Permanent Party Enlisted Dormitory Design Guide
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Single Family Housing Design Standards
TEXAS GENERAL LAND OFFICE COMMUNITY DEVELOPMENT AND REVITALIZATION HOUSING DESIGN STANDARDS (SINGLE FAMILY) Revised July 21, 2020 TEXAS GENERAL LAND OFFICE COMMUNITY DEVELOPMENT AND REVITALIZATION DIVISION GLO-CDR HOUSING DESIGN STANDARDS (SINGLE FAMILY) The purpose of the Texas General Land Office Community Development and Revitalization division’s (GLO-CDR) Housing Design Standards (the Standards) is to ensure that all applicants (single family housing applicants) who receive new or rehabilitated construction housing through programs funded through GLO-CDR live in housing which is safe, sanitary, and affordable. Furthermore, these Standards shall ensure that the investment of public and homeowner funds results in lengthening the term of affordability and the preservation of habitability. All work carried out with the assistance of funds provided through GLO-CDR shall be done in accordance with these Standards and the GLO-CDR Housing Construction Specifications as they apply to single family housing applicants and, unless otherwise defined, shall meet or exceed industry and trade standards. Codes, laws, ordinances, rules, regulations, or orders of any public authority in conflict with installation, inspection, and testing take precedence over these Standards. A subrecipient can request a variance for any part of these Standards for a specific project by submitting a written request to GLO-CDR detailing the project location, the need for the variance, and, if required, the proposed alternative. Variance requests can be submitted to: Martin Rivera Jerry Rahm Monitoring & QA Deputy Director Housing Quality Assurance Manager Community Development and Community Development and Revitalization Revitalization Texas General Land Office Texas General Land Office Office 512-475-5000 Office 512-475-5033 [email protected] [email protected] 1700 North Congress Avenue, Austin, Texas 78701-1495 P.O. -
Rule Template
FACILITY PR#: PROJECT ADDRESS SANITARY ENVIRONMENT OAR 333-535-0260 Effective October 1, 2009 Schematic Design (SD) Review Construction Document (CD) Review COMPLIED? OAR RULE SECTION COMMENT YES NO (1) A hand-washing station is an area providing a sink for hand-washing with hot and cold water supply and a faucet that facilitates easy on and off mixing capabilities without use of the hands. The station shall include provision of cleansing agents and drying capability. In addition to hand- washing stations required for individual departments, adequate hand-washing stations shall be provided for the total hospital population. Hand- washing stations shall be available in all toilet rooms. For the purpose of providing accuracy and consistency within these rules, these terms are defined as follows: (a) Hand-washing sink. Hand-washing sinks are a general component of hand-washing stations that are available in all toilet rooms and provided for the total hospital population. (b) Scrub sink. Scrub sinks are provided for the exclusive use of staff in restricted and semi- restricted locations within operating and surgical suites and rooms. (2) Toilet and hand-washing facilities shall be available to patient care units as follows, with the exception of intensive patient care units and special locked psychiatric units where provision of these fixtures within the room may pose undue risks or problems: (a) In newly constructed single patient rooms having a private toilet room, a hand-washing station in both the toilet room and the patient room shall -
How to Light a Small Storage Space | Rabdesign.Ca
How to light a small storage space | rabdesign.ca | 1 2 | rabdesign.ca | How to light a small storage space How to light a small storage space | rabdesign.ca | SUMMARY Storage lighting for smaller spaces in the home or workplace is often ignored, forgotten or given minimal attention. Builders and homeowners typically focus on lighting that is more prominent and visible in their homes/spaces. There is however a compelling case for effective closet and storage space lighting, in- cluding lighting efficiency, making a space look and feel bigger, better and more organized. With easy access when you need things in a rush. With newer LED and smart sensor technology combined into simple fixtures such as RAB Design Lighting’s SpaceLite, today there are simple, cost effective solutions to lighting closets and other smaller storage spaces. Whether you are a home or building owner, a facility manager or an electrical contractor, this guide should help you understand what to look for when lighting closets and other commonly ignored storage spaces such as wardrobe closets, storage rooms, utility closets, attics and basement rooms. OVERVIEW 1. WHY STORAGE SPACE LIGHTING 2. TIPS FOR LIGHTING A STORAGE SPACE 3. ELECTRICAL CODES FOR STORAGE SPACES 4. STORAGE SPACE LIGHTING OPTIONS 5. THE SPACELITE How to light a small storage space | rabdesign.ca | 3 1. WHY STORAGE SPACE LIGHTING? Effective lighting for a small storage room or closet whether at home or work provides easy access and visibility, allowing you to be more efficient and organized. Unlike a kitchen or an office space where the need for light is constant, storage spaces are used infrequently or for short periods of time, making them a great fit for the innovative and energy friendly lighting options available today, including motion sensor activated LED fixtures. -
Health and Safety Protocols Dormitory
Health and Safety Protocols Dormitory In response to COVID-19, certain protocols must be in place in order to be prepared to reopen ISD. These protocols are based on the current science and recommendations from the CDC, the Iowa Department of Education, The Journal of American Pediatrics, and the Iowa Department of Public Health. The guidelines will apply for the Fall 2020 trimester and will be re-examined for the second and third trimesters. Physical distancing ● Students will be placed in small groups on each floor and will not mingle with students from other floors ● During field trips or off campus activities where travel is necessary, masks are required while in the vehicles and if physical distancing cannot be maintained * ● Groups may be together for outside activities/games maintaining physical distancing ○ No mixing of age groups unless physical distancing can be maintained ● Small groups and physical distancing in dorm lobbies (no more than 10 people in a lobby at one time) ● One staff member purchases supplies/food as needed for dormitory activities * ● While utilizing the study lab, students will maintain physical distancing and wear face masks ○ No more than 10 people in the study lab at one time ● Students will not be allowed in other student’s rooms ● Limit the number of students in the bathrooms/showers at one time to maintain physical distancing ○ Student/staff will disinfect sinks/shower areas after use ● Common areas will not contain more than 10 people at one time ● Students/staff should remain in their general areas -
A NET-ZERO APPROACH for SMALL OFFICE BUILDINGS a Feasibility Study for Market Competitive High Performance Small Office Buildings October 1, 2015 - DRAFT
A NET-ZERO APPROACH FOR SMALL OFFICE BUILDINGS A Feasibility Study For Market Competitive High Performance Small Office Buildings October 1, 2015 - DRAFT A NET-ZERO APPROACH FOR SMALL OFFICE BUILDINGS A Feasibility Study For Market Competitive High Performance Small Office Buildings 00 Introduction 01 What is NZE? October 1, 2015 - DRAFT 02 Study Methodology 03 Baseline Definition This study was comissioned by the Sustainable Energy Fund to assess feasibility 04 Baseline Design for the design and construction of a net-zero energy multi-tenant office building 05 NZE Ready Design in the Lehigh Valley area of Pennsylvania. 06 Energy Analysis 07 Cost Analysis 08 Executive Summary 09 Credits 3 | 4 A NET-ZERO APPROACH FOR SMALL OFFICE BUILDINGS We’ve seen net-zero energy (NZE) large office buildings. NREL RESEARCH SUPPORT FACILITY Location: Golden, Colorado Design: RNL Design with Stantec Construction: Haselden Construction Size: 220,000 sf EUI*: 35 kBTU/ft2/year Cost**: $57.4m ($260/ ft2) Net-Zero Energy Certified 2011 *Energy Use Intensity - EUI is a common metric which will be referred to throughout this report. Unless noted otherwise all EUI values are “site” values. This means the amount of energy used on site. “Source” EUI, where noted, accounts for the “site” value plus transmission losses. ** Published Construction Cost 5 | 6 A NET-ZERO APPROACH FOR SMALL OFFICE BUILDINGS And we’ve seen NZE medium office buildings. BULLITT CENTER Location: Seattle, Washington Design: Miller Hull Partnership Construction: Schuchart Construction Size: 50,000 sf EUI*: 16 kBTU/ft2/year Cost**: $18.5m ($370/ft2) Net-Zero Energy Certified 2015 *Energy Use Intensity - EUI is a common metric which will be referred to throughout this report. -
Case Study Basement Kitchen, Utility Room & Damp- Proof
CASE STUDY BASEMENT KITCHEN, UTILITY ROOM & DAMP- PROOF TANKING, N1 A BASEMENT KITCHEN RENOVATION THAT REQUIRED COMPLETE DAMP-PROOF TANKING The client came to us expressing an interest in a full renovation of their new property, so we introduced them to some previous clients and showed them similar properties we had completed. We have been working for this client on several of her properties for more than 20 years. The brief on this project was a new basement kitchen in traditional design, including all associated works. Our first task was to strip out the existing kitchen then install damp proofing, using membrane and cement- based tanking to eliminate the spread of progressive damp. Once completed, our in-house joiner came to site and worked with the client to design a traditional, Shaker-style kitchen. We undertook first and second fix plumbing of a new boiler and drainage system, as well as first and second fix wiring of the basement and first and second fix carpentry. Maintaining space was a priority, so we designed a custom, triangular-shaped cupboard and constructed ‘pocket doors’ that led to the garden: folding doors with pockets where shutters could be concealed and still allow the doors to open fully. Custom sliding doors were fitted to create access off the kitchen. As we were tasked with all decorative works, we liaised with our trade contacts to keep costs at a minimum. We plastered all walls and ceilings and recommended a range of final fittings, including a Quooker tap to provide instant boiling water at the press of a button. -
LOWER GROUND Key U Utility Room CLG1 Courtyard (LG 1) W Washing Machine Space CLG2 Courtyard (LG 2) S Store CLG3 Courtyard (LG 3) Floorplate R Service Riser
LOWER GROUND Key U Utility room CLG1 Courtyard (LG 1) W Washing machine space CLG2 Courtyard (LG 2) S Store CLG3 Courtyard (LG 3) Floorplate R Service riser Loft LG.1 Avro 500 1,280 sq ft 119 sq m / 2 Bed Loft LG.2 Avro 501 1,111 sq ft 103 sq m / 2 Bed Loft LG.3 Avro 502 1,529 sq ft 142 sq m / 2 Bed Loft LG.4 Avro 503 1,380 sq ft 128 sq m / 2 Bed Townhouse Avro 504 2,248 sq ft 209 sq m / 3 Bed Avro UPPER GROUND Key U Utility room R Service riser W Washing machine space P Pantry Floorplate S Store M Mailboxes Loft UG.1 Avro 508 1,374 sq ft 128 sq m / 2 Bed Loft UG.2 Avro 510 1,183 sq ft 110 sq m / 2 Bed Loft UG.3 Avro 511 1,452 sq ft 135 sq m / 2 Bed Loft UG.4 Avro 519 1,376 sq ft 128 sq m / 2 Bed Manchester Made FIRST FLOOR Key U Utility room S Store Floorplate W Washing machine space R Service riser Loft 1.1 Avro 521 946 sq ft 88 sq m / 1 Bed Loft 1.2 Avro 523 1,213 sq ft 113 sq m / 2 Bed Loft 1.3 Avro 527 833 sq ft 77 sq m / 2 Bed Loft 1.4 Avro 528 849 sq ft 79 sq m / 2 Bed Loft 1.5 Avro 529 1,812 sq ft 168 sq m / 3 Bed Avro SECOND FLOOR Key U Utility room S Store Floorplate W Washing machine space R Service riser Loft 2.1 Avro 530 1,185 sq ft 110 sq m / 2 Bed Loft 2.2 Avro 531 1,126 sq ft 105 sq m / 2 Bed Loft 2.3 Avro 533 1,247 sq ft 116 sq m / 2 Bed Loft 2.4 Avro 534 1,010 sq ft 94 sq m / 2 Bed Manchester Made THIRD FLOOR Key U Utility room S Store Floorplate W Washing machine space R Service riser Loft 3.1 Avro 536 1,228 sq ft 114 sq m / 2 Bed Loft 3.2 Avro 539 1,137 sq ft 106 sq m / 2 Bed Loft 3.3 Avro 547 1,249 sq ft 116 sq m / -
Multifamily Minimum Property Standards for New Construction, Reconstruction, Rehabilitation, & Maintenance of Multifamily Facilities Table of Contents
Multifamily Minimum Property Standards For New Construction, Reconstruction, Rehabilitation, & Maintenance of Multifamily Facilities Table of Contents I. Introduction 3 II. Definitions 4 III. Minimum Property Standards for New Construction 7 IV. Minimum Property Standards for Rehab Construction 21 V. Minimum Property Standards for Affordability Maintenance 35 VI. Appendix I – Habitability Ordinance 2009-1043 49 City of Houston Housing & Community Development Dept. 2 December 23, 2019 INTRODUCTION This document is intended to provide the Minimum Property Standards (MPS) for new construction, reconstruction, rehabilitation, and maintenance of multifamily housing facilities that receive federal assistance through the City of Houston Housing & Community Development Department (HCDD) as required by 24CFR §200.925. The primary objective of the Minimum Property Standards is to establish the criteria for the life, health and safety of the residents at the property. Pursuant to 24CFR§92.251, housing that is constructed or rehabilitated with HOME or CDBG funds must meet all applicable local codes, ordinances, and rehabilitation standards, at the time of project completion. In the absence of a local code addressing new construction, reconstruction, or rehabilitation, HOME-assisted new construction or rehabilitation must meet, as applicable, International Building Code (IBC) or its appropriate sub code, and/or the Minimum Property Standards(MPS) in 24CFR§200.925 and §200.926. Housing must meet the accessibility requirements at 24CFR Part 8, which implements Section 504 of the Rehabilitation Act of 1973 (29U.S.C.§794) and covered multifamily dwellings, as defined at 24CFR§100.201, and must also meet the design and construction requirements at 24CFR §100.205, which implement the Fair Housing Act (42U.S.C.§3601-§3619). -
Single-Family Residential Fire and Live Loads Survey / 0 S
NBSIR 80-2155 Single- Family Residential Fire and Live Loads Survey Lionel A. Issen Center for Fire Research National Engineering Laboratory U.S. Department of Commerce National Bureau of Standards Washington, DC 20234 December 1980 Report (FAA-H-37-72, Task 200) Prepared for: Division of Energy, Building Technology and Standards ''ffice of Policy, Development and Research - QQ — apartment of Housing and Urban Development ashington, DC 20410 2qq . U56 80-2155 1080 National Bureau of Standards Library, _,E-01 Admin. Bldg. MAR 1 3 1981 NBSIR 80-2155 a SINGLE-FAMILY RESIDENTIAL FIRE AND LIVE LOADS SURVEY / 0 S Lionel A. Issen Center for Fire Research National Engineering Laboratory U.S. Department of Commerce National Bureau of Standards Washington, DC 20234 December 1980 Report (FAA-H-37-72, Task 200) Prepared for; Division of Energy, Building Technology and Standards Office of Policy, Development and Research Department of Housing and Urban Development Washington, DC 20410 U.S. DEPARTMENT OF COMMERCE, Philip M. Klutznick, Secretary Jordan J. Baruch, Assistant Secretary for Productivity, Technology, and Innovation NATIONAL BUREAU OF STANDARDS. Ernest Ambler, Director ,SU8 XO-3 _ reef c I ham awA 3HH iAiTviaaiaaB yjima3 3Jat^r« Y3vflua eaAOJ ‘l" "lira r«£*s»l ^ ••roU 'j /M9idiod9i IlinC^JiXI eo'MMTUTToS ^ irMMTififiqiyO -3-U^ to uW<fMl0 . « % "I... 0061, xyA< - •oqrtH r.O£ *»T AA^ *k>> * '^- f.?f i IKA 2bi8bn«t8 bn« Y^)kmrto6HT eniWiua .y9^9n3 >o nofsivia rtDi»£»a^ bn« lTi»m^|olev»0 'fo W m^qo)ev«CI nachU tme^&rriauoH Jr>«mn8<;a<2 0 rW5£ 00\^^oiQftl^f16h^N 4' i xvut»\:^8^ ulitoini*X »M qfiUf^ v33 o TwailfSA^i^? a.u iviAmMMA %«it yi*lino«& U mmol .wfclmA )««na^.tGRAaM[AT8 W iMBUb JAVtOiT All * fh ,^ ,, ^ TABLj: OF CONTENTS Page LIST OF FIGURES iv LIST OF TABLES vi Abstract 1 1. -
Dormitory Norms
DORMITORY NORMS V:11.18.18SS OBJECTIVE OF SYRACUSE UNIVERSITY: A primary objective of the Syracuse Madrid dormitory program is to integrate students into Spanish society. Through this experience, students will have the opportunity to engage with Spanish students and improve their Spanish language skills while learning about Spain and experiencing Spanish culture. The residence hall, Colegio Mayor El Faro, inaugurated in September 2016 is a luxury student housing facility in the heart of Madrid, situated in the Moncloa neighborhood of downtown Madrid and is a 25-minute walk or a quick commute to the Syracuse Madrid Center. The rooms are furnished, including a safety deposit box, a small kitchenette with a sink, mini-fridge, and microwave. Bed linens and bath towels are provided and laundered weekly by the cleaning staff. Three daily meals in the El Faro cafeteria are included in this option. 1. INTRODUCTION • Syracuse Madrid students make up a small portion of those who live in the building. Other residents include Spanish and international students enrolled at local universities or in other study abroad programs. • Prior to arrival, students will have the opportunity to state their housing preferences and/or special needs. At this time, a specific roommate or random roommate may also be requested. • Syracuse Madrid prohibits discrimination based on gender, race, sexual orientation, gender identity and expression, politics and/or religion. • Students will be provided with breakfast, lunch and dinner during established and published times. Students who attend UAM or the IE in Spain may pay an increased program fee to cover additional room and board costs, where applicable. -
AREA PLANNING Living Area
AREA PLANNING Living Area The living area is the part of the house that most friends and guests see. This is the area that usually becomes the showplace. This area is roughly 1/3 of the house and serves a variety of functions. It is the location for family get-togethers, dining, recreation, entertaining, and just relaxing. The living area is composed of a number of rooms. They include the living room, dining room, foyer, recreation or family room and special-purpose rooms such as a sunroom or home office. Living Rooms • For many families, the living room is the center for most activities. It may serve as a playroom, TV room, or conversation place. Considerations 1. Ask yourself these questions: a. What furniture is planned for this particular room? b. How often will the room be used? c. How many people are expected to use the room at any one time? d. How many functions are combined in this one room? (Is it a multipurpose room?) e. Is the living room size in proportion with the remainder of the house? 2. The size of living rooms a. Small size, minimum of 150sq.ft. b. Average size, 250sq.ft. c. Large size, 400sq.ft. and over 3. Location should not be such that a natural traffic pattern will be established through it to other parts of the house 4. Should be placed on the ground floor 5. The use of large windows is common because it creates a feeling of spaciousness 6. The design / style, should follow the exterior design / style Dining Room • Most modern homes today have a dining room. -
400 Sunny Isles Sunny Isles
400 SUNNY ISLES SUNNY ISLES BATHROOM #2 KITCHEN LOFT 12’–8” x 7’–0” W.I.C. 6’–0” x 6’–0” BATHROOM UTILITY ROOM MASTER 2 BEDROOMS + DEN / 3 BATHROOMS BATHROOM 6’–0” x 14’–0” BEDROOM #2 10’–6” x 10’–8” 1,577 SQ FT GREAT ROOM Interior 18’–0” x 13’–0” 146..5 SQ M 171 SQ FT DEN Exterior 8’–10” x 19’–5” 15.9 SQ M UP DN 1,748 SQ FT Total Residence TERRACE 162.4 SQ M 18’–4” x 6’–10” MASTER BEDROOM 13’–0” x 12’–5” PLANTER ENTRY LEVEL UPPER LEVEL LOFT 2 BEDROOMS / 1 DEN / 3 BATHS N 1,748 SF TOTAL INCLUDING TERRACE 162.4 m 2 TOTAL INCLUDING TERRACE TERRACE = 171 SF TERRACE = 15.9 m 2 Stated dimensions include the terrace of the Unit and are otherwise measured to the exterior boundaries of the exterior walls nad the centerline of interior demising walls. This will in fact vary from the dimensions that would be determined by using the description and denition of the "Unit" set forth in the Declaration (which generally only includes the interior airspace between the perimeter walls and excludes interior structural components). Additionally, measurements of rooms set forth on any oor plan are generally taken at the greatest points of each given room (as if the room were a perfect rectangle), without regard for any cutouts. Accordingly, the area of the actual room will typically be smaller than the product obtained by multiplying the stated length times width. For the square footage of the “Unit” calculated in th mane ner set forth in the Declaration, as well as the area of the Unit measured as described herein but without the terrace, see Exhibit “3” to the Declaration.