PRG -2-Building Services Struct-Eng Review GUIDELINES
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Assistant Building Engineer II Job Description
VILLAGE OF CARPENTERSVILLE POSITION DESCRIPTION POSITION/TITLE: Assistant Building Engineer II DEPARTMENT: Public Works GRADE LEVEL: N/A UNION: N/A FLSA CLASS: Non-exempt REVISED DATE: July 7, 2021 JOB SUMMARY Under the supervision of the Building Maintenance Superintendent, the Assistant Building Engineer II performs technical and complex building maintenance repairs, troubleshooting, and alterations involving HVAC systems, electrical systems, plumbing systems, and miscellaneous mechanical systems; light carpentry; furniture repair & assembly; door & lock repair; appliance repair, and other duties as assigned. ESSENTIAL DUTIES AND RESPONSIBILITIES The job duties listed are typical examples of the work performed by positions in this job classification. Not all duties assigned to every position are included, nor is it expected that all positions will be assigned every duty. Perform preventive and daily maintenance on HVAC, electrical, and plumbing systems in all Village facilities. Troubleshoot systems in Village facilities, which often includes diagnosing problems, locating and replacing defective part(s), and upgrading systems to current standards, if and when possible. Maintain and repair HVAC systems in-house and/or work with outside contractors. Install, maintain, and repair the buildings’ electrical systems and equipment, including fuses, circuit breakers, light fixtures, switches and light sensing devices, outlets, cord reels, etc. Perform a variety of building alteration tasks to include light carpentry, painting, moving furniture and office equipment, and other general day-to-day duties associated with maintaining commercial buildings. Perform minor plumbing repairs such as repairing leaking faucets, toilets, and pipes; unstop toilets, urinals, and sink drains. Assist the Building Maintenance Superintendent in inspecting work performed by divisional employees or contractors to ensure compliance with procedures and specifications. -
“Complying with All Laws” During Design and Construction by Eric Pempus, AIA
Submitted August 9, 2016 “Complying with all laws” during design and construction By Eric Pempus, AIA Consider this situation: You have been awarded a commission to design a building for a new client. You propose using the AIA’s Standard Form of Agreement B101 as your owner-architect contract, but the client insists you sign a version of the B101 “with just a few minor changes.” You notice that one of those changes requires you to “comply with all laws, rules, and regulations," rather than, as the B101 states, to “review laws, codes, and regulations applicable to the Architect’s services.” That changed language should be setting off alarm bells for you. One of the most overlooked yet dangerous pitfalls for an architect is a provision in a legal document requiring a design professional to “comply with all laws, rules, and regulations" or similar language. However, such a provision can create a trap for an unsuspecting architect. The problems with “complying with all codes” A large number of laws apply to the design and construction of buildings. These laws govern: life safety (national model building codes as well as local variations) fire protection accessibility (ADA as well as local requirements) zoning occupant safety (e.g., OSHA) sustainable design wetlands preservation public health historic preservation and employment (federal, state, and local). It may in fact be impossible to comply with all laws that apply to a particular project because those laws may have contradictory provisions. To illustrate this point, the Advisory -
Why Homeowners Should Not Obtain the Building Permit for Construction Projects
MASSACHUSETTS FEDERATION OF BUILDING OFFICIALS, Inc. .. .. ,~> . A.:t' ··.·• President - Dan Walsh Past Presidents Vice President - Curtis Meskus David Moore, Steve Frederickson Treasure - David Jensen Paul Tacy, Robert Camacho Secretary - Michael Mendoza Why homeowners should not obtain the building permit for construction projects. Massachusetts homeowners are allowed to obtain their own building permit for renovations and improvements to their homes. Obtaining your own building permit comes with significant responsibility and risk. Professionals recommend that only homeowners with significant experience and skill renovating homes and up to date knowledge of building codes pull their own permits. Before you decide to apply for your own building permit be sure you know what will be required to comply with the new Massachusetts building code and all related state and local requirements. Not knowing can cause significant project delays and inconvenience and potentially cost you thousands of dollars to rectify mistakes. For example, if work on a project is halfway done and it is not compliant with structural or energy code you may have to remove the work and replace it to meet the new code. The Risks of Homeowner - Obtained Permits Excluded from the Guaranty Fund: When the homeowner obtains a building permit they are not eligible to access the Guaranty Fund established by the Home Improvement Law, M.G.L. c142A. This fund was created to protect homeowners from losses incurred as a result of contractor or sub-contractor work performed in a poor or un-workmanlike manner, or work that is in violation of common law or code. For example if a homeowner obtains the building permit and hires a contractor who abandons the job because he priced it too low, the money lost cannot be recovered from the Guaranty Fund. -
9786 BUILDING ENGINEER (GSD) NATURE of WORK: Under Limited
9786 BUILDING ENGINEER (GSD) NATURE OF WORK: Under limited supervision, performs highly complex engineering, architectural and/or technical work managing large, on-going construction, maintenance and renovation projects for major building infrastructure systems such as HVAC systems, environmental conditions, structural systems, electrical and fire protection systems for the General Services Division. Work involves research, analysis and evaluation of emerging technologies as applied to the design, construction, maintenance, operations and use of the building infrastructure. Work involves project management and oversight including planning, design, development and timely completion of capital projects in the assigned area. Responsible for management of all phases of multiple projects simultaneously. Oversees the development of project definition and scope; determines maximum cost effectiveness among alternatives; plans, maintains and adjusts project schedules; determines the engineering and technical services needed and assures that all technical reviews are completed. May represent the Division at public meetings, hearings or discussions with public officials or other state and federal agencies. Work is performed in office and field settings. Occasional statewide travel is required. Performs related work as required. EXAMPLES OF WORK PERFORMED Plans and develops complex projects regarding high performance building energy systems and environmental/life safety systems for new buildings, major renovations and existing building infrastructure. -
"B" Wing Renovations
SCC - Jack A. Powers Building “B” Wing Renovation OSE # H59-6148-JM-B SPARTANBURG, SC SPARTANBURG COMMUNITY COLLEGE BID REVIEW 04.12.2021 MPS PROJECT #020041.00 2020 Edition TABLE OF CONTENTS PROJECT NAME: SCC Jack A. Powers Building "B" Wing Renovation PROJECT NUMBER: H59-6148-JM-B SECTION NUMBER OF PAGES Table of Contents .........................................................................................................................................2 SE-310, Invitation for Design-Bid-Build Construction Services..............................................................1 AIA Document A701 Instructions to Bidders South Carolina Division of Procurement Services, Office of State Engineer Version.........................13 Bid Bond (AIA A310 or reference) .............................................................................................................1 SE-330, Lump Sum Bid Form.....................................................................................................................6 AIA Document A101 Standard Form of Agreement between Owner and Contractor South Carolina Division of Procurement Services, Office of State Engineer Version...........................9 AIA Document A201 General Conditions of the Contract for Construction South Carolina Division of Procurement Services, Office of State Engineer Version.........................49 G702-1992 Application & Certification for Payment - Draft ..................................................................1 G703-1992 Continuation Sheet - Draft.......................................................................................................1 -
ELECTRICAL CODE* ______*Editor’S Note: Ordinance No
ARLINGTON COUNTY CODE Chapter 7 ELECTRICAL CODE* __________ *Editor’s note: Ordinance No. 09-11, adopted April 28, 2009, amended Chapter 7, in its entirety, to read as herein set out. __________ § 7-1. Title and Scope. § 7-2. Definitions. § 7-3. Availability of Codes. § 7-4. Administration and Enforcement. § 7-5. Reserved. § 7-6. Permits and Fees. § 7-7. General Provisions. § 7-1. Title and Scope. A. Title. This chapter shall be known as the "Arlington County Electrical Code" and may be so cited. B. Scope--New electrical systems. This Code shall apply to electrical systems and to parts thereto which are hereafter installed in buildings of the occupancy classifications enumerated in the Virginia Uniform Statewide Building Code. (Ord. No. 89-25, 9-23-89); Ord. No. 07-13, 9-18-07, effective 10-1-07; Ord. No. 08-08, 4-19-08, effective 7-1-08; Ord. No. 09-11, 4-28-09) § 7-2. Definitions. The following words and terms, when used in this chapter, shall have the following meanings unless the context clearly indicates otherwise: “Building Official” means the Inspection Services Division Chief of Arlington County or his designee. “Construction Code Inspector” means a qualified person charged with the inspections of all electrical systems and electrical work performed in the County. (Ord. No. 89-25, 9-23-89; Ord. No. 95-14, 8-8-95; Ord. No. 97-7, 4-12-97; Ord. No. 07-13, 9-18-07, effective 10-1- 07; Ord. No. 08-08, 4-19-08, effective 7-1-08; Ord. No. -
20171 Minimum Design and Construction Requirements
Virginia Housing Development Authority 20171 Minimum Design and Construction Requirements Requirements for All Developments The following requirements were created to address issues related to the design, construction, maintenance, marketing, life cycle costs and aesthetic concerns for developments utilizing low income housing tax credits (LIHTC), and/or developments financed by the Virginia Housing Development Authority (VHDA). Submission requirements for VHDA loan applications are listed on the Architectural & Engineering Review sheet which can be found at the conclusion of the Minimum Design and Construction Requirements (MDCR). Submission requirements for the LIHTC program are contained in the tax credit application. Drawings, specifications and scope of work are to comply with the latest applicable issue of the Virginia Uniform Statewide Building Code (USBC)2, International Building Code (IBC)3, other applicable Virginia and national codes, requirements of localities, prevailing design and construction practices and the Minimum Design and Construction Requirements of VHDA. Installation of materials, equipment, products, and building systems are to be per the manufacturers’ requirements, specifications, and recommendations. All developments are to comply with accessibility requirements of USBC. Requirements for New Construction SITE WORK 1. Finished floor elevations of buildings are to be a minimum of 8 inches higher than the adjoining finished grade. When achieving an 8 inch height separation is not feasible, due to accessibility requirements or other conditions, provide an alternate solution acceptable to VHDA. 2. Areas around buildings are to be graded to have a minimum 5% slope away from foundation walls for a minimum distance of 10 feet, per IBC. Install yard drains, storm inlets, or drainage pipes under concrete walks to drain properly if the space between foundation walls and concrete walks is less than 10 feet. -
Building Codes and Housing
Building Codes and Housing Building Codes and Housing David Listokin Rutgers University David B. Hattis Building Technology Inc. Abstract This article examines whether and to what extent building codes affect housing costs. It first describes these technical provisions, then considers how building codes could theoretically affect housing costs, and finally analyzes empirical studies on the subject. While the latter are dated and suffer from other limitations, the more rigorous quan titative analyses indicate that codes increase housing costs by 5 percent or less. Further, building codes are in a state of flux and we need to examine how the current generation of regulations affects housing. Thus, building codes merit contemporary investigation; however, these regulations have much less impact on housing costs compared to other regulations such as zoning and subdivisions requirements. Introduction and Summary This article considers the regulation of housing construction (single-family and multifamily, new construction and rehabilitation of existing buildings), focusing on the building code (a broad term specifically defined in this article). It first describes the building code and then traces its history. The history of the building code is important because numerous events and disparate parties have shaped the code, which currently is in a state of evolution. The code is moving toward two national model templates that influence local building code regulations, and away from the three regional-oriented model codes that have been influencing local regulations. In theory, the building code could adversely affect housing production and could increase housing costs through both substantive (technical) and administrative impediments. Examples of the former include restrictions of cost-saving materials and technologies and barriers to mass production; the latter encompasses such barriers as administrative conflicts among different administering parties (for example, building and fire departments) and inadequately trained inspectors. -
Building Code Compliance: Managing the Risks
Fall 2016 Building code compliance: managing the risks To many architects and engineers (A/E’s), the words Gail S. Kelley, P.E., J.D. ConstructionRisk, LLC “building code” have a distinctly negative connotation. This is not entirely surprising— the words often come up in the context of an obscure requirement that no one understands. Or even worse, two obscure requirements that appear to contradict each other. Being able to design to the applicable building code is a non-negotiable In agreeing to comply with applicable codes, Rather than developing an entire building element of an A/E’s work. however, the A/E should be careful to code, states generally base their codes on a Even if a contract does not understand exactly what they are agreeing to. model code developed by a standards require compliance with In addition, if there are aspects of the design organization. For most of the 20th century, that the A/E is not familiar with, or the there were three commonly-used model applicable codes, courts will project is in a jurisdiction in which the A/E codes in the U.S.: the Uniform Building Code generally find that failure to does not typically work, the A/E might want (UBC), the Building Officials Code comply with the building to consider using a code consultant. Administrators National Building Code (BOCA/NBC) and the Standard Building Code code is negligence. Model codes (SBC). The UBC was primarily used in the Building codes and standards are the midwestern and western states, the BOCA/ rules and guidelines that specify the minimum NBC was used in the northeastern states and acceptable level of safety for buildings and the SBC was used in the South. -
General Q. How Can I File a Building Code Or Zoning Complaint?
Inspectors Schedule Q. What are the inspectors’ office hours? A. The Building Inspector’s hours are 8:00-10:00am and 12:00-2:00pm M thru F. The Wiring Inspector’s hours are 8:00-9:00am and 2:30-4:00pm M thru F. The Plumbing and Gas Inspector’s hours are 8:00-9:00am and 3:00-4:00pm M thru F. Q. What are the inspection times? A. The building inspections are conducted from 10:00am-12:00pm and 2:00-3:30pm M thru F. The wiring inspections are conducted from 9:00am-2:30pm M thru F. General Q. How can I file a Building Code or Zoning Complaint? A. In order to file a complaint, click on the Request for Enforcement Link. Form must be filled out completely. Permits Information Q. Does a contractor need to register with Town of Wellesley before he/she can apply for a permit? A. All Contractors and Designees need to register with the Town before they can do work in the town. They must come to the Town Hall Building Department with the licenses they are registering. No photo copies will be excepted and contractor must appear in person. Q. When is a building, gas, plumbing, or electrical permit required? A. All work that is regulated by the Mass State Building Code 780 CMR 110.0 requires a permit. With very few exceptions, a permit is required for most building, gas, plumbing, or electrical work. Please error on the side of caution and contact the Building Department to verify if work to be performed requires a permit. -
Washington State Building Code International Building
WASHINGTON STATE BUILDING CODE CHAPTER 51-50 WAC INTERNATIONAL BUILDING CODE 2018 Edition Includes adoption of and amendments to the 2018 International Existing Building Code and ICC/ANSI A117.1-2009 Washington State Building Code Council Effective July 1, 2020 Copies of the State Building Codes and complete copies of the 2018 International Building Code as published by the International Code Council may be obtained from: Washington Association of Building Officials Post Office Box 7310 Olympia, Washington 98507-7310 (360) 628-8669 www.wabobookstore.org or toll free in Washington State at (888) 664-9515 The 2018 International Building Code, as published by the International Code Council, may be viewed at the following website: https://codes.iccsafe.org/content/IBC2018P4 First Edition Titled International Building Code Chapter 51-50 WAC Effective July 1, 2020 Preface Authority: The International Building Code (Chapter 51-50 WAC) is adopted by the Washington State Building Code Council pursuant to Chapters 19.27 and 70.92 RCW. These codes were first adopted by reference by the Washington State Legislature in 1974. In 1985, the Legislature delegated the responsibility of adoption and amendment of these codes to the State Building Code Council. Code Precedence: The State Building Code Act, Chapter 19.27 RCW, establishes the following order of precedence among the documents adopted as parts of the State Building Code: International Building Code, Standards and amendments -WAC 51-50; International Residential Code, Standards and amendments – WAC 51-51; International Mechanical Code, Standards and amendments - WAC 51-52; International Fire Code, Standards and amendments - WAC 51-54A; Uniform Plumbing Code, Standards and amendments - WAC 51-56 Where there is a conflict between codes, an earlier named code takes precedence over a later named code. -
Building Engineer 2 Permanent Full-Time Positions – Hamilton, ON
Building Engineer 2 Permanent Full-time positions – Hamilton, ON If you’re an experienced Engineer or Architect, conversant with building regulations and construction procedures, we invite you to consider joining the City of Hamilton’s Building Services Division. Reporting to the Manager of Building Engineering & Zoning, and working under the supervision of the Chief Building Engineer, you’ll assist in ensuring and providing a living environment free of safety, health and fire hazards through plan examination and site inspection, and by advising professionals on regulatory requirements. Acting as a subject matter expert, you’ll provide verbal and written technical advice to the public and staff on site conditions, advise and assist design professionals in the design of buildings, and assist building inspection and customer service staff in interpreting regulatory requirements. Your qualifications as a Building Engineer include: • Bachelor of Engineering or Architecture from a recognized university, eligibility for designation as a Professional Engineer or Architect in Ontario, and related work experience. • Qualified under Ministry of Municipal Affairs and Housing qualification and registration program under the Ontario Building Code Act as a “Qualified Inspector” with the following categories: o General Legal/Process o Small Buildings o Complex Buildings o Building Services o Building Structural o Plumbing All Buildings o On-Site Sewage Systems. • Significant knowledge of building regulations and construction procedures. • A construction background in field techniques and modern construction practices and/or formal building design experience. • Frequent up-to-date training/seminars on an ongoing basis to maintain technical expertise in construction techniques. • Demonstrated ability to organize and prioritize workloads.