Epsilon project — exterior render, social housing and childcare, Preston Melbourne
Epsilon project — porous facade and Silvertop Ash cladding detail
Epsilon project — concrete arcade and upper volume render
Epsilon project — interior render showing radial childcare plan
Epsilon project — residential housing unit interior with European Oak finishes
Quinn Kacic-Midson — architectural photography portfolio
Delta project — civic sanctuary beneath the Yarra River rail corridor, Melbourne
Tectonics project — University Study Hub exterior render, 154 Leicester Street
Tectonics project — tectonic facade assembly with expressed structural joints
Tectonics project — interior study hub render showing structural hierarchy
Quinn Kacic-Midson — architectural photography, built environment
Quinn Kacic-Midson — architectural render, personal works series
Delta project — axonometric drawing, library beneath rail corridor Enterprise Park
Delta project — interior library render, quiet refuge beneath Melbourne rail viaduct
Delta project — underpass site plan showing structural plinth and parkland preservation
Epsilon project — balcony structure detail with Silvertop Ash and Japanese joinery
Quinn Kacic-Midson — personal works architectural photography
Delta project — civic section drawing showing hollow column drainage into the park

Quinn Kacic-Midson My portfolio brings together three years worth of work at the University of Melbourne, in the Bachelor of Design, with a consistent thread of raw material and tectonic expression. Each project demonstrates my commitment to real-world constructability, beyond pure academic concepts.

Epsilon
Delta
Architecture Tectonics
Gamma
Representing Architecture
Works

A capstone thesis on programmatic sustainability — 120+ affordable dwellings in Preston designed to adapt as residents' lives change.

A public library inserted beneath heavy rail at Enterprise Park, trading commercial logic for open space and civic presence.

The Seagram Building rebuilt at 1:1 in Rhino — a first encounter with precision modelling that sparked a lasting obsession with the International Style.

Compact housing at Macarthur Place, Carlton: stacked modules around intimate courtyards, anchored by a dramatic arched threshold.

A student hub designed from the inside out — every structural and material choice examined, documented, and justified.

Surreal interventions on contested Hobart architecture — 3D renderings that pull buildings apart as political commentary. First place, ADFAS Photographic Competition.

Epsilon project — exterior hero render, social housing and childcare co-located in porous light-optimised grid, Preston Melbourne
Epsilon project — interior hero render showing light-optimised communal spaces within social housing

Design Studio Epsilon

This project argues for "Programmatic Sustainability", positing that true resilience is social, not just material. Responding to Preston's disconnect between housing costs and childcare access, the design co-locates both within a porous, light-optimized grid. By reconciling a rational framework with a radial, regulation-driven ground plane, the architecture fosters a supportive ecosystem where flexible "undetermined" interiors grant families genuine spatial agency.

This project argues for "Programmatic Sustainability", positing that true resilience is social, not just material. Responding to Preston's disconnect between housing costs and childcare access, the design co-locates both within a porous, light-optimized grid. By reconciling a rational framework with a radial, regulation-driven ground plane, the architecture fosters a supportive ecosystem where flexible "undetermined" interiors grant families genuine spatial agency.

Epsilon project — solar analysis generating porous site plan guaranteeing year-round light access

01A solar analysis generates the plan, creating a porous site that guarantees year-round light.

Project Epsilon render detail

02A palette of honest materials grounds the architecture in its native landscape.

Project Epsilon render elevation

03The childcare's radial plan is a direct response to supervision regulations in Australia, allowing staff in the central conversation pit to see every corner.

Project Epsilon render detail

04Load-bearing bookcase columns create seating nooks, freeing the facade for an uninterrupted radial glass wall.

Project Epsilon render detail

02A palette of honest materials grounds the architecture in its native landscape.

Project Epsilon render elevation

03The childcare's radial plan is a direct response to supervision regulations in Australia, allowing staff in the central conversation pit to see every corner.

Project Epsilon render detail

04Structured play spaces balance freedom with safety, designed to spark imagination while meeting rigorous supervision standards.

D.01 Wall / Roof Junction

D.01 Wall / Roof Junction

Melbourne's rainfall codes demanded a gutter capacity that challenged my desire for a clean geometry. I resolved this by expanding the wall assembly to fully conceal the box gutter. This bespoke detail creates a crisp, plumbing-free parapet, ensuring the upper volume reads as a singular mass of Silvertop Ash resting on the concrete arcade.

D.02 Window to Floor Junction

D.02 Window to Floor Junction

I defined the threshold between public and private through a distinct shift in material scale. To break the repetition typical of social housing, the exterior features alternating Ash boards with staggered fixings. Inside, I transitioned to 350mm European Oak planks, using the wide grain to establish a warm, domestic sanctuary against the muted Australian landscape.

D.03 Balcony Structure

D.03 Balcony Structure

To conceal services within a pure structural form, I engineered a connection reminiscent of Japanese joinery. By cutting through-mortises into the laminated columns, I created a rigid internal ledge to support the cross-beams. This honest detailing ensures the Silvertop Ash is not merely a facade, but a carbon-sequestering skeleton grounded in its Australian context.

D.04 Balcony Slab Junction

D.04 Balcony Slab Junction

Architecture creates movement that must be resolved. To terminate the balcony's vertical momentum, I engineered a custom steel bracket cast directly into the slab. This connection anchors the downward force, ensuring the timber feels firmly grasped by the earth. The floating deck then softens this grounding, mediating the scale between structure and landscape.

Epsilon Section Part 1
Epsilon Section Part 2
Epsilon Section Part 3

Design Studio Delta

Can a neglected underpass act as a civic sanctuary?

Delta project — exterior render of civic sanctuary beneath Yarra River rail corridor, Enterprise Park Melbourne
01
Delta project — acoustic mass acting as shield against overhead rail infrastructure
The architectural mass acts as an acoustic shield against the overhead rail infrastructure.
02
Delta project — ground plane extending into quiet urban refuge beneath the rail viaduct
Within this protected zone, the ground plane extends to form a quiet refuge from the city.
03
Delta project — hollow column rain drainage and glass library threshold merging with site
Hollow columns drain rain into the park, allowing a fluid glass threshold to merge the library with the site.
04
Delta project — overhead photograph of 3D-printed physical model situated beneath rail corridor
Overhead photograph of the physical 3D-printed model, situated in-site beneath the rail corridor.
05
Delta project — wide render showing sub-structural urban plinth beneath Melbourne rail corridor
Placeholder copy over three lines of bold body text describing the content succinctly.
Enterprise Park, Melbourne.
Delta project — axonometric drawing of The Library in the City, structural assembly unrevealed
Delta project — axonometric drawing of The Library in the City revealing tectonic structural system

The Library in the City

Context: Addressing the deficit of defined civic squares within Melbourne's colonial grid, the project interrogates the residual void of the Yarra River rail corridor. Intervention: The volume occupies the underpass shadow strictly to preserve the central open space, rejecting encroachment on the parkland. Tectonic: This strategic withdrawal generates a sub-structural urban plinth concealed beneath the existing transportation canopy.

Tectonics(10)

In June 2025, Design Studio Tectonics issued a brief: transform the vacant site at 154 Leicester Street into a University Study Hub defined purely by the poetry of its construction.

Tectonics project — University Study Hub exterior render, 154 Leicester Street Carlton
Tectonics Cafe Interior
Tectonics project — hero render of study hub facade, expressed tectonic assembly
Tectonics Cafe Exterior
Tectonics project — facade assembly detail, transparent thermal performance with expressed structural joints
Tectonics project — ground floor configuration plan, public cafe, student foyer and open studio loop Tectonics project — sectional perspective showing vertical integration, structural hierarchy and facade light filtering Tectonics project — facade assembly axonometric, joinery detailing as aesthetic celebration of construction logic

Ground Floor Configuration

Public Cafe / Student Foyer / Open Studio Logic: A continuous spatial loop organized around the central service core. Outcome: A permeable interface that invites the public into the university precinct while securing the student spaces beyond.

Sectional Perspective

Vertical integration of the student commons establishes a visual connection between floors, promoting interdisciplinary collision. The section reveals the structural hierarchy and the filtering of light through the facade.

Facade Assembly

The tectonic articulation of the facade system balances transparency with thermal performance. Detailed joinery expresses the assembly process, celebrating the construction logic as an aesthetic element.
PLAN / SECTION / DETAIL
Tectonics - Final render view
Zoomed view

Interior

Personal Works(8)

Personal Works explores contentious architecture in Hobart, Tasmania. Channeling childhood imagination, iconic sites are deconstructed into surreal, oneiric structures of political commentary.

Wrest Point Casino
10 Murry Street
Battery Point Apartments
University of Tasmania
Aurora Energy
Salamanca Silos
Building 107
The red door
About Quinn Kacic-Midson
About Kacic-Midson

I am an architectural designer and Master of Architecture candidate at the University of Melbourne, currently based between Hobart and Melbourne. My work operates at the intersection of technical precision, visual storytelling, and creative coding. I utilize tools like Revit, Blender, and modern web technologies not just to document spaces, but to translate abstract concepts into interactive, constructible realities.

My professional experience focuses on design development and technical documentation. Most recently, I have contributed to the Tasmania AFL High Performance Centre, assisting with interior spatial planning and design resolution. I am internationally ambitious and driven by opportunities to work on challenging projects that expand my technical and creative capabilities.

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