In-Scope Construction Trades Worker Occupations
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“The Science and Misteire of Glazing”: Thoughts on the Use of Marked Window Leads in Archaeological Analysis Timothy B
Northeast Historical Archaeology Volume 45 Article 5 2016 “The science and misteire of glazing”: Thoughts on the Use of Marked Window Leads in Archaeological Analysis Timothy B. Riordan Follow this and additional works at: https://orb.binghamton.edu/neha Part of the Archaeological Anthropology Commons Recommended Citation Riordan, Timothy B. (2016) "“The cs ience and misteire of glazing”: Thoughts on the Use of Marked Window Leads in Archaeological Analysis," Northeast Historical Archaeology: Vol. 45 45, Article 5. Available at: https://orb.binghamton.edu/neha/vol45/iss1/5 This Article is brought to you for free and open access by The Open Repository @ Binghamton (The ORB). It has been accepted for inclusion in Northeast Historical Archaeology by an authorized editor of The Open Repository @ Binghamton (The ORB). For more information, please contact [email protected]. 120 Riordan/Marked Window Leads “The science and misteire of glazing”: Thoughts on the Use of Marked Window Leads in Archaeological Analysis Timothy B. Riordan Marked window leads have the potential to add significant insights to the understanding of archaeological sites. One of the few artifacts that commonly bears a date, window leads can provide a terminus post quem (TPQ) for the feature or level in which they are found. There have been attempts to go beyond their use as a TPQ, and, based on these artifacts, describe architectural sequences, structural changes, and do feature comparisons. While all of these have produced interesting results, their validity remains uncertain because of a lack of basic data on glaziers and vise makers. This study looks at the adoption of the glazier’s vise in England, identifies several of the men who made them, and investigates the history of several of the glaziers that used them. -
Demonstrate Knowledge of Construction Subcontractors' Work
13015 version 3 Page 1 of 3 Demonstrate knowledge of construction subcontractors’ work and main contractor’s responsibilities Level 3 Credits 1 Purpose People credited with this unit standard are able to describe the work of construction subcontractors on building sites and explain the main construction contractor’s responsibilities to the subcontractor. Subfield Construction Trades Domain Carpentry Theory Status Registered Status date 25 January 2008 Date version published 25 January 2008 Planned review date 31 December 2012 Entry information Open. Replacement information This unit standard and unit standard 13052 replaced unit standard 616. Accreditation Evaluation of documentation and visit by NZQA and industry. Standard setting body (SSB) Building and Construction Industry Training Organisation Accreditation and Moderation Action Plan (AMAP) reference 0048 This AMAP can be accessed at http://www.nzqa.govt.nz/framework/search/index.do. Special notes 1 Credit for this unit standard indicates compliance with industry practice. Industry practice refers to the ability to demonstrate knowledge that reflects the uniformity, finish quality and material economies currently accepted within industry. 2 Legislation relevant to this unit standard includes: Health and Safety in Employment Act 1992 and Health and Safety in Employment Regulations 1995; Building Act 2004; © New Zealand Qualifications Authority 2008 13015 version 3 Page 2 of 3 Resource Management Act 1991; New Zealand Building Code; NZS 3604:1999 Timber Framed Buildings, available from Standards NZ (http://www.standards.co.nz). Elements and performance criteria Element 1 Describe the work of construction subcontractors on building sites. Performance criteria 1.1 Work of subcontractors is described in terms of their activities and responsibilities on site. -
Study Guide: Windows & Doors
STUDY GUIDE: WINDOWS & DOORS Learning Objectives: • The features and benefi ts of the products you sell. • How to answer your customers’ product-related questions. • How to help your customer choose the right products. • How to increase transaction sizes by learning more about add-on sales and upselling techniques. Chapter 1: Windows Module 1: Window Construction Product Knowledge: • The Jamb is the frame around the top and side of a window. • The Sill is the piece that forms the bottom member of a window frame. It sheds water away from the window and wall and usually extends 1” to 1-1/2” from the wall. • The Frame is the entire jamb and sill assembly. • The Sash (or Vent) is the frame that immediately surrounds the glass, or the entire frame and glass assembly. • The Stops are fastened around the inside of the jamb to hold the sliding sash in place or provide a meeting surface for a swinging sash. • The Mullion is the connecting piece between two or more windows fastened together. • The Stool is the fl at trim piece at the bottom inside of the window. • The Apron is fastened along the interior wall beneath the stool, to hide the gap between the bottom of the window and the wall. • The Casing is the trim around the inside or outside of the window that hides the gap between the window and the surrounding wall. Window frame materials Next, let’s look at the basic types of materials used in the window frame. Wood • Wood sash are made with mortise-and-tenon joints and glued together. -
SPOTLIGHT on Jimmy Blocker: Title Glazier & Welder for R.A
JIMMY BLOCKER 2011 GLAZIER OF THE YEAR SPOTLIGHT On Jimmy Blocker: Title Glazier & Welder for R.A. Kennedy & Sons, Inc. (Aston, PA) Hometown Darby, PA Family Wife Bianca; kids Tajha (25), Ryna (23), and James (17) Awards Jimmy was recognized for his contributions to Local 252 as Apprentice of the Year in 1998 and Glazier of the Year in 2011. ABOUT JIMMY With over 22 years as a member of Local 252, Jimmy Blocker has Center’s new Patient Tower in Wynnewood, Pa., and Einstein had wide exposure to the glazing trade. He currently works for Medical Center Montgomery in Norristown, Pa. R.A. Kennedy & Sons, Inc., where he focuses predominantly on welding. He performs both glazing and welding work for projects Jimmy began his tenure as a glazier just after graduating from high in the healthcare, commercial, pharmaceutical, education, and school in North Philadelphia. A teacher advocated the trade and multi-family residential markets. the opportunities it offered. Jimmy now shares the same advice with young people he meets, including his 17-year-old son, who Jimmy currently works on is currently exploring options for his own future. the Holtec International campus rising in Camden, “It’s a great job to go for,” he says. “The guys you meet look out N.J. The 50-acre site for each other. We have a tight-knit family in this union.” along the Delaware River will include a new Jimmy doesn’t personally mind the heights or even the cold, but glass-clad Corporate the heat of the summer months sometimes takes its toll. -
Construction Industry
CONSTRUCTION INDUSTRY INDUSTRIES FACTS & JOB PATHWAYS 2012 Construction Industry The Construction Industry is the third largest employing industry in Australia. This industry employs 1,045,500 (or 9.2 % of the workforce) as at November 2011. CONSTRUCTION INDUSTRY SECTORS Weekly Wage Industry Facts! Non - Residential Building Construction $1,350 Industry Overview: Heavy and Civil Engineering Construction $1,200 Workforce size = 9.2% Land Development & Site Preparation Services $1,100 Workforce numbers = 1,045,500 Building Structure Services $1,054 Building Installation Services $1,050 Employment by gender: Residential Building Construction $1,000 Other Construction Services $977 Building Completion Services $900 11% 89% Positions difficult to fill Positions difficult to fill Positions difficult to fill Positions difficult tofill Construction Project Welder (First Class) Bricklayer Electro technology Manager Surveyor Fitters Stonemason Electrician Quantity Surveyor Metal Machinists Floor Finisher Air Conditioning and Refrigeration Mechanic Civil Engineering Electrician Glazier Air Conditioning and Professional Mechanical Services Plumber Building Associate Carpenters and Joiners Roof Tiler Gasfitter Construction Estimator Earthmoving Plant Operators Plumber Cabinet Maker Construction Managers Building & Plumbing Roof Plumber Labourers General Clerks Truck Drivers Drainer TOP TWENTY: Construction Jobs Carpenters & Joiners 97,900 Bricklayers & Stonemasons 29,400 Employment Growth: Electricians 92,000 Gardeners 23,200 3.6% or 195,800 (five -
Award Three Contracts Each Per Specialized Trade
BID RESULTS CK09MERCER2017-16 COUNTY FACILITIES AND SYSTEMS REPAIR FOR THE COUNTY OF MERCER AND THE MERCER COUNTY COOPERATIVE CONTRACT PURCHASING SYSTEM FOR A PERIOD OF ONE (1) YEAR WITH THE OPTION TO EXTEND TWO (2) YEARS BASED UPON THE INDEX RATE BID OPENING DATE: NOVEMBER 28,2017 AWARD MULTIPLE CONTRACTS FOR GENERAL TRADES BASED UPON GRAND TOTAL; AWARD THREE CONTRACTS EACH PER SPECIALIZED TRADE; SUBCONTRACTING PERMITTED; MUST HAVE LOW BID FOR GENERAL TRADES, ELECTRICIAN, LOW BID FOR ELECTRICIAN, PAINTER, LOW BID FOR GENERAL TRADES AND CEMENT LOW BIDDER FOR ELECTRICIAN AND HIGH LICENSES/CERTIFICATIONS IF APPLICABLE; ALL WORK PAINTER, CEMENT MASON AND PLUMBER/PIPEFITTER, ASBESTOS REMEDIATION, MASON. VOLTAGE ELECTRICIAN WARRANTED FOR ONE YEAR; MATERIALS: 10% MARKUP PLUMBER/PIPEFITTER. LEAD AND MOLD REMEDIATION UP ON MATERIALS; CONTRACT TERM: ONE (1) YEAR WITH THE OPTION TO EXTEND TWO (2) YEARS BASED UPON THE INDEX RATE CONTRACT TERM:JANUARY 1,2018 TO DECEMBER RES.2018-90 31,2018 NAME OF BIDDER SCOZZARI BUILDERS INC. RICASOLI & SANTIN CONTRACTING CO., INC. J.H WILLIAMS ENTERPRISES INC. GARY KUBIAK& SON ELECTRIC, INC. ADDRESS 1891 NORTH OLDEN AVENUE 4 FERNDALE AVENUE 231 HAINES DR 12 SHARON ROAD CITY, STATE, ZIP TRENTON, NJ 08638 MERCERVILLE, NJ 08619 MOORESTOWN , NJ 08057 ROBBINSVILLE, NJ 08691 CONTACT LEONARD J.SCOZZARI ROBERT HEARN JR. JAMES H. WILLIAMS GARY KUBIAK, JR. TELEPHONE 609 989 1221 609 588 9539 856 793 7114 609 259 8600 FAX 609 989 1262 609 588 6848 856 222 0071 609 259 8606 E-MAIL [email protected] [email protected] [email protected] [email protected] INSURANCE CERTIFICATE REQUIRED IF AWARDED REQUIRED IF AWARDED REQUIREDIF AWARDED REQUIREDIF AWARDED INSURANCE AND INDEMNIFICATION SIGNED AND DATED SIGNED AND DATED SIGNED AND DATED SIGNED AND DATED EXTEND TO COOP YES YES YES YES SCOZZARI BUILDERS INC. -
Download the Job Descriptions
Kenyatta University Teaching, Referral & Research Hospital (KUTRRH) www.kutrrh.go.ke JOB DESCRIPTIONS Kenyatta University Teaching Referral and Research Hospital is in the process of constructing an Integrated Molecular Imaging Centre (IMIC) and intends to fill the following positions for the project team on a fixed term contract. 1. PROJECT MANAGER - KUTRRH/IMIC/DCSAPM/236– 1 POST Position Description The Project Manager shall be responsible for leading the team in the construction of the Integrated Molecular Imaging Center involving the construction of the infrastructure as well as the installation of specialized equipment; Oversee the development of the project implementation plan and all other aspects of the project to ensure completion on time and within budget and scope. Job Responsibilities i. Develop a detailed project plan to monitor and track progress of the project ii. Obtain necessary permits, approvals, and other regulatory prerequisites to the project iii. Ensure compliance with legal requirements, building and safety codes, and other regulations. iv. Collaborate with architects, engineers, and other construction specialists to ensure that the project adheres to the specifications and set standards. v. Plan for the resources needed to complete the project and coordinate the utilization of the said resources vi. Convene, Coordinate and conduct site meetings vii. Create and maintain comprehensive project documentation viii. Provide direction over contractors and subcontractors ix. Manage construction schedule and activities x. Oversee the construction phase of the project including chairing of site meetings and inspections and ensuring quality control policies and measure in place are adhered to xi. Issue progress updates as needed regarding costs and timelines xii. -
Glazier Quick Start Guide
Guide QDM-05-000037 Glazier Quick Start Guide Table of Contents Section 1: Introduction • Preface • Conflicting Technical Requirements • Assumptions • Quality Assurance • Delivery, Storage, and Handling Section 2: Dynamic Electrochromic Glass • Intro to Dynamic Electrochromic Glass • Glazing Materials, Products and Consumables • Diagrams of View Controls Section 3: Before You Begin Installation • Glazing Scope • Coordination • Installation Preparation Section 4: Approval of Glazier Shop Drawings • Review Process of Glazier Integration Strategy • Approval Process of Final Glazier Shop Drawings • Submission of Stamped Glazier Shop Drawings Section 5: Glazier Training • Online Training • Glazier Shop Training • On-Site Training Section 6: Installation • Holes and other penetrations • Grommet Applications and Requirements • Cable Management Section 7: Required IGU Testing Protocols • Work Breakdown Structure for testing IGUs • Cable Pathways & Cable Identification • Cable Management Rev 04 | Jun 2021 © 2021 View, Inc. All rights reserved. 1 Glazier Quick Start Guide Section 1: Introduction Preface The information in this installation guide is designed to assist our trade partner with the preparation, installation, commissioning and quality assurance checks for View, Inc. products. Our trade partner must ensure that all requirements below are met with equivalent or superior products, consumables, recommendations and standards. View, Inc. makes no guarantee as to the accuracy of information obtained from outside sources. View does not assume responsibility for workmanship. Rev 04 | Jun 2021 © 2021 View, Inc. All rights reserved. 2 Glazier Quick Start Guide Conflicting Technical Requirements Any conflicting terms, specifications or other written requirements must be brought to the attention of View’s Purchasing Department before installation begins. Assumptions This installation guide assumes the following: 1. Glazing Trade partner understands the layout and configuration requirements of the View provided interconnect drawings. -
Program Outline
PROGRAM OUTLINE Glazier To order additional copies please contact: Government Publications Services PO Box 9452 Stn Prov Govt Victoria, BC V8W 9V7 Phone: 250 387-6409 or Toll Free: 1 800 663-6105 Fax: 250 387-1120 www.publications.gov.bc.ca Copyright © 2008 Industry Training Authority This publication may not be reproduced in any form without permission by the Industry Training Authority Contact Director, Government Publications Services, Queen’s Printer at 250 356-6876 GLAZIER PROGRAM OUTLINE August, 2008 Developed By Industry Training Authority Province of British Columbia TABLE OF CONTENTS FOREWORD ................................................................................................................................. II ACKNOWLEDGEMENTS ........................................................................................................... III SECTION 1 OCCUPATION ANALYSIS CHART ........................................................................ 1 SECTION 2 GLAZIER PROGRAM OUTLINE ............................................................................ 4 SUGGESTED SCHEDULE OF TIME ALLOTMENT FOR GLAZIER ........................................... 6 PROGRAM OUTLINE FOR LEVEL 1 .......................................................................................... 8 LINE: A USE SAFE WORK PRACTICES ........................................................................... 9 LINE: B USE TOOLS AND EQUIPMENT ......................................................................... 19 LINE: C ORGANIZE WORK ............................................................................................ -
QPM Ltd. Tender Document 1020
QPM Ltd. Tender Document _1020 ITEM DESCRIPTION UNIT RATE (€) QUANTITY AMOUNT (€) Excl. VAT Excl. VAT Bill No. 1 : PRELIMINARIES 1.01 CONTRACT: Allow for complying with obligations and liabilities in, or implied by the contract documents and for all necessary temporary and ancillary works. Mobilisation and demobilisation of all necessary plant. Provide all necessary insurance as required by the conditions of contract. Provide for the co-ordination and execution of the total works for the work of sub-contractors appointed by Contractor. Provision of competent supervision during the duration of the works. Sum 1.02 SPECIFICATIONS: Allow for all necessary instruments, materials and testing, contained or implied by the specifications. Allow for the supply of samples and materials for testing. Retain approved samples in good, clean condition on site for comparison with product used in the Works. Sum 1.03 Before starting work, allow for examining all available information, allow for carrying out all surveys, setting out of works, agreeing levels including the provision and erecting permanent setting out marks of the quantity and quality as required by the Architect. Submit a survey report and method statements to the Architect covering all relevant matters listed below • The form, condition and demolition methods of the structure(s). • The form, location and removal methods of any toxic or hazardous materials. • The type and location of adjoining or surrounding premises which may be adversely affected by noise, vibration, dust or removal of structure. • The identification and location of services above and below ground. Sum 1.04 HEALTH & SAFETY: Allow for protecting at all times the whole of the works, including providing screens, fans, planked footways, guardrails, warning lights and similar items as required and as deemed necessary at all times by the Architect Ensure that means of escape from the property in the event of fire are maintained for the duration of the Works. -
Thomas, John C. Exploring Careers in Construction: a Guide
DOCOMBIT RESUME ED 098 414 95 CE 002 519 AUTHOR Thomas, John C. TITLE Exploring Careers in Construction: A Guide for Teachers. INSTITUTION Kentucky Univ., Lexington. Vocational Education Curriculum Development Center. SPONS AGENCY Bureau of Occupational and Adult Education (DREW /OE), Washington, D.C.; Kentucky State Dept. of Education, Frankfort. Bureau of Vocational Education. PUB DATE Jul 74 GRANT OEG-0-72-4683 NOTE 257p.; For other guides in the series,see CE 002 518-527, and CE 002 530 AVAILABLE FROM Curriculum Development Center, Room 151, Taylor Education Building, University of Kentucky, Lexington, Kentucky 40506 (Single copies only, $6.00) EDRS PRICE MF-$0.75 HC-S12.60 PLUS POSTAGE DESCRIPTORS Audiovisual Aids; Behavioral Objectives; Building Trades; *Career Education; *Construction Industry; *Curriculum Guides; Curriculum Planning; Employment OpportunIties; Instructional Materials; Integrated Curriculum; *Junior High Schools; Occupational Clusters; Occupaticnal Information; Resource Guides; *Resource Materials; Skilled Occupations; Teaching Guides; Unit Plan; Vocational Development IDENTIFIERS Career Exploration; Kentucky ABSTRACT One of 11 guides which can be used as aresource for junior high school teachers in implementing the explorationphase of career education, the guide allows students an opportunity to learn about the construction cluster and theirown personal aptitudes and attitudes. The first unit of the guide providesan overview of the contstruction industry, trends and outlooks, trainingopportunities, and organized labor. The remaining six units deal withsix job classifications within the construction industry: designand planning, carpentry, masonry, electricity, metal, andfinishing. The guide contains units on each of thes3areas along with suggestions for teaching them in the laboratory situation. Each unitspecifies a unit purpose and performance objectives and includes:(1) a brief description of unit content, (2) teaching-learning activities, (3) evaluation techniques, and (4) suggestedresources. -
Worker Crushed by a Crate of Glass at a Residential Construction Site Case Report: 06NY001
STATE OF NEW YORK DEPARTMENT OF HEALTH FATALITY ASSESSMENT AND CONTROL EVALUATION Worker Crushed by a Crate of Glass at a Residential Construction Site Case Report: 06NY001 SUMMARY On January 9, 2006, a 60 year-old male ironworker employed by an ornamental metal working company sustained fatal injuries when a crate of glass panes fell on him at a residential construction site. On the day of the incident, the company was contracted to install curtain walls (large double- paned thermal insulated glass) at the residence. Prior to installation, the workers staged the crates containing multiple plates of glass in such a way that when the crates were opened, the plates of glass would not fall out and the top glass sheet could be easily retrieved. The workers stood the crates on their sides, tilted them to a slight angle and supported the crates with either wooden bars (legs) or another crate of similar size and weight. When crates are staged in pairs, they form an upright triangle or “A” frame with the tops of the two crates touching and supporting each other. The incident happened while the workers were staging two crates (A and B) into an “A” frame. Crate A weighed approximately 1,859 pounds (Lbs.) and Crate B weighed approximately 1,943 Lbs. At the time of the incident, the foreman was standing at the north end of the two crates and a co-worker was at the south end. The victim was at the west side of the crates facing Crate B. The foreman directed the workers to push and tilt the crates towards each other.