This document is an application for a Disability Access Certificate for material alterations and an extension to an existing building on the GMIT CCAM campus. The application includes calculations showing a €800 fee is required. Plans are provided showing the existing building layout and proposed alterations, including upgrading accessibility. The basis of compliance cited includes Part M of the building regulations, universal design guidance, and standards for accessible design.
Crown sc3013 forklift service repair manualfhhsjdkmem
This document provides maintenance and repair information for a SC3000 series truck. It contains sections covering safety, introduction/overview, lubrication and adjustment, hydraulics, drive unit, electrics, brakes, and batteries. The document includes descriptions of components, operational details, maintenance schedules, repair instructions, and wiring diagrams.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow, releases endorphins, and promotes changes in the brain which help regulate emotions and stress levels.
The document provides information about a proposed site plan for a new primary health care centre in Carlow, Ireland including:
- The location is in Carlow and will be located on the same site as St. Dymphna's Hospital.
- The site orientation is due south to maximize sun exposure.
- The intention is to centralize primary care facilities for Carlow town while complementing in-patient facilities at St. Luke's Hospital in Kilkenny.
- The site plan shows features like vehicle and pedestrian entrances, a fire assembly point, disabled parking, and surrounding buildings.
This document describes the EQuilibrium Communities Initiative, a collaborative initiative between Natural Resources Canada’s CanmetENERGY and Canada Mortgage and Housing Corporation to fund and support sustainable community development projects. The initiative provides $4.2 million and technical support to selected projects to improve environmental performance in areas like energy use, transportation, water management, and more. Four initial projects were selected - in Edmonton, Ottawa, Toronto, and near Tofino - which are now in planning or construction phases and aim to showcase innovative sustainable features and systems.
Basheer Hussain is an experienced stock take coordinator with over 7 years of experience in retail. He currently works as a stock take coordinator at Al-Tayer Group in Dubai, where he is responsible for organizing stock counts, sending variance reports, and filing reports. Previously, he worked as a shop assistant at Armani Exchange in Dubai Mall and as an accountant in India. He has a Bachelor's degree in Business Management and skills in English, Hindi, Arabic, Malayalam, Kannada, Microsoft Office, and computer systems. He aims to find a challenging position as a stock take coordinator where he can utilize his organization, efficiency, and teamwork.
The document summarizes changes to Ontario's Building Code regarding energy efficiency from 2006 to 2012 and beyond. Key points include:
- The 2006 code set energy efficiency requirements for houses and buildings, which increased over time.
- The 2012 code required houses to meet EnerGuide 80 and large buildings to exceed the Model National Energy Code for Buildings by 25%.
- Supplementary Standard SB-10 provided the technical requirements to meet the energy codes and included options like ASHRAE 90.1-2010.
- Modeling showed the 2012 code would reduce energy utilization intensity in buildings by an additional 7% compared to the 2006 code.
- Future updates may be influenced by programs like Toronto's Green Standard that incentivize
The K. K. Pathak Committee presents findings on the categorization and analysis of probationers. It identifies different types of probationers, with the Keen Type Probationer (KTP) being given special focus. The committee conducted various studies on KTPs, examining their physical characteristics, behavior patterns, academic performance, and more. However, some argued the study was biased in favor of KTPs and neglected the capabilities of non-KTPs. The committee verified these claims and found extraordinary qualities among non-KTPs as well.
Crown sc3013 forklift service repair manualfhhsjdkmem
This document provides maintenance and repair information for a SC3000 series truck. It contains sections covering safety, introduction/overview, lubrication and adjustment, hydraulics, drive unit, electrics, brakes, and batteries. The document includes descriptions of components, operational details, maintenance schedules, repair instructions, and wiring diagrams.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow, releases endorphins, and promotes changes in the brain which help regulate emotions and stress levels.
The document provides information about a proposed site plan for a new primary health care centre in Carlow, Ireland including:
- The location is in Carlow and will be located on the same site as St. Dymphna's Hospital.
- The site orientation is due south to maximize sun exposure.
- The intention is to centralize primary care facilities for Carlow town while complementing in-patient facilities at St. Luke's Hospital in Kilkenny.
- The site plan shows features like vehicle and pedestrian entrances, a fire assembly point, disabled parking, and surrounding buildings.
This document describes the EQuilibrium Communities Initiative, a collaborative initiative between Natural Resources Canada’s CanmetENERGY and Canada Mortgage and Housing Corporation to fund and support sustainable community development projects. The initiative provides $4.2 million and technical support to selected projects to improve environmental performance in areas like energy use, transportation, water management, and more. Four initial projects were selected - in Edmonton, Ottawa, Toronto, and near Tofino - which are now in planning or construction phases and aim to showcase innovative sustainable features and systems.
Basheer Hussain is an experienced stock take coordinator with over 7 years of experience in retail. He currently works as a stock take coordinator at Al-Tayer Group in Dubai, where he is responsible for organizing stock counts, sending variance reports, and filing reports. Previously, he worked as a shop assistant at Armani Exchange in Dubai Mall and as an accountant in India. He has a Bachelor's degree in Business Management and skills in English, Hindi, Arabic, Malayalam, Kannada, Microsoft Office, and computer systems. He aims to find a challenging position as a stock take coordinator where he can utilize his organization, efficiency, and teamwork.
The document summarizes changes to Ontario's Building Code regarding energy efficiency from 2006 to 2012 and beyond. Key points include:
- The 2006 code set energy efficiency requirements for houses and buildings, which increased over time.
- The 2012 code required houses to meet EnerGuide 80 and large buildings to exceed the Model National Energy Code for Buildings by 25%.
- Supplementary Standard SB-10 provided the technical requirements to meet the energy codes and included options like ASHRAE 90.1-2010.
- Modeling showed the 2012 code would reduce energy utilization intensity in buildings by an additional 7% compared to the 2006 code.
- Future updates may be influenced by programs like Toronto's Green Standard that incentivize
The K. K. Pathak Committee presents findings on the categorization and analysis of probationers. It identifies different types of probationers, with the Keen Type Probationer (KTP) being given special focus. The committee conducted various studies on KTPs, examining their physical characteristics, behavior patterns, academic performance, and more. However, some argued the study was biased in favor of KTPs and neglected the capabilities of non-KTPs. The committee verified these claims and found extraordinary qualities among non-KTPs as well.
Unlocking Suriname's Potential with a Vertically Integrated Aluminium Industr...Errol Jaeger
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This document provides recommended practices for the design and construction of precast prestressed concrete parking structures. It discusses factors that influence the durability and functionality of parking structures, such as concrete quality, drainage, and security design. The document emphasizes the importance of designing structures to withstand environmental deterioration over their service life, while also considering their operational needs and costs. It provides guidance on elements like access design, parking configurations, lighting, and signage to optimize a structure's performance.
This document provides recommended practices for the design and construction of precast prestressed concrete parking structures. It discusses factors that influence the durability and functionality of parking structures, including concrete quality, drainage, and corrosion protection. The document also covers structural framing systems, revenue control options, lighting design, security measures, and other considerations to optimize the performance of parking structures.
This technical report summarizes exploration of the Nuuk Gold Province in western Greenland. The project includes four licenses covering over 1,277 km2. Exploration has included geological mapping, sampling, and drilling that has identified gold mineralization at several prospects. The report recommends an exploration program of mapping, prospecting, trenching, and 10,000 m of drilling to evaluate targets and advance the most prospective zones. If results are positive, further exploration and resource drilling would be warranted to determine the economic potential of the project.
This document provides guidelines for energy efficient building design. It covers lighting, electric power and distribution, building envelope, air conditioning systems, and boiler and hot water systems. For lighting, it recommends efficient lamp types and design approaches to reduce energy use. It sets maximum power density limits for interior and exterior lighting. For other building systems, it provides requirements for equipment efficiency and design criteria to improve energy performance. The guidelines aim to reduce building energy use while maintaining occupant comfort.
This technical manual provides instructions for operation and maintenance of a nitrogen generating unit (NGU). It describes the major components of the NGU, including the feed air system, filter tower, membrane assembly, and electrical enclosure. The document provides guidance on installation, setup, operation, performance monitoring, troubleshooting, and shutdown of the NGU. It also includes an overview of the nitrogen production process and theory of operation.
The document discusses guidelines for designing and constructing passive houses in Ireland according to the Passivhaus standard. It defines key aspects of the Passivhaus standard, including minimizing heat losses and maximizing heat gains to reduce the need for active space heating and cooling systems. It also covers how the Passivhaus standard has evolved in Europe and Ireland. The guidelines provide information on the passive house design process, principles of reducing heat losses and gains, energy balance calculations, a prototype passive house design for Ireland, and cost considerations.
This report of the University Admission Guideline project.Where any student can find out there the best position for the next institution of his requirement. The application is web-based Projcet.Any student can track all admission test .
This document presents the design project for a small-scale wind turbine for home electricity generation. It includes an abstract that describes wind turbines as one of the oldest methods to extract energy from wind. The project aims to design an innovative small wind turbine for powering small home appliances. The report covers various topics related to the design including current designs, wind analysis, blade design, generator selection, advantages and disadvantages of designs, power management, safety systems, manufacturing methods, product specifications, conceptual designs, preliminary analysis, final design, manufacturing, and a business model evaluation. It aims to overcome common issues with small wind turbines such as noise, aesthetics, costs and technical glitches. The designs proposed include different blade, generator and mounting designs
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type or delivery strategy, and details the various challenges and solutions to deliver mobile video over a
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mobile video, is presented through optimization techniques in the radio and core networks (HTTP
Adaptive Streaming, etc.), support of multiple network architectures (HET-NETs, LTE broadcast, content
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Motorola solutions ap6532 access point installation guide (part no. 72 e 1493...Advantec Distribution
The document provides instructions for installing the Motorola AP6532 Access Point. It can be mounted on a wall or suspended ceiling and is available with integrated or external antennas. The wall mount uses two screws and anchors. For ceilings, the integrated model twists onto a T-bar grid and the external model uses additional hardware attached to ceiling tiles. Setup and configuration instructions are also included to complete the installation.
Motorola solutions ap6532 access point installation guide (part no. 72 e 1493...Advantec Distribution
This document provides installation instructions for the Motorola Solutions AP6532 Series Access Point. It includes details on package contents, hardware installation, initial setup, specifications, regulatory information, and support resources. The access point can be mounted on a wall or ceiling and receives power over Ethernet, with integrated antennas or external antenna options. Setup involves using an initial wizard to define a basic configuration.
This report summarizes the author's 3-month in-plant training at Civil & Structural Engineering Consultants (PVT).Ltd. The training involved work on two construction sites: the Lotus Tower in Colombo and the Avic Astoria Residence in Colombo 03. At the Lotus Tower, the author gained experience with construction materials like concrete and reinforcement steel, as well as equipment like tower cranes. Duties included testing concrete ingredients and observing concrete pouring. At the Avic Astoria site, the author assisted with pile construction, learning about materials like bentonite fluid and equipment such as the BG 26 piling rig. The report details the materials, equipment and duties at each site
Motorola ap650 access point installation guide (part no. 72 e 131207-01 rev. d )Advantec Distribution
The document provides instructions for installing the Motorola AP-650 Thin Access Point, which can be mounted on a wall or suspended ceiling. It includes details on package contents, placement guidelines, wall and ceiling mounting procedures, and specifications. The integrated antenna model mounts using wall screws or clips on a suspended ceiling T-bar. The external antenna model also mounts on walls or ceilings and has options for external antenna connections.
This document provides a technical report on detailing in virtual building software. It explores the history of detailing from early drawings in caves to modern computer-aided drafting. A case study examines how Revit Architecture 2015 can efficiently generate 2D and 3D details through a hybrid technique. The report also analyzes how tablet technology and 3D BIM model viewers help construction personnel better understand design intent on site. Key findings indicate that generating more elements in 3D in Revit reduces the detail required in 2D. 3D visual information also aids in communicating design intent compared to 2D drawings alone.
Jonathan Flanagan is applying for a position as an Architectural Technician/BIM Technician with relevant skills and experience from his RIAI accredited Architectural Technology Honours Degree. He has excellent IT skills and is proficient with architectural design software such as Revit. Jonathan believes his Revit experience would help improve the firm's efficiency in producing high quality tenders. He also has additional skills in graphic design and music production that could benefit the company. Jonathan is available for an interview in the afternoons if considered for the role.
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This technical report summarizes exploration of the Nuuk Gold Province in western Greenland. The project includes four licenses covering over 1,277 km2. Exploration has included geological mapping, sampling, and drilling that has identified gold mineralization at several prospects. The report recommends an exploration program of mapping, prospecting, trenching, and 10,000 m of drilling to evaluate targets and advance the most prospective zones. If results are positive, further exploration and resource drilling would be warranted to determine the economic potential of the project.
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Best Digital Marketing Strategy Build Your Online Presence 2024.pptxpavankumarpayexelsol
This presentation provides a comprehensive guide to the best digital marketing strategies for 2024, focusing on enhancing your online presence. Key topics include understanding and targeting your audience, building a user-friendly and mobile-responsive website, leveraging the power of social media platforms, optimizing content for search engines, and using email marketing to foster direct engagement. By adopting these strategies, you can increase brand visibility, drive traffic, generate leads, and ultimately boost sales, ensuring your business thrives in the competitive digital landscape.
Architectural and constructions management experience since 2003 including 18 years located in UAE.
Coordinate and oversee all technical activities relating to architectural and construction projects,
including directing the design team, reviewing drafts and computer models, and approving design
changes.
Organize and typically develop, and review building plans, ensuring that a project meets all safety and
environmental standards.
Prepare feasibility studies, construction contracts, and tender documents with specifications and
tender analyses.
Consulting with clients, work on formulating equipment and labor cost estimates, ensuring a project
meets environmental, safety, structural, zoning, and aesthetic standards.
Monitoring the progress of a project to assess whether or not it is in compliance with building plans
and project deadlines.
Attention to detail, exceptional time management, and strong problem-solving and communication
skills are required for this role.
Centre for the Creative Arts and Media (CCAM) | GMIT DAC Report
1. Galway Mayo Institute of Technology
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Jonathan Flanagan Architectural Technology Year 4
DISABILITY ACCESS CERTIFICATE APPLICATION
MATERIAL ALTERATIONS AND EXTENSION
Joe Bloggs Design
G.M.I.T. College of Creative Arts and Media
Location: Wellpark Road, Galway City Centre
I.D.: G00262330
Consultant: Jonathan Flanagan
Date: 15/01/15
2. Galway Mayo Institute of Technology
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Jonathan Flanagan Architectural Technology Year 4
Contents
Disability Access Certificate Application Fee Calculations................................................................... 4
0.0 Introduction ........................................................................................................................... 5
0.1 Scope.................................................................................................................................. 5
0.2 Site and Building Details..................................................................................................... 5
0.3 Proposed Works ................................................................................................................. 5
0.4 Basis for Compliance........................................................................................................... 5
0.5 Drawings Accompanying the Report ..................................................................................... 6
1.0 Approach to Building ............................................................................................................ 7
1.1 Approach to Building [1.1.2] & [2.1.2] ...................................................................................... 7
1.1.1 Accessible Access Routes [1.1.3] & [2.1.3]............................................................................. 7
1.1.2 Level Access Routes [1.1.3.2] & [2.1.3.2] ............................................................................... 8
1.1.3 Gently Sloped Access Routes [1.1.3.3] & [2.1.3.3].................................................................. 8
1.1.4 Ramped Access Route [1.1.3.4] & [2.1.3.4]............................................................................ 8
1.1.5 Stepped Access Route [1.1.3.5] & [2.1.3.5]............................................................................ 8
1.2 Handrails [1.1.3.6] & [2.1.3.6] .................................................................................................. 8
1.3 Pedestrian Crossings [1.1.4] & [2.1.4]....................................................................................... 8
1.4 On-site Car Parking [1.1.5] & [2.1.5]......................................................................................... 8
1.5 On-site Set-Down Area [1.1.6] & [2.1.6] ................................................................................... 9
ACCESS TO BUILDINGS [1.2] & [2.2] ................................................................................................... 9
2.1 Accessible Entrances [1.2.3] & [2.2.3] ...................................................................................... 9
2.2 Accessible entrance doors [1.2.4] & [2.2.4] .............................................................................. 9
2.2.1 Glass doors [1.2.4.1] & [2.2.4.1] .......................................................................................... 10
2.2.2 Accessible manual doors [1.2.4.2] & [2.2.4.2]...................................................................... 10
2.2.4 Low energy swing doors [1.2.4.4] & [2.2.4.4]....................................................................... 10
2.2.5 Entrance lobbies [1.2.5] & [2.2.5]........................................................................................ 10
3.0 CIRCULATION WITHIN A BUILDING [1.3-1.3.2] & [2.3- 2.3.2] ...................................................... 10
3.1 Horizontal features [1.3.3] and [2.3.3].................................................................................... 10
3.1.1 Reception Area in Entrance Hall [1.3.3.1] & [2.3.3.1]........................................................... 10
3.1.2 Internal Doors [1.3.3.2] & [2.3.3.2]...................................................................................... 10
3.1.3 Corridors and Passageways [1.3.3.3] & [2.3.3.3].................................................................. 11
3.1.4 Internal lobbies [1.3.3.4] & [2.3.3.4].................................................................................... 11
3.2 Vertical Circulation [1.3.4] & [2.3.4] ....................................................................................... 11
3.2.1 Passenger Lifts [1.3.4.1.1 & 1.3.4.2] & [2.3.4.1.1 & 2.3.4.2] ................................................. 11
3.2.2 Internal Stairs Suitable for Ambulant Disabled People [1.3.4.1.2 -1.3.4.3] & [2.3.4.1.2-2.3.4.3]
.................................................................................................................................................... 11
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3.2.3 Internal Ramps / Gently Sloping Ramps [1.3.4.4] & [2.3.4.4]................................................ 11
3.2.4 Handrails [1.3.4.5] & [2.3.4.5] ............................................................................................. 11
4.0 SANITARY FACILITIES [1.4.3 & 1.4.4] & [2.4 to 2.4.3] .................................................................. 12
4.1 Wheelchair accessible unisex WC’s [1.4.3.1 & 1.4.5] & [2.4.3] ................................................ 12
4.2 WC Cubicles [1.4.3.2 & 1.4.6] & [2.4.3]................................................................................... 12
4.2.1 Standard Cubicles [1.4.6.1] & [2.4.3] ................................................................................... 12
4.2.2 Cubicles for Ambulant Disabled People. [1.4.6.2] & [2.4.3].................................................. 12
4.2.3 Enlarged Cubicle [1.4.6.3] & [2.4.3] ..................................................................................... 12
4.3 Accessible Urinals [1.4.3.3 & 1.4.7] ........................................................................................ 13
4.4 Accessible Bathrooms/Shower Rooms [1.4.3.4 & 1.4.8] ......................................................... 13
4.5 Changing and / or showering facilities [1.4.3.5 & 1.4.9].......................................................... 13
4.5.1 Changing Facilities [1.4.9.1]................................................................................................. 13
4.5.2 Showering Facilities [1.4.9.2]............................................................................................... 13
5.0 OTHER FACILITIES [1.5 - 1.5.2] & [2.5 - 2.5.2] ............................................................................. 13
5.1 Audience and Spectator Facilities with Fixed Seating [1.5.3] & [2.5.3] .................................... 13
5.2 Audience and Spectator Facilities without Fixed Seating [1.5.4] & [2.5.4]............................... 13
5.3 Refreshment Facilities [1.5.5] & [2.5.5] .................................................................................. 13
5.4 Accessible Sleeping Accommodation [1.5.6] & [2.5.6] ............................................................ 14
5.5 Switches, Outlets and Controls [1.5.7] & [2.5.7] ..................................................................... 14
4. Galway Mayo Institute of Technology
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Jonathan Flanagan Architectural Technology Year 4
Disability Access Certificate Application Fee Calculations
The application for a disability access certificate in relation to the upgrade and development of a
building. The construction or an extension of a building is €800.
Fee to Pay: €800
5. Galway Mayo Institute of Technology
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Jonathan Flanagan Architectural Technology Year 4
0.0 Introduction
0.1 Scope
This Application is made for a Disability Access Certificate for the proposed material
alterations to the existing Ground Floor and Gallery Floor of a Protected Chapel Structure
and a new single storey extension with link located at the G.M.I.T. CCAM Campus, Wellpark
Road, Galway City, Co. Galway.
0.2 Site and Building Details
The site is located to the front of the main CCAM Building. Access to the building is off the
main entrance road located on Wellpark Road. Car parking is provided at the front of the
chapel and extension, there is also parking available to the front of CCAM and across the
mini round about. The site area is 29,200m2
. The Chapel Ground Floor and Gallery Floor
area is 383.48 m2
combined and the extension area is 107.05 m2
which overall totals 490.53
m2
.
0.3 Proposed Works
The site is located to the front of the main CCAM Building. Access to the building is off the
main entrance road located on Wellpark Road. Car parking is provided at the front of the
chapel and extension, there is also parking available to the front of CCAM and across the
mini round about. The site area is 29,200m2
. The Chapel Ground Floor and Gallery Floor
area is 383.48 m2
combined and the extension area is 107.05 m2
which overall totals 490.53
m2
.
0.4 Basis for Compliance
The basis for compliance for this application are the recommendations made in:
Technical Guidance Document Part M (Access and Use) 2010 published by
Stationary Office, Dublin.
Building for Everyone – A Universal Design approach 2010 edition as published by
The National Disability Authority, Dublin 4
BS 8300:2009 Design of buildings and their approaches to meet the needs of
disabled people- Code of Practice
Best Practice and Access Guidelines, Designing Accessible Environments Irish
Wheelchair Association
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0.5 Drawings Accompanying the Report
Drawing No. Drawing title Scale (on page)
DAC_001 Site Location Map 1:1000 (A1)
DAC_002 Existing Site Layout Plan 1:200 (A1)
DAC_003 Proposed Site Layout Plan 1:200 (A1)
DAC_004 Existing Ground Floor Chapel Plan 1:50 (A1)
DAC_005 Proposed Ground Floor Chapel Plan 1:50 (A1)
DAC_006 Proposed Gallery Floor Chapel Plan 1:50 (A1)
DAC_007 Ground Floor Extension Plan 1:50 (A1)
DAC_008 Ground Floor Camera Studio Plan 1:50 (A1)
DAC_009 Ground Floor Cinema Plan 1:50 (A1)
DAC_010 Ground Floor Theatre Plan 1:50 (A1)
DAC_011 Chapel Sections A-A & B-B 1:50 (A1)
DAC_012 Extension Sections A-A & B-B 1:50 (A1)
DAC_013 North and South Elevation 1:50 (A1)
DAC_014 East Elevation 1:50 (A1)
DAC_015 West Elevation (Chapel) and (Extension) 1:50 (A1)
DAC_016 Details 1:10 (A1)
DAC_017 Chapel and Extension Sanitary Facilities 1:20 (A1)
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1.0 Approach to Building
Independently accessible means of approach to the accessible entrances of the
building will be provided, as well as accessible means of circulation around the
building. This is described in detail below.
1.1 Approach to Building [1.1.2] & [2.1.2]
The existing approach routes, levels, barriers and restrictions are indicated on
drawings DAC_002 & DAC_004. The new proposed approach routes and circulation
routes described in TGD Part M 2010 Section 1.1 are indicated on DAC_003,
DAC_005, DAC_006 and DAC_007. They will be level wherever possible. Where it is
not possible to provide a level access route a gently sloping access route of between
1:20 and 1:50 will be provided, as demonstrated in DAC 03. The numbers of
barriers, restrictions and other hazards that people encounter on the access routes
will be avoided or barrier protection will be provided and clearly identified on the
same drawing. The width of each route, and key levels are indicated on the
Proposed Site Layout Plan DAC_003, Proposed Ground Floor Chapel Plan
DAC_005 and Proposed Ground Floor Extension Plan DAC_007. A summary of the
different routes are tabled below:
Route From To Level/Gentl
y Sloping/
Ramped
Gradient Width
(mm)
User
Approach
Route A
CCAM
Main
Entrance
Parking/Set
Down Area
Steep Varies Min.
4000
Public &
Transport
Approach
Route B
CCAM
Public
Path
Proposed
Extension
Level /
Gently
Sloping
Level -
1:20
Min.
1500
Public &
Staff
Approach
Route C
Coach
set
down
Main
Entrance
Level /
Gently
Sloping
Level -
1:20
Min.
1500
Public &
Staff
External
Circulation
Route D
Main
Building
Exhibition
Buildings
Level/
Gently
Sloping
Level -
1:20
Min.
1500
Public &
Staff
1.1.1 Accessible Access Routes [1.1.3] & [2.1.3]
All accessible access routes will be in conformance with the guidance described in
TGD Part M 2010 Section 1.1.3.1 and Diagrams 1 and 2. Where possible the route
will be separate to the vehicular route. All routes will be well lit. Dished kerbs and
tactile warning will be provided at interception of vehicular and pedestrian routes. As
noted above, all of this is indicated on drawing DAC_003.
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1.1.2 Level Access Routes [1.1.3.2] & [2.1.3.2]
All level access routes, noted above, will be in conformance with the guidance
described in TGD Part M 2010 Section 1.1.3.2.
1.1.3 Gently Sloped Access Routes [1.1.3.3] & [2.1.3.3]
The gently sloped access routes, noted above, will be in conformance with the
guidance described in TGD Part M 2010 Section 1.1.3.3.
1.1.4 Ramped Access Route [1.1.3.4] & [2.1.3.4]
All ramped acces routes, Indicated on DAC_004 to DAC_010, will be in conformance
with the guidance described in TGD Part M 2010 Section 1.1.3.4 & 2.1.3.4
1.1.5 Stepped Access Route [1.1.3.5] & [2.1.3.5]
All stepped acces routes, Indicated on DAC_004 to DAC_010, will be in
conformance with the guidance described in TGD Part M 2010 Section 1.1.3.5 &
2.1.3.5
1.2 Handrails [1.1.3.6] & [2.1.3.6]
All handrails, Indicated on DAC_004 to DAC_010 and DAC_013 to DAC_015, will be
in conformance with the guidance described in TGD Part M 2010 Section 1.1.3.5 &
2.1.3.5
1.3 Pedestrian Crossings [1.1.4] & [2.1.4]
A pedestrian crossing will be provided at the junction of the accessible approach
routes and vehicular routes and will be in conformance with the guidance described
in TGD Part M 2010 Section 1.1.4. The tactile paving and dropped kerbs will be in
accordance with “Good Practice Guidelines on Accessibility of Streetscapes”. Refer
to DAC_003 for the location of the pedestrian crossing.
1.4 On-site Car Parking [1.1.5] & [2.1.5]
Two designated car parking spaces will be provided for those with disabled parking
permits, the equivalent of 10% of the available parking spaces. On-site car parking
will be in conformance with the guidance described in TGD Part M 2010 Section
1.1.5and Diagrams 8 & 9.
Refer to DAC_003 for the locations of designated car parking, ground markings,
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associated street furniture and connection to the accessible access route. This
drawing also notes the overall dimensions of the spaces, the appropriate levels and
type of car park space provided.
1.5 On-site Set-Down Area [1.1.6] & [2.1.6]
Given the scale of development of the proposed works, it is practicable that the
disabled car parking spaces will also serve as the set down area. Refer to DAC_003
for location and details of the on-site setting down area. These include its overall
dimensions and connection to the accessible access routes.
ACCESS TO BUILDINGS [1.2] & [2.2]
2.1 Accessible Entrances [1.2.3] & [2.2.3]
In accordance with TGD Part M 2010 Section 1.2, independently accessible
entrances will be provided to avoid segregation based on a person's level of ability.
The accessible entrances have been clearly indicated on DAC_003, DAC_005 and
DAC_006 and are:
(a) the main entrance, which a visitor unfamiliar with the building would use
(b) the entrance closest to the designated parking /setting down area
(c) the building exits leading to assembly points or to the boundary of the site.
The accessible entrance closest to the designated disabled parking area and setting
down area, identified on DAC_004, will connect directly to the main entrance
reception area via a covered entrance. The accessible main entrance and subsidiary
entrances will be in conformance with the guidance described in TGD Part M 2010
Section 1.2.3. The size of the external landing, clear of any door swing, and the
dimension from leading edge of door leaf to return wall are indicated on the same
drawing. A level threshold will be provided at all the accessible entrances.
2.2 Accessible entrance doors [1.2.4] & [2.2.4]
The accessible entrance doors will be in conformance with the guidance described in
TGD Part M 2010 Section 1.2.4. The effective clear width of the accessible entrance
doors will be a minimum of 1000mm in the existing chapel and in the new buildings
which are indicated on DAC_005 and DAC_007. The position of door furniture and
the force required to open any manual or automatic doors will be in conformance
with the guidance described in TGD Part M 2010.
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2.2.1 Glass doors [1.2.4.1] & [2.2.4.1]
Glass doors will be in conformance with the guidance described in TGD Part M 2010
Section 1.2.4.1 and Diagram 10. Please refer to DAC_013 and DAC_015 for extent
of manifestation on glass doors and adjacent screens at accessible entrances.
2.2.2 Accessible manual doors [1.2.4.2] & [2.2.4.2]
Where an accessible door will be required to be manually opened it will be in
conformance with the guidance described in TGD Part M 2010 Section 1.2.4.2.
2.2.3 Accessible power-operated doors [1.2.4.3] & [2.2.4.3]
Not applicable.
2.2.4 Low energy swing doors [1.2.4.4] & [2.2.4.4]
Not applicable.
2.2.5 Entrance lobbies [1.2.5] & [2.2.5]
Accessible entrance lobbies will be in conformance with the guidance described in
TGD Part M 2010 Section 1.2.5 and Diagram 11. Please refer to DAC_007 for the
location and key internal dimensions of the internal lobby. The door swings are also
shown on this drawing.
3.0 CIRCULATION WITHIN A BUILDING [1.3-1.3.2] & [2.3- 2.3.2]
The building will allow people to travel horizontally within the building conveniently to
make use of all relevant facilities in accordance with the guidance described in
TGD Part M 2010 Section 2.3.
3.1 Horizontal features [1.3.3] and [2.3.3]
3.1.1 Reception Area in Entrance Hall [1.3.3.1] & [2.3.3.1]
The reception area will include a reception desk and a hearing enhancement system.
It is indicated on drawings DAC_007 and designed in DAC_016, it will be in
conformance with the guidance described in TGD Part M 2010 Section 1.3.3.1.
3.1.2 Internal Doors [1.3.3.2] & [2.3.3.2]
Internal doors will only be provided where necessary. They are indicated on the floor
plan DAC_005 and DAC_007. They will either be held open on electronic hold-open
devices or easy to use. They will be in conformance with the guidance described in
TGD Part M 2010 Section 1.3.3.2for the new building and 2.3.3.2 for the existing
buildings. The effective clear width of the accessible internal doors will be a mini
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mum of 850mm. The position of door furniture and the force required to open them
will be designed to be in conformance with the guidance described in TGD Part M
2010 Section 1.2.4.
3.1.3 Corridors and Passageways [1.3.3.3] & [2.3.3.3]
Not applicable.
3.1.4 Internal lobbies [1.3.3.4] & [2.3.3.4]
All internal lobbies to wheelchair accessible areas are designed to be in
conformance with the guidance described in TGD M 2010 Diagram 11.
3.2 Vertical Circulation [1.3.4] & [2.3.4]
3.2.1 Passenger Lifts [1.3.4.1.1 & 1.3.4.2] & [2.3.4.1.1 & 2.3.4.2]
Not applicable.
3.2.2 Internal Stairs Suitable for Ambulant Disabled People [1.3.4.1.2 -1.3.4.3] &
[2.3.4.1.2-2.3.4.3]
Not applicable.
3.2.3 Internal Ramps / Gently Sloping Ramps [1.3.4.4] & [2.3.4.4]
Not applicable.
3.2.4 Handrails [1.3.4.5] & [2.3.4.5]
Not applicable.
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4.0 SANITARY FACILITIES [1.4.3 & 1.4.4] & [2.4 to 2.4.3]
The Sanitary Facilities in this building will be independently accessible and will meet
the needs of people with a wide range of abilities. The number and location of
sanitary facilities will suit the nature, size and occupancy of the building and will be in
accordance with the Safety, Health and Welfare at Work (general application)
Regulations, 2007.
Sanitary facilities for staff and visitors are located together and will be accessible.
The location of all the sanitary facilities are indicated on DAC_005 and DAC_007
and will be in conformance with the guidance described in TGD Part M 2010
Sections 1.4.3 and 1.4.4.
4.1 Wheelchair accessible unisex WC’s [1.4.3.1 & 1.4.5] & [2.4.3]
The provision of a wheelchair accessible unisex WC is indicated on DAC_007. In
total 1 no. wheelchair accessible unisex WC will be provided. The wheelchair
accessible unisex WC will be in conformance with the guidance described in TGD
Part M 2010 Sections 1.4.3.1, 1.4.4 and 1.4.5, and Diagrams 15(b), 16 and 17(b).
4.2 WC Cubicles [1.4.3.2 & 1.4.6] & [2.4.3]
There will be two types of cubicles provided in this building. They will be standard
sized and ambulant disabled sized. The different cubicle types and key internal
dimensions are noted on DAC 07.
4.2.1 Standard Cubicles [1.4.6.1] & [2.4.3]
A standard cubicle in the female toilets will have a minimum of 450mm diameter
manoeuvring space between the swing of the inward opening door, the WC pan and
the side of the compartment. It will have a clothes hook at 1400mm above floor level
as shown on TGD Part M 2010 Diagram 18, and will be in conformance with the
guidance described in TGD Part M 2010 Section 1.4.6.1
4.2.2 Cubicles for Ambulant Disabled People. [1.4.6.2] & [2.4.3]
Not Applicable
4.2.3 Enlarged Cubicle [1.4.6.3] & [2.4.3]
Not Applicable.
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4.3 Accessible Urinals [1.4.3.3 & 1.4.7]
Not Applicable
4.4 Accessible Bathrooms/Shower Rooms [1.4.3.4 & 1.4.8]
Not applicable.
4.5 Changing and / or showering facilities [1.4.3.5 & 1.4.9]
The provision of a wheelchair accessible unisex changing / shower facility is
indicated on DAC_005 and compliance is demonstrated in DAC_017. In total 1 no.
wheelchair accessible unisex changing / shower facility will be provided. The
wheelchair accessible unisex changing / shower facility will be in conformance with
the guidance described in TGD Part M 2010 Sections 1.4.3.5, 1.4.4 and 1.4.5, and
Diagrams 25 (a) (b), and 17(b).
4.5.1 Changing Facilities [1.4.9.1]
Not applicable.
4.5.2 Showering Facilities [1.4.9.2]
Not applicable.
5.0 OTHER FACILITIES [1.5 - 1.5.2] & [2.5 - 2.5.2]
The facilities within the building will be accessible to, and usable by, people with a
range of abilities, as much as is practicable and feasible. The building will facilitate
active participation as appropriate and be in conformance with the guidance
described in TGD Part M 2010 Section 1.5.
5.1 Audience and Spectator Facilities with Fixed Seating [1.5.3] & [2.5.3]
Not applicable.
5.2 Audience and Spectator Facilities without Fixed Seating [1.5.4] & [2.5.4]
These facilities are indicated on DAC_009 and DAC_010 and will be in conformance
with the guidance set out in TGD Part M 2010 Section 1.5.4. An Induction loop
system will also be provided.
5.3 Refreshment Facilities [1.5.5] & [2.5.5]
Not applicable.
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5.4 Accessible Sleeping Accommodation [1.5.6] & [2.5.6]
Not applicable.
5.5 Switches, Outlets and Controls [1.5.7] & [2.5.7]
Demonstrated in DAC_016.
Switches, outlets and controls will be provided to be in conformance with the
guidance set out in TGD Part M 2010 Section 1.5.7 and Diagram 30.