UNIVERSAL DESIGN- BARRIER FREE ENVIRONMENTS

Slides:



Advertisements
Similar presentations
Stairs, Steps, Decks & Ramps
Advertisements

Stairs, Steps, Decks & Ramps
Code Analysis:Accessibility Colleen MacEachern & Stephanie Novak.
7 | Means of Egress (Life Safety Code)
CURRENT ADA AND ICC COMPLIANCE DATA AN INTRODUCTION TO BOBRICK’S ADA- COMPLIANT PRODUCTS, AS WELL AS BASIC MOUNTING HEIGHTS AND REACH RANGES DOWNLOAD THE.
Architecture Hall Assessed By: Jillian Petrin, Julia Terlinchamp, Gabriel Wan, Brian King, & Amelia Albert.
WINDOWS An opening especially in the wall of a building for admission of light and air that is usually closed by casements or sashes containing transparent.
Stairways and Ladders 1926 Subpart X - Stairways and Ladders
Design for Elderly and Disabled Environments: Making Homes More Comfortable and Accessible Stairs Part 8 of 10.
Architectural CAD I – IM230
Accessibility.  A building code is a set of rules that specify the minimum acceptable level of safety for buildings. The main purpose of building codes.
HomeFit Debra Lindstrom Hazel, PhD, OTRL Karen Kafantaris, AARP Michigan.
Michigan Department of Licensing and Regulatory Affairs Bureau of Construction Codes.
Universal Designers & Consultants, Inc. The Effect of the DOJ’s Newly Proposed ADA Standards (2004 ADAAG) on Hotel Design Universal.
2004 Florida Accessibility Code for Building Construction
1 “Making Rural Development Multifamily Projects Accessible” Based on work by Larry Fleming RD Olympia State Office, April 2014.
OSHA Office of Training & Education
OSHAX.org - The Unofficial Guide to the OSHA1 Stairways and Ladders.
1 Telecom Cabling Ladder safety. 2 OSHA Office of Training & Education ation Telecom Cabling Stairways and Ladders.
Foundations of Technology Mechanical Advantage
Subpart X-Stairways & Ladders
Safety for Working in High Places
Building Planning for Staircases. Relativity, 1953, M.C. ESCHER.
Design for Disabled & Elderly Environments Making Homes More Comfortable and Accessible Entrances Part 1 of 10.
Fixture Standards. Layouts Fixtures WorkingStation FixtureAccessories Greeter’sArea EquipmentContents.
Copyright 2008 Ted "Smitty" Smith Two Minute Drill Number 25- Residential Improving your skill in code Look Up Increasing Speed Drill.
Housing to Meet Special Needs of Families Competency 1.03.
Transport for All Seminar From Barrier Free Access to Universal Design : toward the inclusion of all ages and human diversity Presented by Prof. Bernard.
The Disability Services Commission has developed this training package for public authorities to use in staff training.
Means of Egress Chapter 4.
Objective  Developed by Ronald Mace at NCSU “ Universal design is the design of products and environments to be usable by all people, to the greatest.
School Toilet Blocks for Bangladesh Gender Sensitive : Disability Friendly : Dedicated Teacher Cubicle : Disaster Adapted.
Simple machines 6 types of simple machines, mechanical advantage of each type and compound machines.
Difference between 2003 and 2009 ICC/ANSI A117.1 applicable to the Plumbing Subcode Presented by: John N. Terry Tom Pitcherello.
Objective 1.03: Explain ways to adapt housing to meet special needs.
STAIRCASE RESTRICTIONS
Accessibility Checking at Pung-Waan Resort Kanchanaburi Saiyoke District, Kanchanaburi Disabled Peoples' International Asia-Pacific (DPI/AP) Ms. Saowalak.
Objective 1.03: Explain ways to adapt housing to meet special needs.
Office of Safety & Health Consultation Office of Safety & Health Consultation presents Stairways & Ladders.
By Angela Forte, Michelle Gagnon, Kerri Morse, & Sam Oosterman.
Objective 1.03: Explain ways to adapt housing to meet special needs.
Means of Egress Part 3 Chapter 4.
ID 234 Building Codes Fall 2012 Vertical Components of Egress.
Chapter 2 Special Considerations in Design Special Populations The American with Disabilities Act of 1990 (ADA) Landmark Civil Rights case that represents.
(ACCESSIBILITY LAW) MINIMUM REQUIREMENTS FOR ACCESSIBILITY
Introduction to BIM Module 04 – Interiors and Circulation.
BUILDING CONSTRUCTION
CHAPTER 1-HOMES & INTERIORS UNIVERSAL DESIGN. WHAT IS UNIVERSAL DESIGN? Universal Design Def.- A philosophy of designing interiors and products to accommodate.
Mayor’s Office on Disability City and County of San Francisco Discussion of Common Design and Construction Errors.
8 Planning the Sleeping Area Chapter. Permission granted to reproduce for educational use only.© Goodheart-Willcox Co., Inc. Objectives Discuss factors.
OSHA Office of Training & Education
Technological And Engineering EXPLAINS ERECTION PROCEDURE OF TIMBER BENCH AND RAILING TIMBER.
Garrett Plumstead Nick Pantelakis Eston slacks
Walking and Working Surfaces
Building Construction 11
OSHA’s NEW Walking-Working Surfaces
Staircase Civil Engineering Drawing Department of Civil Engineering
Universal Needs - Maslow
CreaZen® Decorative Railing System
Subpart M Fall Protection.
Current Scenario in the city Infrastructure :
Building Construction I Sofia Sebastian 1
Six Simple Machines Lever Wheel & Axle Pulley Inclined Plane Wedge
Campus Ministry Accessibility
Hitchcock architectural barriers: Part 1
Hannah Ehresman, Kelsey Russell, Kaitlyn Higgins, Lynette Akai
BUILT ENVIRONMENT ACCESS AUDITS
FBE04 BUILDING CONSTRUCTION AND MATERIALS
Straight run stairs A stairway that has no turns..
Subpart X Ladders and Stairways 29 CFR
Presentation transcript:

UNIVERSAL DESIGN- BARRIER FREE ENVIRONMENTS UNIVERSAL DESIGN IN CATALONIA Technical standards of Catalonia and Spain

The purpose of this presentation is : Make a summary of the accessibility tehnical standards of Catalonia (Construction) Make recommendations on accessibility issues not covered by the regulations Facilitate the understanding of the Universal Design concepts with photo and diagram examples

REGULATIONS: TECHNICAL BUILDING CODE (CTE). DB SUA. Royal Decree 314/2006 ACCESSIBILITY CODE OF CATALUNYA Decree 135/1995.

ACCESS ASPECTS: URBAN ACCESS ACCESS TO PREMISES-BUILDINGS TRANSPORT ACCESSIBILITY ACCESSIBILITY IN COMMUNICATION

LEVELS OF ACCESS TO PREMISES-BUILDINGS. TABLE OF USES AND ACTIVITIES: Classification based on the activity, use, and surface. DT-2.pdf Required level of accessibility. Annex2.pdf

ACCESS TO BUILDINGS: ACCESSIBLE: Raised thresholds should be avoided. Admitted a slope ≤ 2 cm beveled or rounded at 45º. According to the Code, practicable option allows a step height ≤ 12 cm. (Inadequate)

HORIZONTAL MOBILITY: Width ≥ 0.9 m Obstacle –free height ≥ 2.1 m (except doors where ≥ 2 m). On each floor, it should be a turning space of 1.5m in diameter. In case if direction change: a turning space of 1.2m in diameter. Neither isolated steps, nor two consecutives steps are allowed. Inclines of ≤ 5 cm should have a gradual slope ≤ 25% Inclines of more than 5 cm high: adapted ramp.

DOORS: Door width ≥ 0.8 m Height ≥ 2 m In case of glass door (no security door): Height of the bottom base ≥ 30 cm. Width of horizontal fringe ≥ 5 cm placed 1.5 m high and with high contrast

FLOORING: Non-slip Compact and fixed to the ground

VERTICAL MOBILITY: Technical data/ Decree 135/1995.

RAMPS: Technical data / Decree 135/1995. Length without flat space (L) and longitudinal slope (PDT) allowed: L < 3m => pdt ≤ 12%. 3 ≤ L < 6 m => pdt ≤ 10%. 6 ≤ L < 9 m => pdt ≤ 10% 9 ≤ L < 10 m => pdt ≤ 10%. Practicable: pdt ≤ 12%. 10 ≤ L ≤ 20 m => pdt. ≤ 8%. Practicable: L shouldn’t be > 10 m The cross slope is ≤ 2%, recommended of 0%.

RAMPS. HANDRAILS: Anatomical design (section equivalent to a round tube 3 ÷ 5 cm in diameter). Separated 4 cm from the vertical objects Fastened firmly at the bottom and without obstacles for continuous hand moviment No need to put it if A <1.2 m and the difference between levels ≤ 0.15 m The distance between intermediate rails shall be a maximum of 2.40 m. Height: 0.9 ÷ 0.95 m. For children: height between 0.7 and 0.75 m height. In case of width <1.2 m Limited laterally by longitudinal protection or socle of ≥ 0.1 m above the ground, if their edges are free.

Platforms and stair lifts: It is accepted their use in the existing buildings where it is physically impossible to install a lift or make a ramp CTE doesn’t mention it. Only lifts.

RESTROOMS: The doors should open outwards or be sliding There must be a turning space of 1.50 meters in diameter The lateral space at toilet, bath, shower and bidet, as well as in front of sink > 0.8 m The sink can not have anything below that hinders its use. Mirrors should be framed and placed 0.90 m above the ground surface. Indicators of men/women services have tactile signage “Men/women”, with a letter "M" (men) or “W" (women) above the door handle. There are two support rails at a height between 0.7 m 0.75 m near toilets and bidets. The bar at the accessway is swing-up. All the accessories and mechanisms are placed at a height between 0.4 and 1.4 m. The taps are driven by pressure mechanisms or lever. The taps of bathtubs placed in the center, not at the edges.

RESTROOMS:

EXAMPLES OF PARKING PLACES:

THANK YOU FOR YOUR ATTENTION.