JEREMY GIACOMINI

ARCHITECTURE PORTFOLIO

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1. Auxiliary Programmatic Zone2. Programmatic Volume3. Funicular4. Funicular Atrium5. Localised Vertical Lift Shaft6. Heavy Rail Stop7. Light Rail Stop8. Bus Interchange9. Hickson Rd10. Pedestrian link connecting to Margaret St

Tall Building Heuristics _ Masters Design StudioProfessor Benjamin Hewitt

EVOLO Competition Entry _ 2010 Project Team_ Benjamin McFadden, Robert Harrison, Jack Pearce, Matthew Collet

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Outer Envelope

Programmatic structural volumesSemi-Translucent Glazing

Structure

Steel space truss system

Inner Envelope

Shared ZonesGlazing

Central Core

Funicular circulation path

North East Split

Summer breeze ventilation

Structure Space Truss

STRUCTURAL DIAGRAMS

Ecology of Systems

Solar Voltaic Cells

Programmatic Volume

Auxiliary Program

Floor plate splitCross Ventilation

Wind Turbines powered by south wind off face

Structural Truss

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Truss system accomodates for expansion and contraction of programmatic volumes and occupancy, whilst providing a supportive structural frameworkProgrammatic volumes characterised 4m floor to floor height.Functioning as residential, commercial, or leisure, linked by intermediate connections.Auxiliary programmatic volumes characterised by 6 -12m floor to floor height.Functioning as shared bleed zones for designated program. Eg. childcare, cafe, breakout.Embedded with solar voltaic cells on northern faces and wind turbines on southern face to generate power and feed back into infrastructure grid.Plates are split to increase cross ventilation from prevailing NE winds and deflect negative S winds.

Structure

Program

Environmental

f 50

f 58

EXPLODED AXONOMETRIC

void

F

F

voidvoidvoid void

voidvoid

void

void

voidvoid

ramp

ramp

floorplans north

f 50

f 35

f 58

general retail

boutique

designated program

shared program

supermarketdesignated program

residentialdesignated program

childcareshared program

designated programcommercial office

program opportunitytheatre

atriumgreen zone

less efficient

travel paths

KEY FLOOR PLANS

INTERIOR MONTAGE

Drawing from Music _ Masters Design StudioProfessor Steven Harfield

PHASE SHIFTING VISUALISATION

INTERIOR PORTAL DIAGRAM

STRUCTURAL DIAGRAM

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B

C

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A. STEEL PORTAL FRAME

Due to the extreme angles of some of the frames, columns will need to be incorporated throughout the structure.

B. CROSS BRACING -STEEL BOX SECTION The cross bracing between the portal frame will slowly working itself around the structure complementing the transforming portal frame.

C. STEEL FRAME

D. GLAZING

SECTION

Advanced Architectural ConstructionProfessor Frank Minnaert

FORM DEVELOPMENT

SCALE MODEL 1:100

ROOF PLAN_ELEVATIONS

SECTION_FRAMLESSS GLAZING DETAIL

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Key1. Steel Frame (detail 1)2. Glazing, Frosted Glass, Polycarbonate sheets3 Timber beam 100x10004. Steel Cover Plate5. Silicone infill6. Steel Rotating joint7. Hexagonal Bolt8. Steel cylindrical tube9. Reinforced Concrete10. Steel Casing11. Steel Frame

Frameless Glazing Detail

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SUR_Fluvial Typology_Masters Design StudioProfessor Finn Geipel_Technische Universitt Berlin

ANGERS_SITE PLAN PROJECT PARTNER _ SVEN MOLLER

EXPLODED AXONOMETRIC OF STRUCTURE

EXPLODED AXONOMETRIC OF STRUCTURE

STRUCTURE + FACADE SYSTEM

TIMBER PANELLING

LANE CONVERTED TO LIGHT RAILUNDER WALKING PATH

PLATFORMS ON PILOTIS

WALKING PATH_

SUPPORTS PROGRAMMATIC BLOCKS

PERSPECTIVE

SECTIONS_ELEVATIONS

FRONT (RIVER) ELEVATION

FRONT (RIVER) SECTION

SIDE ELEVATION

AQUATICS CENTRE

ROWING CLUB

TITLEPORTFOLIO_OPTIMISEDC01 1C01 2C02 1C02 2C03 1C03 2D01 1D01 2D02 1D02 2frank01 1frank01 2frank02 1frank02 2S01 1S01 2S02 1S02 2S04 1S04 2