S01E20* - Overview

This is a Summary of the Blog so far, great to see a lot of views and interest. Please feel free to comment or send any suggestions on future Blog topics. 

I hope you Enjoy.
The Architect of Tomorrow..

S01E19* - Private Certifiers

Another really busy week at work for me this week, through the chaos I went along to a great information session with Building Approvals and Advice who are the Certifiers we use on a regular basis.

This information session was a great chance to get out of the office and meet the team that help prepare our documentation to ensure our applications are approved.

Q. 

What is a Private Certifier?

A. 

A building certifier checks the building plans provided against all relevant legislation and when the proposed work complies, approves and issues the plans for the proposed building work. This replaces the councils involvement.

The role of any certifier is to help overcome any compliance issues to ensures the best result for our clients. The Roles and responsibilities of a certifier is


- Assess and approve plans relating to new or altered buildings
- Inspect construction work at mandatory stages
- Provide certificates of inspection to the builder following inspections
- Issue enforcement notices on building work when necessary
- Give final certification for a building to be occupied.

however certifiers are not responsible for jobsite supervision, quality control or to ensure a builder complies with their contract.

It is important for certifiers to continue professional development to keep up to date with the latest building practices and legislation this allows them to answer any code and legislation enquiries related to a variety of different projects and applications from

- Shed/Carport

- Deck

- House Extension

- New Home

- Relaxation

- Build Over Sewer

- Raising/Build in

For certifiers to lodge applications they will require Architectural Plans containing sufficient information to assess compliance with the relevant codes and standards, Soil tests, Engineering plans, QBSA Insurance and QLeave information. All this information is required before any documents can be submitted to Council


Architectural Plans
Site plan (Complete site plan showing)

- All boundary measurements marked to wall and eaves The length of each boundary
- Ground levels
- North point
- The Proposed extension clearly marked
Floor plan
- Existing floor plan and proposed floor plan fully dimensioned
- bracing & timber sizes.(if not part of Engineers documents
Elevation
- The elevations must show height above ground and all materials
Section
- Floor levels and ceiling heights
- Build to boundary

Soil Test 
- A soil test is required for the engineer to be able to design the footings to the Australian Standard.

Engineering Plan
- Slab, footings and steel beam details bracing
- Form 15 for all related work

QBSA Insurance (if value of work is over $3300)- A copy of the Confirmation of QBSA insurance is required before the building work can be approved.

QLeave (if value of work is over $80,000)
- The original certifiers copy of the QLeave document is required before the plans can be approved.

Energy report will be required for habitable rooms
- Form 15 - Energy from Designer

S01E18 - Grouf Residence

This was a project I completed back in 2010 when I was studying for my Diploma of Building Design. The Project I selected to do my assignment on was the Grouf Residence by Ben Frombgen/Lundberg Design.

The home was built in Healdsurg, California in 2004 with a limited budget which required the architect to opt for something unusual, typically metal architecture is often reserved for industrial or commercial projects. The Grouf Residence is a pre-fabricated home built with large glass wall to taking advantage of the extraordinary views of the Sonoma County countryside. the steel structure and exterior panels were constructed in three weeks a fraction of the time that is typically associated with traditional residential construction, this saved the client time and money.

Floor Plan

The inside finishes were eliminated to reduce the cost and the time to complete the project. This is evident with the exposed metals wall panels and exposed structural beams, the exterior cladding is finished with galvalume, steel covered with zinc. The final result is a house that is clean, crisp and elegant which is a strong contrast to the natural surroundings


the 3D modelling and rendering assignment required me to create a 3D Revit model and them export the Model into 3ds Max to create photo realistic representation of the existing house.


Photos

    

    

    

Revit Model

    

     

3D Perspective

3ds Max

I hope you Enjoy.
The Architect of Tomorrow..

S01E17* Lumion 2.0

Hey Guys, I have already uploaded some of these images, but I have been working on some more, Let me know what you think, This is a modern extension for a traditional character home found in Brisbane.

Initial design and concept was done while i was working at focus architecture using the latest Archicad software, I then took the Archicad Model and imported it into Lumion to create the coloured renders. It's a great way to really bring any project to life. Its an enjoyable process watching something come to life, definitely something i would be keen to work on and develop my skills.

Please comment and let me know what you think

Archicad Sketch Views

Lumion Coloured Renders

I hope you Enjoy.

The Architect of Tomorrow..

S01E16* Pen Sets

This week at Focus Architecture was my first chance to use the latest Archicad Software since updating the Offices archicad templates file. As part of the new version of archicad the entire office is now using the Architectural 100 pen set which is one of the default pen sets that is preloaded in Archicad original template files.

Archicad comes with several predefined pen sets that allow users to switch pen sets for the project with a simple click. When a pen is assigned to an element, you are also assigning a pen index number to that element. Each pen index number has a distinct function assigned to it.

It is important to assign the correct pen to the element or function. If the pen index numbers assigned are consistent then when it comes to switching from one predefined pen set to another ensures a consistent output.

Pen sets

* I have attached information which I have sourced directly from Archicad website

01 Colour Conceptual

Recommended for presentations and coloured plotting. 

Applied pen weights ( 0–0,13 –0,18 –0,20–0,25 –0,35) are calibrated to 1:100 scale. Colours are set mostly monochrome grayscale, but in case of certain elements (zones, terrain, cabinets, furniture) they imitate realistic display.

02 Site 500

Pen set recommended for site plans.

Applied pen weights ( 0–0,13–0,20) are calibrated to 1:500 scale.

Pens assigned to industrial specialist functions are grayed to enable visual separation in case of visible layers.

03 Architectural 100 (default) 

General architectural pen set for approval plans and design.

Applied pen weights ( 0–0,13 –0,18 –0,20–0,25 –0,35) are calibrated to 1:100 display scale. Colours are set to ease visual separation on the screen.

04 Building plans 50

Pen set optimized for construction plans. 

Applied pen weights ( 0–0,15 –0,18 –0,20–0,35 –0,5) are calibrated to 1:50 display scale. Colours are set to ease visual separation on the screen.

05 Detailing

Pen set recommended for construction plan detail drawings.

Applied pen weights ( 0–0,15 –0,18 –0,20–0,4 –0,6) are calibrated to 1:20 display scale. Colours are set to ease visual separation on the screen, and pens assigned to industrial specialist functions are greyed out.

06 Structural plans

Pen set recommended for structural plans and approval plans for structural engineers.

Applied pen weights ( 0–0,13 –0,18 –0,20–0,25 –0,35) are calibrated to 1:100 display scale. Colours are set to ease visual separation on the screen and enable visual separation in case of visible layers.

07 Mechanical

Pen set recommended for approval plans for mechanical engineers. 

Applied pen weights ( 0–0,13 –0,18 –0,20–0,25 –0,35) are calibrated to 1:100 display scale. Structural element colours are black, mechanical element colour codes are visually separated on the screen and in printing/plotting as well.

08 Electrical

Pen set recommended for approval plans for electrical engineers. 

Applied pen weights ( 0–0,13 –0,18 –0,20–0,25 –0,35) are calibrated to 1:100 display scale. Structural element colours are black, mechanical element colour codes are visually separated on the screen and in printing/plotting as well.

09 Colour

Pen set recommended for colouring plans independently to scale and line weights. Pen colours are set to include all needed tones in the pen table.

10 Greyscale

Pen set recommended for grey scale-coloured plans independently of scale and line weights. Pen colours are set to include all needed tones in the pen table.

11 Archicad 9 

The old pen table.

All pen sets have 255 pens which are arranged in 20 columns and 14 rows. The first 140 pens have defined values in all default pen sets, while pens 140-256 are kept for further user functions.

Columns in the Pen table

* I have attached information which I have sourced directly from Archicad website

Archicad have made it as easy as possible to distinguish the pens and their functions. Each column in the pen table is divided by colour groups. Each group is then assigned a general element that is linked back to a more specific function.

 

Pen table Column Functions from 01-20:

01 General: Elements that cannot be categorized by function, or whose function cannot be determined when configured (e.g. complex profiles or composites that can be used for multiple element types)

02 2D elements: Lines, polylines, splines, etc…

03 Openings: Doors, windows, skylights

04 Furnishing and objects: Furnishings, and every element placed as an object

05 Graphic annotations: Graphics of Dimension lines, labels, titles, frames, zone stamps, S/E markers, detail markers

06 Text annotations: Text elements of the above

07 Walls: Elements with wall functions placed by the Wall tool or any other tool

08 Columns: Elements with column functions placed by the Column tool or any other tool

09 Slabs: Elements with slab functions placed by the Slab tool or any other tool

10 Beams: Elements with beam functions placed by the Beam tool or any other tool

11 Stairs: Elements with stair functions placed by the Stair tool or any other tool

12 Roof structures: Elements with roof functions placed by the Roof tool or any other tool

13 Mesh and terrain: Elements with mesh or terrain functions placed by the Mesh tool or any other tool

14 Interior: Zones, fittings

15 HVAC: Structures, symbols and annotations displayed on architectural plans prepared for HVAC consultants

16 Structural plans: Structures, symbols and annotations displayed on architectural and structural plans prepared for structural engineer consultants

17 Electrical: Structures, objects, symbols and annotations displayed on architectural and electrical plans prepared for electrical engineer consultants

18 Graphic Fills: Fills or patterns that cannot be categorized by element type

19 Graphic Background Colours: Backgrounds of fills or patterns that cannot be categorized by element type

20 Graphic symbols and screen only colours: Hotspots, markup colours, selection highlight, and guidelines

Rows in the Pen Table

* I have attached information which I have sourced directly from Archicad website

The columns defines the general element function the rows define the attribute.

 

Index numbers from 1 to 140:

01 –20 General pens, library part pens

21– 40 structural elements cut lines, and 

25 markers; 26 text titles; 35 hot water; 37 power grid; 38- additional colours, graphic symbols

41–60 non-structural elements cut lines, and 

45 arrowheads; 46 bold text; 55 cold water; 57 switchboards; 58– additional colours, graphic symbols

61-80 symbols and separator lines, and  65 frames; 66 text body; 75 ducting; 76 structural plan annotations; 77 lighting; 78– additional colours, graphic symbols

81-100 uncut lines, contour lines, construction lines, cover fills, and 

85 dimension lines; 86 annotation texts; 96 gas-mains; 97 IT networks; 98- additional colours, graphic symbols

101–120 cut fills, and 

105 secondary annotations; 106 annotation text: proof; 115 mechanical equipment; 117

electrical equipment; 118- additional colours, graphic symbols

121–140 fill background colours

For more information on Pet sets or anything Archicad related please visit

I hope you Enjoy.

The Architect of Tomorrow..