PORTFOLIO
Architecture Julian Antonio Pinneri
PORTFOLIO - JULIAN ANTONIO PINNERI
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Graduated Bachelor of architecture end of 2022 (3 year course at RMIT)
ABOUT Julian Antonio Pinneri PHONE:
EMAIL:
LINKEDIN:
INSTAGRAM PORTFOLIO: jpins_architectural_studies Rhino 5 / 6 / 7 Vray Render Enscape Render Lumion Render Velux Daylight Visualizer Revit 2020 / 2021 / 2022 Grasshopper (basic knowledge) Adobe Illustrator Adobe Indesign Adobe Photoshop Premier Pro DIGITAL PROGRAMES
+61 420 251 648
Julianpinneri@hotmail.com
https://www.linkedin.com/in/julian-pinneri-163455256/
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Visual Communication and Skills Developement
Rhino 5 / 6 / 7 Adobe Illustrator DIGITAL PROGRAMES Adobe Photoshop Vray Render Rhino 5 / 6 / 7 Purpose Vray Render
NORTHWEST ELEVATION 0mm 5mm 20mm 1:250@A1 SOUTHEAST ELEVATION UniversityOfLowaVISUAL S3840517 JULIAN PINNERI EXTERNAL SECTIONALPERSPECTIVE YEAR 1 SEM 2 Visual Communication and Skills Developement Rhino 5 / 6 / 7 Adobe Illustrator DIGITAL PROGRAMES Adobe Photoshop Vray Render Rhino 5 / 6 / 7 Purpose Vray Render
0mm 5mm 20mm 1:400 @A1 0mm 5mm 20mm 1:500@A1 Incorporated with ST. Mary’s Chapel VISUAL ARTS BUILDING NORTHEAST ELEVATION EXTERNAL PERSPECTIVE 01 EXTERNAL PERSPECTIVE 02 AXONOMETRIC PERSPECTIVE FIRST FLOOR PLAN
UP A111 1 A203 1 A110 1 A204 1 A120 1 2 40 50 1440 8 0 0 1 00 900 2400 14570 6340 4270 1 7 8 0 1 4 0 4 0 48 0 9 0 7 0 3 1 300 1220 13 m² Bedroom G.01.15 14 m² Bathroom G.01.16 31 m² Garage G.01.17 15 m² Kitchen G.01.18 18 m² Bedroom G.01.19 3 m² Bathroom G.01.20 9 200 1760 20 2 0 90 69 1 5 400mm Wall with Metal Sheet Cladding 200mm Thick wall with Sheathing and Parklex Cladding) Plywood and Aluminum Strips 400mm Metal and Timber Famed Wall with fiberglass Insulation (Natural Dolomitic Limestone Cladding) 400mm Brick facing Wall 400mm Metal Wall finished with Black Paint 9 m² Fireplace Alcove G.01.23 28 m² Living Room G.01.24 56 8840 200 2550 5050 2 9720 200 2360 A205 1 1 2 0 8 0 4 1 5 0 370 6 0 Metal/Timber Framed Walls with Fiberglass Insulation Fixed Glass and Timber Framed Window 1500mmx1800mm with a Sill height of 1200mm Fixed Glass and Timber Framed Window 800mmx1280mm with a Sill height of 1630mm Fixed Glass and Timber Framed Window 500mmx500mm with a Sill height of 900mm Timber frame with Fiberglass Insulationl Fixed Glass and Timber Framed Window 2000x2000 with a Sill height of 900mm Fixed Glass and Timber Framed Window 800x800 with a Sill height of 900mm Round Steel Column Fixed Glass and Timber Framed Window 2400x900 with a Sill height of 900mm Fixed Glass and Timber Framed Window 900mmx1670mm with a Sill height of 1260mm Metal and Timber Framed Wall with Fiberglass Insulation. Timber (Plywood) Staircase with Central Railing Fixed Glass and Timber Framed Window 860mmx1180mm with a Sill height of 1110mm Fixed Glass and Timber Framed Window 800mmx1280mm with a Sill height of 1630mm Timber Framed Door 840mmx2040mm Timber Framed Door 820mmx2040mm Timber Framed Door with Glass 1020mm/1020mmx2040mm Timber Framed Door with Glass 850mm/850mmx2040mm Timber Framed Door with Glass 720mm/720mmx2040mm Area = 131m2 Bedroom consists of: Steel frame, fiberglass insulation overlaid by a 2 x 6 inch Plywood Batten Framework Covered with a Waterproof Membrane (Placed over and under the battens) www.autodesk.com/revit Scale Checked by Drawn by Date Project number Consultant Address Address Phone Fax e mail Consultant Address Address Phone Fax e mail EXISTING LEVEL No.DescriptionDate A110 Level 01 1 Level Roof Sheet Cladding Fixed Glass and Timber Framed Window 800mmx1280mm with Sill height of 1630mm 400mm Brick facing Wall Fixed Slanted Timber Framed Window 2040mmx3050mm Metal and Timber Framed Wall with Fiber Glass Insulation. Cladding Polished Zinc 200mm Thick wall with Sheathing and Parklex Cladding) Plywood and Aluminum Strips Fixed Glass and Timber Framed Window 900mmx1670mm with Sill height of 1260mm Fixed Glass and Timber Framed Window 2400x900 with Sill height of 900mm Fixed Glass and Timber Framed Window 860mmx1180mm with Sill height 1110mm www.autodesk.com/revit Drawn by Date Project number Consultant Phone Address mail Address e mail Consultant Phone 1 50 11/08/2020 11:21:36 AM West Elevation Author Checker A204 No.DescriptionDate A120 200mm Thick wall with Sheathing and Parklex Cladding) Plywood and Aluminum Strips Insulation. Cladding is Polished Zinc with 200mm wall 4500 3250
www.autodesk.com/revit Consultant Address Address Phone Fax e mail Consultant Address Address Phone Fax e mail 1 : 50 11/08/2020 12:08:35 PM EXISTING PLAN LEVEL 1 Author Checker A101 No.DescriptionDate Level 02 Level Roof RL 11593 Fiberglass Insulationl www.autodesk.com/revit Checked by Drawn by Date Project number Address mail Address Address mail Address Address mail Address e mail 1 50 11/08/2020 1:37:58 PM South Elevation Author Checker A203 No.DescriptionDate with Fiberglass Insulation. Sheet Cladding Fixed Glass and Timber Framed Window 800mmx1280mm with Sill height of 1630mm with Sill height of 900mm with fiberglass Insulation (Natural Dolomitic Limestone Cladding) Timber frame with Fiberglass Insulationl Facing Chimney 5120 www.autodesk.com/revit Checked by Drawn by Date Project number Address e mail Address Address mail Address Address mail Address e mail 1 50 11/08/2020 1:37:58 PM North Elevation Author Checker A111 No.DescriptionDate Revit 2020 / 2021 Adobe Acrobat DIGITAL PROGRAMES Rhino 5 / 6 / 7 Purpose Vray Render YEAR 1 SEM 2 Tech 2
Revit 2020 / 2021 Adobe Acrobat DIGITAL PROGRAMES Rhino 5 / 6 / 7 Purpose Vray Render YEAR 2 SEM 1 Visual Communication and Skills Developement
Revit 2020 / 2021 Adobe Acrobat DIGITAL PROGRAMES
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Visual Communication and Skills Developement
Rhino 5 / 6 /
Purpose Vray Render
YEAR 2 SEM 1 Visual Communication and Skills Developement Original Mesh 27.69% Outdoor Comfort Sunlight - Floor Plates [8am - 8pm] All Floors Average Daylight Hours (%) May 14th 8am 8pm 49% of all the floors combined recieve at least 1 daylight hours 75% of all the floors combined recieve at least 2 daylight hours 56% of all the floors combined recieve at least 3 daylight hours 78% of all the floors combined recieve at least 0 daylight hours Floor 0 Floor 1 Floor 2 Area 7768m2 Area 9324m2 Average Daylight hrs/m2 5hrs Total with three small pieces 67 Degree Rotation X/Y Postioning on Plane Temperatures Iteration 1 Iteration 2 26.83% Outdoor Comfort Sunlight - Floor Plates [8am - 8pm] Floor 0 Floor 1 Floor 2 Floor 3 Floor 4 Floor 5 Area 3167m2 Average Daylight hrs/m2 Average Daylight hrs/m2 121 Degree Rotation Deformation + Aperture openings that react to attractors distance to the mesh to maximise sunlight onto floor plates Deformation + Aperture openings that to maximise sunlight onto floor plates All Floors Average Daylight Hours (%) 8am 8pm 100% of all the floors combined recieve at least daylight hours 50% of all the floors combined recieve at least 2 daylight hours 75% of all the floors combined recieve at least 3 daylight hours Average Daylight Hours (%) Average Daylight Hours (%) Average Daylight Hours (%) Average Daylight Hours (%) 56% of all the floors combined recieve at least 0 daylight hours 30.5% Outdoor Comfort Sunlight - Floor Plates [8am - 8pm] Floor 3 Floor 4 Floor 5 Area 11256m2 Average Daylight 0 hrs/m2 Average Daylight 0 hrs/m2 Average Daylight hrs/m2 0hrs/m2 Total with two small pieces Floor 0 Floor 1 Floor 2 Area 7320m2 Area 9777m2 Area 10878m2 Average Daylight 0 hrs/m2 Average Daylight hrs/m2 Average Daylight 0 hrs/m2 All Floors Average Daylight Hours (%) 8am 8pm Average Daylight Hours (%) 100% All the floors combined don’t get at least one hour of sunlight bad Iteration as Outdoor Comfort is excellent but Hourly Sunlight terrible 27.48% Outdoor Comfort Sunlight - Floor Plates [8am - 8pm] Floor 0 Floor 1 Floor 2 Floor 3 Floor 4 Floor 5 Area 7209m2 Area 8798m2 Average Daylight hrs/m2 All Floors Average Daylight Hours (%) May 14th 77% of all the floors combined recieve at least daylight hours 56% of all the floors combined recieve at least daylight hours 25% of all the floors combined recieve at least daylight hours 28.23% Outdoor Comfort
Average Daylight hrs/m2 Average Daylight hr/m2 Original Mesh Original Mesh Original Mesh X/Y Postioning on Plane 289 Degree Rotation X/Y Postioning on Plane Deformation + Aperture openings that react to attractors distance to the mesh to maximise sunlight onto floor plates y y 159 Degree Rotation Deformation + Aperture openings that react to attractors distance to the mesh to maximise sunlight onto floor plates X/Y Postioning on Plane Iteration 3 Iteration 4 - Worst Iteration 5 - Best
Floorplates Ourdoor(Site)
Revit 2020 / 2021 Adobe Acrobat DIGITAL PROGRAMES Rhino 5 / 6 / 7 Purpose Vray Render Area 8332m2 Area 9464m2 Area 9661m2 Average Daylight 0 hrs/m2 Average Daylight 0 hrs/m2 Average Daylight 0 hrs/m2 Area 9168m2 Area 5591m2 Area 1319m2 Average Daylight 1 hr/m2 Average Daylight 2 hrs/m2 -Average Daylight 4 hrs/m2 Sunlight - Floor Plates [8am - 8pm] -Average Daylight 5 hrs/m2 -Average Daylight 2 hrs/m2 -Average Daylight 3 hrs/m2 -Average Daylight 4 hrs/m2 -18hrs/m2 total combined this adds even small bits up that are seperate plates 20 40 60 80 100 All Floors Average Daylight Hours (%) May 14th 8am 8pm 24% of all the floors combined recieve at least 1 daylight hours 96% of all the floors combined recieve at least 2 daylight hours 87% of all the floors combined recieve at least 4 daylight hours 0 1 2 4 Average Daylight Hours (%) Average Daylight Hours (%) Average Daylight Hours (%) Average Daylight Hours (%) 24% 96% 87% 56% 54% of all the floors combined recieve at least 0 daylight hours 72% of all the floors combined recieve at least 5 daylight hours 100% of all the floors combined recieve at least 3 daylight hours 54% 72% 100% Average Daylight Hours (%) Average Daylight Hours (%) 5 3 Good Sunlight onto floor plates, with just above average Outdoor Comfort levels X/Y Postioning on Plane x y x y 125 Degree Rotation Deformation + Aperture openings that to maximise sunlight onto floor plates Floor 0 Floor 1 Floor 2 Floor 3 Floor 4 Floor 5
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YEAR 2 SEM 2 PROPOSAL aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa
TECH 3 RCH GYMNASIUM PROPOSAL Steel Framing Perforated Steel EFTE High Pressure Air Tube M12 Bolts x2 Steel Rotating Spindle Finish (Cladding) Flashing Steel Stud 90mmx42mm Track Cavity Insulation Gypsum Sheathing Air Cavity 60mm Steel Framing (Bracing) Copper Gutter Brace Sump Downpipe 75mm Interior Cladding Safty screw Steel horizontal rails for rotary clips to attach to Fixing Tab Steel Junction in background, showing this details looking infront www.autodesk.com/revit Scale Checked by Drawn by Project number Consultant Address Phone Fax Consultant Address Phone Fax Consultant Address Phone Fax Consultant Address Phone Fax 1 : 5 15/10/2021 8:21:00 PM Detail 2 0001 RCH Gymnasium JSN 20/09/2021 Julian NT A502 No.DescriptionDate 1 : 5 Section 1 -Callout 2 1 Drainage RCH Gymnasium JSN A508 No.DescriptionDate Pipe Substrate Top steel plate Waterproofing Tile glue/bed Grate Caulk ALCF flang Spigot DN 80 Caulk grate NOTES The waterproofing is fixed to the floor flange waterproofing slopes towards the floor flange, flang goes to the lowest ponit in the waterproofing Tile sites 1-2mm higher than grant Caulk along along chanel edge before laying tile glue or tile 2 Steel Framing Perforated Steel High Pressure Air Bracing For ETFE Flashing Fixing Tab Integrated Drainage In Framing RCH Gymnasium JSN 20/09/2021 A501 Section 1 -Callout 1 550 RCH Gymnasium A104 Flemington Road Gatehouse Street E eva ons RCH G mnas um W Ele atio Detail 7 Stairs RCH Gymnasium JSN A507 34 5 Tempted glass panel 12mm stainless steel handrail bracket 250 188 800mm Steel (45 Degree) Rotating Spindle Finish (Zinc Composite Metal) Steel Stud 90mmx42mm Track Cavity Gypsum Sheathing Air Cavity 60mm Downpipe 75mm Interior Cladding (Acoustic Board) Concrete Footing Upstand rotary clips to attach to P Trap Back Inlet Hopper Filling (Stone Chipping) Start Plate RCH Gymnasium JSN A503 Section -Callout 3 Steel rounded beam 240mm Perferated Steel Safty screw ETFE Cushion layers Section 1 -Callout 5a 1 NOTES • The Pneumatic cushion system holds an inflation unit that maintains the air pressure for the ETFE film cushion at 0.2mm thick • Aluminium extrusion 125x75mm Gutter intergrated with EFTE framing Insulated Welded framimg to panle Retaining frame Steel Steel Rotating Spindle Steel Framing Junction (Socket For Steel Column) Steel Column 150mm Radius Steel Tubular Beam 150mm Radius Perforated Steel Behind Steel Junction/Framing 255 mm Radius (20mm thick) Steel Junction (Socket) Steel Framing (Bracing) Copper Gutter Brace High Pressure Air Tube Flashing Cover Flashing Flashing Upstand Walls do not wrap around the column, rather the walls stop at each column. Columns are exposed intentionally Steel Tubular Beam Welded to Junction RCH Gymnasium JSN A506 Detail -Retaining wall 1 RCH Gymnasium A511 Stone Chipping 40mm Radius Drainage Pipe Waterproofing Membrane Concrete Interior Lining Air Cavity Reinforced Concrete Slab Reinforced Concrete Retaining Wall Top Steel Plate Waterproofing Membrane
YEAR 2 SEM 2 REVIT PRACTICE ETFE Cushion layers High compresssion air tube Checked by Drawn by Date Fax Address Address Fax 1 5 15/10/2021 8:21:07 PM Detail 5 Skylight 0001 RCH Gymnasium JSN 20/09/2021 Sofia NT A505 No.DescriptionDate 30 120 Section 1 -Callout 5b 2 1: 2 Insulated cladding panel Steel Framing brace 240mmx45mm Terracotta Mullion (Cladding/Louver) Steel Round Beam 240mm radius (Total Width 480mm) Steel Perforated Mesh 15mm Thick Concrete Round (Supports Load) Steel Framing Of Skylight Light Steel Framing To Support ETFE Filling (Stone Chipping) Soil Drainage (80mm pipe) www.autodesk.com/revit Checked by Address Address 1 25 15/10/2021 8:20:24 PM Section 3 0001 RCH Gymnasium JSN 20/09/2021 Julian NT A203 No.DescriptionDate 1 25 Section 3 Copy 1 1 Level 3500 Checked by Project number Address mail Address mail Address mail Address mail 1 50 15/10/2021 8:20:16 PM Section 2 0001 RCH Gymnasium JSN 20/09/2021 Julian & Sofia NT A202 No.DescriptionDate West Section 1 3500 Level 1 Checked by Project number mail mail mail mail 1 100 15/10/2021 8:19:58 PM Section 1 0001 RCH Gymnasium JSN Julian & Sofia NT A201 No.DescriptionDate North Section 1 aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa
