Wednesday, July 25, 2018

What is Project Architect?

What is Project Architect?


project architect (PA) is the individual who is responsible for overseeing the architectural aspects of the development of the design, production of the construction documents ("plans") and specifications. The position generally involves coordinating the needs of a client, possibly and designer and technical staff, and outside consultants such as structuralcivil, and mechanical engineers, as well as interior designers and landscape architects.
The specific tasks of a project architect are usually associated with architectural design, construction materials and methods and the production of construction documents (floor planselevations, etc.). Other responsibilities range from client relations to zoning and building code management, material specifications, maintaining quality control by checking and making revisions to shop drawings.

The project architect can also assume the role of the project manager (PM) in a small studio, but typically, the project architect is only responsible for the design management of a building project, assisted by interns and other staff. A project architect is required to be registered as an architect in the state in which they are performing the role. Intern architects may perform the role under the supervision of a registered architect but may not sign or seal legal documents. The project architect may, but does not often, sign contracts, or seal construction documents or payment applications, which are most often legally signed and sealed by a state registered owner or partner of the architectural office. This liability is covered by the firm, and the legal responsibility for any architectural design errors and omissions ultimately falls on the registered architect, the owner or partner in an architectural firm who signs the documents.

Thursday, July 12, 2018

Proposed Horse Show Arena


This is small semi open horse arena project. With a seating provided around the arena and covered with roof to have shed that protects the expectator and guest. 



This project is a significant expense to be sure but one that will pay off in enormous advantages and benefits in the long run. Indoor riding arenas offer safe, controlled environments to ride and train year round regardless of weather conditions. Horses, riders and trainers stay focused, as outside distractions are reduced. The first step in such a project starts with research. And.... you've started in the right place!





 The alternative is to build up the area where the horse arena is being built. The idea is to divert water around and away from your riding arena rather than having it run right through the middle - taking the footing along with it!
Moisture is best removed by percolating into the ground below the indoor arena footing. A general rule of thumb is that for every inch of rain on an arena, it should take 24 hours for it to dissipate to a point where riding is safe again. Take this into consideration when researching and choosing your arena footing. Building an indoor riding arena is a series of compromises. It's too big or too small, too narrow or not long enough, too close to the barn or too far away. There is always something not perfect about the footing or drainage. Scapegoats are a dime a dozen when it comes to covered riding arenas. The more research and careful planning you do up front will get you closer to the ideal covered horse arena you've dreamed of.

How to calculate tiles for Non Architect or Engineer


Tips and Formula to Find the No’s of Tiles
Formula for Quantity of Tiles
Formula to find the volume of Mortar
Formula:
1: First Select the Size of  Tiles, Because we have different size of tiles in market for different works.
    This sample below are the most typical sizes of tiles available on market.
Example: 10cm x 10cm
                 20cm x 20cm
                 30cm x 30cm
                 45cm x 45cm
                 50cm x 50cm
                 60cm x 60cm
2: Find the Dimension of room or any place where you want to fix the tiles.
Example: size of room is 10meters x 10meters (Length x Width)
To compute area just simply multiply the Length and width.
                                      10 x 10 = 100 square meters (m2)


No’s of Tiles = Total Area of Room / Size of tile = No’s of tiles
Example: Area of room = 10m x 10 m = 100m2 (Square Meters)
              If you are going to use 50cm x 50cm tiles
                 Area of tiles    = 0.50m x 0.50m = 0.25m2 (Square Meters)
                So, Just devide the Room Area/Tile Area
                                            100/0.25 = 400 pcs. of 50cm x 50cm tiles
Also we have to find the quantity of mortar for Fixing of Tiles , so there we just use 3/4 inch to 1 inch thickness of mortar to fix the tiles on the floor.
First area of room where we fixing the tiles    and  Second select the thickness of mortar for tiles fixing which is 1 inch = 0.025m
Volume of Mortar = Area of Room x Thickness of mortar

Example: 100m2 x 0.4350 = 43.5 say 44 bags of cement
                 100m2 x 0.0233 = 2.33 say 3 Cubic meters Sand


for using adhesives to fix tiles
use the guide below for requirements for tile adhesive

Product                                            coverage
Adhesive                                          Floors: +/- 3 M2 PER 20KG BAG
                                                          WALLS:   +/- 6 M2 PER 20KG BAG