood Road will act as a linear source of sound and the main target that the design will seek to reduce noise pollution from. Through small scale 3D printed test models, testing results showed a 20-25% reduction in sound.
45 Degrees
45 Degrees
35 Degrees
20 Degrees
30 Degrees
40 Degrees
35 Degrees
45 Degrees
45 Degrees
40 Degrees
30 Degrees
20 Degrees
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Moving Architecure Installation
Moving Lights Academic Project
Moving architecture installation, mechanism and design visual communcations
Softwares
Rhinoceros 7 + Enscape Adobe Photoshop + Illustrator
The project primarily focuses on visual communication skills rather than architectural design. We were tasked with creating a moving installation that embodied and represented an allegory from a chosen mythological story and from those compose multiple diagrams and a series of seven posters
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03
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Bolts
Down
Connecting plate
Motion Effect
Form Narrative
Ceiling
The final design has a significant amount of and different kinds, they work via interlocking parts like the hinges. Others work by holding up against each other. The joinery adds quite a lot of fabrication elements to the design, as such the fabrication process needed to be efficient and well designed in of itself.
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Open The motion diagram illustrates the various points of motion and movement in the design. It also shows what elements connect to each other and where others overlap. The illustration tries to systematically and artistically deliver a perception of motion. The linear and circular motions developed through both projects proved to be the most efficient and fabrication friendly ways of developing a moving manual system.
Having multiple points of motion complicated the design
The closed position of the machanism is 250mm high as required. Utilises a compacting cascading tubular system to maximise height without having to sacrifice too much height for the pyramid lighting components Largely unchanged version of the original design, keeping the existing porportions
Concept
MOTION
Closed
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ADMC Redesign and Renovation
BIM
Academic Project
Facade and internal Redesign for Swinburnes Advanced Manufacturing and Design Centre John St, Hawthorn Vic. 2022
Softwares
Revit + TwinMotion Grasshopper + Simulations Adobe Photoshop + Illustrator
This project was to redesign and renovate the AMDC building at Swinburne University. It was a collaboration of four students, that focued heavily on workflow, task managament and professional BIM practises. We were to utilise these tools to create two facade options and a compresive program redesign of four floors.
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04
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Workflow
Program- Existing & Proposed
Floor 5
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Floor 6
Floor 7
Floor 8
Acoustic Analysis - Before & After
Internal Redesign
Facade Options
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Newport Museum
The Platform Academic Project
Museum for the suburb of Newport 26 Champion Rd, Newport Vic
Softwares
Rhinoceros 7 + TwinMotion Adobe Photoshop + Illustrator
Walkthrough https://youtu.be/8mdqlO8JUko?si=jxL8oLkhKG5K6MSl
The Platform
aims to reunify the
currently disconnected South residential area of NewPort with the North directly across the trainline through the use of a bridge. This will allow the creation of a new community centre that both celebrates the rich history of the area through museum exhibitions while embracing modernity with event areas, park space, community garden and library.
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Form Narrative
Analysis
Commercial Heritage Residential Service Industrial
Systems
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Program
Materiality
Floor Plans
Elements
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Rendered Views
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Rendered Views
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PORTFOLIO Architecture 2023
Contact Me Mobile: +65 0487 436 605 Email: jjmuldeary@gmail.com