Carpenters Apprenticeship Internship: Student And Industry Perspectives,
2016
California Polytechnic State University, San Luis Obispo
Carpenters Apprenticeship Internship: Student And Industry Perspectives, Chris Falco
Construction Management
The Carpenters Apprenticeship Internship program is designed to provide students the opportunity to work as a construction laborer and get hands-on work experience. The goal of this study is to address the perceived benefits of the Carpenters Apprenticeship Internship with respect to the students, the industry members, and the union. In looking at the benefits this opportunity presents, any value that is aligned among the parties involved will be highlighted to convey the mutual advantages. Lastly, the demand among students for experience such as this will be assessed to see what the perceived value of labor experience is among students …
Technology Adoption By California Central Coast Contractors,
2016
California Polytechnic State University, San Luis Obispo
Technology Adoption By California Central Coast Contractors, Nicholas A. English
Construction Management
Technology is trending in Construction, but it is unclear if smaller contractors have kept up with these trends like larger national companies have. This survey of San Luis Obispo County specialty and general contractors queried technology adoption, specific software use, estimator age, and opinions of various estimating attributes. It found that the majority of contractors use traditional estimating and quantity takeoff methods, the majority of contractors are 31 years old or older, and that local estimators value experience and knowledge as opposed to computer expertise. Local contractors recognize the value technology can provide, but have not adopted it in a …
Construction Of A Chicken Coop For Use By An Early Education Facility,
2016
California Polytechnic State University, San Luis Obispo
Construction Of A Chicken Coop For Use By An Early Education Facility, Luke Cypress
Construction Management
There is a demand in the early education field for methods of exposing early learners to where our food comes from and how it’s produced. An excellent source of this exposure is commonly utilized in an onsite chicken-coop. These coops are in essence working farms, producing eggs and in some cases meat. While coops are not prohibitively expensive they often fall outside the scope of normal operating or educational budgets and can be difficult to fund. The purpose of this project was to identify a school that could use and benefit from a coop at no cost to the school. …
Kihefo Vocational Center: Kabale, Uganda,
2016
California Polytechnic State University, San Luis Obispo
Kihefo Vocational Center: Kabale, Uganda, Jason Matthew Angerer
Construction Management
Journeyman International (JI) is a non-profit organization which acts as a platform for bringing together volunteer Architects, Designers, Engineers, and Construction Managers with humanitarian projects around the world. Kigezi Healthcare Foundation (KIHEFO) a non-profit NGO located in Kabale, Uganda is a client seeking to build a vocational center to educate the workforce of Uganda. The center will include multi-purpose class rooms, a dining hall, rabbit farm, carpentry shop, and living complex. The Architect on the project was Courtney Wedel from Cal Poly. As the Construction Manager on the project my responsibilities include; Design Assist, Feasibility Analysis, Scheduling, Estimating, and Managing …
A Case Study On Achieving 100% Customer Satisfactory Homes In Production Home Building,
2016
California Polytechnic State University, San Luis Obispo
A Case Study On Achieving 100% Customer Satisfactory Homes In Production Home Building, Garrett Whitlock
Construction Management
No abstract provided.
Bs News November/December,
2016
Technological University Dublin
Occupancy Estimation In Smart Building Using Hybrid Co2/Light Wireless Sensor Network,
2016
Department of Electrical and Computer
Occupancy Estimation In Smart Building Using Hybrid Co2/Light Wireless Sensor Network, Chen Mao, Qian Huang
ASA Multidisciplinary Research Symposium
Smart building, which delivers useful services to residents at lowest cost and maximum comfort, has gained increasing attention in recent years. A variety of emerging information technologies have been adopted in modern buildings, such as wireless sensor networks, internet of things, big data analytics, deep machine learning, etc. Most people agree that a smart building should be energy efficient, and consequently, much more affordable to building owners. Building operation accounts for major portion of energy consumption in the United States. HVAC (heating, ventilating, and air conditioning) equipment is a particularly expensive and energy consuming of building operation. As a result, …
Comparison Of Lean Construction In India And United States Of America,
2016
Western Kentucky University
Comparison Of Lean Construction In India And United States Of America, Vedangi Mahashabde
Masters Theses & Specialist Projects
The concept of Lean Construction has been introduced successfully into the Construction Industry to increase efficiency and profit by elimination of non-value adding activities or ‘Waste’. Lean Construction is an adaptation of Lean manufacturing principles and is the future of the Construction Industry in developing as well as developed countries. There has been much study and documentation conducted on ‘Lean Construction’ in USA. Even though people have started practicing Lean in India, there is lack of documented information available about it. Professionals within the Industry could already be minimizing ‘Waste’ and/or following Lean principles without the knowledge of the term …
Using Building Information Modeling (Bim) And The Last Planner System (Lps) To Reduce Construction Process Delay,
2016
Western Kentucky University
Using Building Information Modeling (Bim) And The Last Planner System (Lps) To Reduce Construction Process Delay, Zaid K. Ai Hussein
Masters Theses & Specialist Projects
The construction industry suffers from many practical problems and challenges; most being related to construction management. One of the most common recurring problems in construction projects is delay. Delay is a primary factor that can have an effect on project duration, scheduled delivery date, as well as the overhead cost of the project. This study investigated the problem of delays in construction projects. The research focused on the combination of Building Information Modeling (BIM) and Last Planner System (LPS) together to measure the execution time of construction projects. The aim of this study was to determine whether using BIM and …
High-Level Multi-Objective Model For Microgrid Design,
2016
Florida Institute of Technology
High-Level Multi-Objective Model For Microgrid Design, Siamak Talebi
Theses and Dissertations
Recently, there is vast inclination toward using renewable energy in rural areas away from the main electricity generation plants. Small airports located in rural areas are good candidates to apply sustainable energy for electrical power needs. Because of the intermittency of the renewable sources, it is important to have energy storage to guarantee an uninterrupted and stable power supply for end users. In this work, a high-level micro grid model is proposed considering making decisions about different factors such as different renewable sources capacity, storage and system capacity. A multi-objective model of a microgrid high-level design is used to formulate …
Bicp Global Bim Study,
2016
Technological University Dublin
Bicp Global Bim Study, Barry Mcauley, Alan Hore, Roger West
Articles
The BICP is a direct response to the 2014 Construction 2020 report calling on Enterprise Ireland to work with industry organisations to promote the use of BIM and develop the appropriate technical skills amongst Irish construction firms so that they can successfully compete in markets where BIM is widely adopted or a requirement. There are four distinct work packages to achieve the strategic objectives of the BICP which include amongst other things a systematic review of BIM adoption in international regions, with particular focus on the enablers to support national implementation programmes. This study focused on exploring the value proposition …
Fall 2016 - Volume 41, Number 1,
2016
Clemson University
Fall 2016 - Volume 41, Number 1, Full Issue
The Professional Constructor
No abstract provided.
Portable Modular Conveyor,
2016
Purdue University
Portable Modular Conveyor, Purdue Ect Team
ECT Fact Sheets Archive
The Portable Modular Conveyor-Material Placer (PMC) is a quick, easy, dependable and cost effective way to place materials in the limits of the confined grade or work area. This specialized piece of equipment was developed to place concrete in front of a concrete slip form-paving machine. The typical method of placing concrete requires a self-propelled belt placer, which is very expensive to purchase and mobilize to the jobsite. The PMC creates a significant cost savings in labor and equipment with the PMC. It is a direct replacement for conventional material placing equipment, including all in grade belt placing machines. As …
Bs News September/October,
2016
Technological University Dublin
Capacity Building For Sustainable Workforce In The Construction Industry,
2016
Texas A&M University
Capacity Building For Sustainable Workforce In The Construction Industry, Edelmiro F. Escamilla, Mohammadreza Ostadalimakhmalbaf
The Professional Constructor
Research has shown that the construction industry will face workforce shortages that will increase delivery cost and completion time. The purpose of this paper is to first identify and synthesize the fundamental factors impacting recruitment and retention of the potential construction workforce. A qualitative approach was employed in order to collect and synthesize known factors related to workforce development and capacity building for the construction industry. The paper then presents a conceptual framework for conducting research on capacity generation of a sustainable construction workforce—by considering the impact of family unit and cultural values, career path perceptions, higher educational attainment, and …
Comparing Owner Perceptions Vs. Performance Reality On Construction Management At Risk Public School Projects,
2016
Clemson University
Comparing Owner Perceptions Vs. Performance Reality On Construction Management At Risk Public School Projects, Noel Carpenter, Dennis C. Bausman
The Professional Constructor
Over the past decade construction expenditures for education have reached approximately $350 billion with $195 billion of that total spent on K-12 public schools. Public funding through state and local taxes is the primary source of support for construction and school districts are charged with spending these dollars wisely. Within the confines of procurement statutes school districts must select a delivery method that best suits their needs. Two commonly used delivery methods are Design-Bid-Build and Construction Manager at Risk (CM at Risk). This paper examines qualitative and quantitative data collected from one hundred thirty-seven new K-12 school projects constructed in …
Free Fall Of Self-Consolidating Concrete In Walls Three Meters High,
2016
Kansas State University
Free Fall Of Self-Consolidating Concrete In Walls Three Meters High, Donald J. Phillippi, Katie Loughmiller, Ray Buyle, Michael Cesena
The Professional Constructor
Self-consolidating concrete, (SCC) is a highly flowable, non-segregating concrete that allows for concrete placement without vibration or external consolidation. SCC also allows rapid concrete placement with reduced labor costs, resulting in vastly improved concrete surface finishes and architectural applications (RMCAO 2009). To accomplish SCC, the concrete industry has developed improvements in high-range water reducer admixtures for flowability and viscosity-modifying admixtures for stability. The current project investigated six specimens, which provided an evaluation of SCC allowed to free fall 3 m (10 ft) that filled wall formwork with different inclinations and amounts of steel reinforcement. The purpose of the investigation was …
Strength Of Reinforced Concrete Beams With High-Strength Steel,
2016
Purdue University
Strength Of Reinforced Concrete Beams With High-Strength Steel, Brian C. Rogers, Aishwarya Puranam, Santiago Pujol
The Summer Undergraduate Research Fellowship (SURF) Symposium
Structures are commonly made of reinforced concrete, which is a composite material made of concrete and steel reinforcement. Using high-strength steel, with yield stress larger than 100 ksi, could help reduce the quantity of steel required in structural members, thus reducing costs and improving constructability. The hypothesis being tested is that smaller quantities of high-strength steel reinforcement (HSSR) can be used in place of conventional steel in reinforced concrete beams while maintaining similar strength and deformation at failure. Two reinforced concrete beams with two different types of longitudinal steel reinforcement were constructed. The beams were 18 in. wide, 30 in. …
Modeling Atypical Building Use With Commercially Available Building Simulation Software,
2016
Rowan University
Modeling Atypical Building Use With Commercially Available Building Simulation Software, Sarah E. Schanck
Theses and Dissertations
National Guard armories are audited to provide recommendations for future energy reduction measures. The annual energy consumption of a New Jersey National Guard Armories cannot be modeled directly with commercially available building simulation software, due to discrepancies between the modeling capabilities of the software and the reality of the armory. A building simulation software, eQUEST, was chosen for use in this project. Discrepancies between eQUEST inputs and reality were identified and correction factors developed to minimize the effect of each discrepancy on predicted energy consumption, with the end goal of accuracy between predicted and actual energy consumption. In addition, an …
Experimental Modal Analysis And Seismic Mitigation Of Statue-Pedestal Systems,
2016
University of Nebraska-Lincoln
Experimental Modal Analysis And Seismic Mitigation Of Statue-Pedestal Systems, Christine E. Wittich, Tara C. Hutchinson
Department of Civil and Environmental Engineering: Faculty Publications
The seismic protection of cultural heritage, particularly statues, is a critical issue due to its high cultural significance, difficulty to repair or replace artifacts, and observed poor behavior during past earthquakes. Recent research has explored analysis techniques and methodologies for predicting the seismic response of statues; however, these studies typically assume the statue to be either freestanding or rigidly attached. The seismic response of statues with these different boundary conditions varies widely and therefore accurate characterization is critical. While modern mounting techniques aim to rigidly attach a statue to the floor or to a pedestal, the degree of rigidity of …
