The document provides an overview of the construction industry, including definitions of construction management, an explanation of construction technology and administration, and descriptions of the key players involved in a construction project. It discusses the nature and composition of the construction industry, challenges it faces, and its future direction. It also outlines the roles and responsibilities of the main participants in a construction project: the architect, owner, and construction manager.
EPC Contracts – Negotiation, Administration and Risk Managementrockporshe
EPC Contracts: Design, Procurement and Construction Risk Management is a two-day practical course that introduces participants to EPC Contracts, explains how they can be effectively negotiated, and how risks associated with them can be managed. Effective EPC
contract negotiation, risk management and administration can ensure project success, speed of performance, and reduce risks and costs throughout the project’s life cycle.
This course explores vital issues on EPC contracts from the perspective of both the project owner and the contractor.
Epc project interdepency and Work Flow- promoignitetribes
Engineering, Procurement and Construction are highly correlated and set precedence against each other. They are very interdependent and these dependencies become increasingly critical as the phases are overlapped. In this module we share the interdependence of Engineering - Procurement and the influence in Construction. Here we touch a bit on work front monitoring and work face planning.
This document discusses risk analysis and management for Engineering, Procurement, and Construction (EPC) projects. It defines risk and project risk, and describes the importance of risk management. It outlines various risks involved in EPC projects related to owners, contractors, government, climatic conditions, social factors, and shareholders. It then discusses techniques for risk analysis including using historical data, expert judgement, Delphi estimates, decomposition, activity sequencing, procurement planning, and project management. The key is to identify, assess, and control risks in order to prevent or decrease gaps between estimated and actual project costs, timelines, and quality.
Complexity of Project And Impacts on Preliminaries of Construction Project At...Ir. Abdul Aziz Abas
This document discusses the complexity of construction projects and its impact on preliminaries, which are the non-trade elements that deal with risks. Preliminaries are crucial for accurate project costing but underestimating or overestimating them can lead to problems. The document recommends breaking preliminaries down into smaller items and using different pricing approaches to improve accuracy given the uncertainties and complexity of construction projects. It concludes that a project's complexity directly influences preliminaries at the tender stage.
Building Construction Proposal PowerPoint Presentation SlidesSlideTeam
If your company needs to submit a Building Construction Proposal PowerPoint Presentation Slides look no further. Our researchers have analyzed thousands of proposals on this topic for effectiveness and conversion. Just download our template, add your company data and submit to your client for a positive response. https://bit.ly/3dTrcuE
The Role of Building Information Modeling in Construction Project ManagementKerry Carey
The use of Building Information Modeling (BIM) has grown exponentially in the last ten years. This revolutionary technology-based approach is changing the way construction project management operates, improving every step of the process. This webinar explores the role that BIM plays in streamlining building projects and improving communication across stakeholders in the design, construction, and maintenance of buildings.
Presented by:
Michael Kearns, BSc, MSc
Shawmut Design & Construction
View the on-demand webinar: http://cpe-wpi.hs-sites.com/construction-project-management-webinar-series
This document describes a project delivery method selection tool developed by researchers at UT and TxDOT to help TxDOT objectively choose between design-bid-build, design-build, and construction manager at risk project delivery methods. It provides an overview of the tool's development, including reviewing prior similar tools, identifying relevant project characteristics and goals, obtaining input from experts to determine weights, demonstrating the tool, and validating it on sample TxDOT projects. The tool aims to increase transparency and consistency in TxDOT's project delivery method decisions.
this report talks about architect's as project managers, the services they tend to render, also the advantages of appointing an architect as a project manager..
This seminar discusses how information and communication technologies (ICT) have impacted the field of quantity surveying over the years. Quantity surveying primarily focuses on managing costs and budgets for large construction projects. While ICT has transformed many professions, quantity surveying has been slower to adopt technological advances, particularly in developing economies like Nigeria. The seminar aims to examine the current state of ICT usage among quantity surveyors in Nigeria's construction industry and increase awareness of ICT's role and benefits despite the costs associated with its implementation and use.
This document provides an overview of construction project management and prevalent types of construction contracts. It discusses construction project management participants like owners, designers, contractors, and project managers. It also outlines common construction project types and phases. The document then examines key issues in construction like productivity, quality control, safety, technology, and the changing workforce. It concludes by explaining prevalent construction contract types such as cost-plus-fee contracts, lump sum contracts, construction management contracts, and design-build contracts.
Need help choosing your next project delivery method? View a comparison of methods to help make the right decision. Compare Design-Build, Design-Bid-Build, and CM at Risk to learn which is best for your project.
This document provides information on members and their roles for a building information modeling (BIM) project. It identifies four members - Jon Brangan, Paul Kuehnel, Sara Pace, and Mike Lucas - and their contact information. It then describes each member's organization role in detail, such as Jon Brangan serving as the BIM Manager. Other sections provide information on BIM use staffing needs, the project timeline and milestones, goals for BIM uses, and technological infrastructure requirements. The document establishes procedures for meetings, electronic communication, quality control checks, and information exchange between project members and disciplines.
This document provides an overview of the EPC industry in India, including its definition, growth routes, and relevance to India's growth story. It discusses how EPC companies have evolved from engineering, construction, and equipment supply backgrounds. A key point is that the EPC industry is critical for executing India's planned USD 1 trillion infrastructure investment under the 12th five-year plan, which aims to invest 10% of GDP in infrastructure. However, the industry faces challenges related to evolving contracting models, order book uncertainty, skills shortages, and perceptions of contract sanctity.
Muhammad Aljalali is an associate professor who teaches construction management courses. He has experience working for the Syrian government and advising public authorities. This document introduces the history of construction, from ancient structures like the Egyptian pyramids to modern bridges and tunnels. It discusses the nature of the construction industry, including the various participants and their roles, as well as contractual relationships and regulations. Construction projects are unique, complex processes involving design, bidding, construction, and operation. Construction management involves applying resources like money, labor, materials, and equipment to complete projects on time and on budget.
How we can implement Safety Barrier in Revit, what are the advantages of having an Add-In and what are the procedures to have a successful BIM project, hope you enjoy it
This document provides an overview of the construction industry. It discusses the key sectors of the industry, including residential, commercial/institutional buildings, heavy/infrastructure projects, and industrial construction. It notes that construction accounts for 6% of a country's GDP and employs millions of workers. The goals of construction project management are outlined as completing projects on schedule, within budget, and to a high quality standard.
Construction Safety Training_Session 01_Overview of the Construction IndustryMuizz Anibire
Construction Safety Training SHORT COURSE
The objective of this course is to develop understanding of the fundamental concepts of construction safety. Students will learn about the common hazards in the construction industry, risk assessment, and control methods.
Session 01_Overview of the Construction Industry
We just don’t build homes and offices “We Love to Craft Them”,
with the care and devotion of a true artist.
We Bring To The Table, Clear Titles, Excellent Locations, Perfect Constructions, Strict Adherence To Rules And Regulations, Care For Customer Needs, And Above All, Ethical Business Practices.
Our Logically Sound Delivery Model Functions With A Single Focus – To Make Living Spaces As Lasting Memories For Life.
240512_Lecture 1_Evolving Role of the Architect.pdfbobAforastro
architecture evolving role of 240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lecture 1_Evolving Role of the Architect.pdf240512_Lec24
The document discusses construction project management. It provides background on the construction industry, noting that it is large, employs many workers, and often experiences cost overruns and delays. It then describes various challenges in construction including its bespoke nature, many stakeholders, and constraints of time, cost, and quality. The stages of construction projects and roles of various participants like architects, engineers, and contractors are outlined. Project planning, coordination, control, and other management functions are also summarized.
The presentation covers following areas:
- Typical Problems in Construction Industry
- What is BIM?
-BIM Process
- Influence of BIM on Industry Problems
- BIM Application
- BIM Advantages
- BIM Workflow
- BIM & Project Management
- BIM & Design Team Members
- BIM around the Globe
- Construction Industry with BIM
All work presented in the presentation is carried out by graduates of NUST, Islambad including Abdul Mughees Khan, Syed Kashif Ali Shah, Sharjeel Ahmad Tariq, Malik Awais Ahmad and Hamza Khan Shinwari.
Special credit of the work goes to Engr Tahir Shamshad, Vice President NESPAK and Engr Zia Ud Din, Asst Professor NUST under guidance and mentor ship the whole work was performed.
For more details feel free to contact: amugheeskhan@gmail.com
The document discusses current infrastructure development scenarios and challenges in India. It notes that India expects to add 300 million new urban residents by 2050. The government has approved INR480 billion under the 100 Smart Cities Mission and aims to construct 20 million affordable housing units by 2022. It also outlines various other infrastructure projects. Major issues facing the construction industry include time and cost overruns, waste generation, and financing/payment delays. The document explores various project delivery methods, funding sources, and innovations that can help address these challenges.
Most of construction projects posses a project based organizational structure, where knowledge
acquired by humans migrate with them outside their organizational bodies once they leave their employer.
Hence, organizational learning and building corporate knowledge that has a life span greater than the
employees‟ turnover are of paramount importance to construction firms. It is considered the means by which
previously acquired experiences from previous projects can be used in decision making processes in similar
projects, wherever similar contexts and conditions are encountered.
The Industry Foundation Classes (IFCs) is an initiative to standardize communication between multidisciplinary
software applications through the use of a common Building Information Model (BIM). It facilitates data
communication between software applications and heterogeneous IT platforms, without human intervention.
This paper addresses the problem of organizational learning within the AEC-FM (Architectural, Engineering,
Construction and Facilities Management) domain. It focuses on the design process and its activities. It proposes
a novel approach for utilizing the object oriented features of the IFC/BIM model to structure captured contextual
information about such objects in a manner that facilitates organizational learning. Furthermore, advanced
object versioning techniques are implemented to capture contextual snapshots of design phases at certain stages
within a well defined workflow. This leads to a BIM based information management system that can achieve a
competitive advantage through organizational learning.
Architects provide professional services throughout the architectural project delivery process. This includes pre-design (feasibility studies, project briefs), design (schematic design, design development), construction documentation, bidding and negotiation, construction administration, and post-construction (warranty reviews, evaluations). Architects work with owners, engineers, contractors and other professionals to design buildings and supervise their construction according to codes, contracts and the client's needs.
Technology And The Construction Industry Essay
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The document discusses the design and construction process for civil engineering projects. It begins by describing the four major categories of civil engineering projects: 1) residential housing construction, 2) institutional and commercial building construction, 3) infrastructure and heavy construction, and 4) specialized industrial construction. It then outlines the typical phases of a construction project, including programming, schematic design, design development, construction documents, bidding or negotiation, construction, and project closeout. The phases involve forming a planning team, developing requirements, preliminary designs, detailed designs, contractor selection, building, and completion.
Contract Specification and Quantity Surveying.docxDejeneTsegaye6
This document provides an introduction to civil engineering design and construction processes. It discusses the relationship between design and construction, noting that construction implements a design. It also outlines the typical phases of a construction project: programming, schematic design, design development, construction documents, construction, and pre-occupancy/commissioning. Finally, it discusses the relationship between construction documents, which include technical drawings and specifications, and their role in clearly defining the project scope and contractual obligations.
Contract Specification and Quantity Surveying.docxDejeneTsegaye6
This document provides an introduction to civil engineering design and construction processes. It discusses the relationship between design and construction, noting that construction implements a design. It then describes four major categories of civil engineering projects: (1) residential housing construction, (2) institutional and commercial building construction, (3) infrastructure and heavy construction, and (4) specialized industrial construction. The document also outlines the typical phases of a construction project including programming, schematic design, design development, construction documents, construction, and pre-occupancy/commissioning. Finally, it discusses the relationship between construction documents, which are made up of drawings and specifications.
Contract Specification and Quantity Surveying.docxDejeneTsegaye6
This document provides an introduction to civil engineering design and construction processes. It discusses the relationship between design and construction, noting that construction implements a design. It then describes four major categories of civil engineering projects: (1) residential housing construction, (2) institutional and commercial building construction, (3) infrastructure and heavy construction, and (4) specialized industrial construction. The document also outlines the typical phases of a construction project including programming, schematic design, design development, construction documents, construction, and pre-occupancy/commissioning. Finally, it discusses the relationship between construction documents, which are comprised of drawings and specifications.
Seminar series for executives in the EPC, AEC, and environmental services sectors. Covers growth strategies that incorporate sustainability and cleantech initiatives.
Mastering the Art of Structural Engineering: Principles, Practices, and DesignS3DA Design
Structural engineering is a critical component of the construction industry, playing a pivotal role in ensuring the safety, stability, and functionality of buildings and infrastructure. This article delves into the fundamental aspects of mastering the art of structural engineering, encompassing principles, practices, and design considerations.
1661350983Unit 1 1050-V1 Introduction to Construction Management (1).pdfahsansaeed78
This document provides an introduction to construction management. It discusses key features of the construction industry such as complexity, uniqueness of projects, safety hazards, and low productivity. It also describes the roles of various groups involved, including owners, engineers, and contractors. Construction supervision is important for ensuring projects are completed on time, within budget, and to high quality standards. Supervisors oversee construction activities and worker performance across different phases of projects. Overall, effective management and supervision are essential for successful construction projects.
Construction involves the building or assembling of infrastructure through a complex, multistep process. It requires effective planning and coordination between design teams, financial advisors, and contractors to ensure projects are completed safely, on budget, and meet environmental standards. There are two main types of construction - building construction which includes homes and commercial buildings, and industrial construction for specialized facilities. Large projects require managing numerous interdependent tasks and integrating input from various experts.
The document provides an overview of sustainability initiatives in Iceland, focusing on the country's limited natural resources and high success in sustainability. It discusses Iceland's sustainable practices in various sectors, including the mindset of Icelandic people emphasizing conservation; the role of government in achieving sustainability goals; renewable energy from geothermal and hydropower; sustainable fishing and agriculture industries; and conservation efforts in the environment and tourism sector.
This document provides information on masonry, specifically brick masonry. It discusses the manufacturing process of bricks, including definitions of key terminology used. The document outlines the four important qualities to consider when choosing bricks: the molding process, color from the firing process, size, and type/grade as specified by standards. It describes common brick molding processes of molded, extruded, and their differences. The firing process and how it affects brick color is also summarized. Key terminology used in brick masonry is defined.
The document discusses sustainability and the LEED rating system. It defines sustainability and explains that there are three pillars of sustainability: environmental, social, and economic. It then describes the LEED rating system developed by the U.S. Green Building Council to certify sustainable buildings and professionals. LEED provides standards for environmentally sustainable and energy-efficient buildings, addressing factors like site development, water and energy use, materials, and indoor air quality.
The document provides information about site development and excavation for construction projects. It discusses developing the site, including performing a site analysis to evaluate soil types, drainage, and other elements. It also describes different types of excavation including open excavations, trenches, and pits. Finally, it discusses various methods for supporting excavations, such as sheeting, soldier beams and lagging, sheet piling, tiebacks, contiguous bored piles, secant piles, slurry walls, and dewatering when below the water table.
The document discusses marketing strategies and proposals for construction companies. It provides guidance on developing a marketing plan with objectives to project a positive company image. It recommends advertising through signs, brochures, trade publications and involvement in industry organizations. The marketing plan should be created by executives and outline targeted markets, messaging and responsibilities. Strong proposals and presentations that highlight past work, finances and communication are important for attracting new clients.
This document discusses the importance of marketing and maintaining a strong business identity and image for construction companies. It emphasizes that marketing involves identifying target audiences that need specific construction services and maintaining an identity so the company is known for its expertise. A good business identity focuses on ethics, quality work, and being truthful, as this builds positive perceptions and loyalty. The company's logo, materials, and attire should consistently project its image. Developing a marketing strategy and plan that targets key groups and communicates the company's abilities is important for attracting new business and clients.
The document discusses different types of legal organizational structures for construction companies, including sole proprietorships, partnerships, corporations, S-corporations, employee stock ownership plans (ESOPs), and limited liability companies (LLCs). Each structure has different legal, tax, and financial implications to consider regarding ownership, liability, taxation, and other factors. The document provides details on the key advantages and disadvantages of each type of structure.
The document discusses different types of legal organizational structures for construction companies, including sole proprietorships, partnerships, corporations, S-corporations, employee stock ownership plans (ESOPs), and limited liability companies (LLCs). Each structure has different legal, tax, and financial implications to consider regarding ownership, liability, taxation, and other factors. The document provides details on the advantages and disadvantages of each type of structure.
Building codes and regulations provide minimum standards for building construction and safety. They address requirements for materials, building systems, fire resistance, means of egress, occupancy loads and more. Various codes apply to different aspects of construction, such as the International Building Code, International Residential Code, and National Fire Protection Association codes. Buildings are also subject to zoning ordinances and legal requirements regarding accessibility and worker safety. It is the responsibility of architects and designers to understand and comply with all applicable codes and regulations to ensure building safety.
Building codes and regulations provide minimum standards for building construction and safety. They address requirements for materials, building systems, fire resistance, means of egress, occupancy loads and more. Various codes apply to different aspects of construction, such as the International Building Code, International Residential Code, and National Fire Protection Association codes. Buildings are also subject to zoning ordinances and legal requirements regarding accessibility and worker safety. It is the responsibility of architects and designers to understand and comply with all applicable codes and regulations to ensure building safety.
The document discusses building codes and regulations that govern the construction of buildings. It covers various topics like building code types, construction types, occupancy classifications, fire resistance ratings, and factors that determine a building's development like construction type, intended use, and zoning regulations. Building codes establish minimum safety and construction standards and are adopted at the local level, while construction types are classified based on the materials used and their fire resistance.
This document provides an introduction to the basics of using AutoCAD software. It discusses the layout of the AutoCAD interface including the drawing area, command prompt, ribbons and toolbars. It describes how to enter commands using the command prompt, aliases, and ribbons/toolbars. The document also outlines how to start a new drawing by selecting units and limits. Key points covered include how to navigate around the interface, enter geometric objects, and utilize basic functions like save, open and print.
This document provides an overview of basic concepts for getting started with drawing in AutoCAD, including:
1) It describes the main components of the AutoCAD interface, such as the menu tabs, toolbars, drawing area, and command prompt.
2) It explains how to start a new drawing and set units and limits.
3) It outlines different tools for drawing objects like lines, arcs, and circles, and aids for drawing like polar tracking, object snaps, and orthographic mode.
4) It discusses selecting objects using grips and the selection window and entering distances using different techniques based on settings.
The document provides an overview of the computer lab and its equipment and file management procedures for a design course. It describes the various printers, plotters, scanners, and copiers available in the lab for student use. It outlines best practices for file storage, including saving files to personal flash drives and network drives rather than the lab computers. It also reviews controls for mouse, keyboard, and basic file management tasks in Windows like organizing, searching and properties.
The document discusses the key steps and requirements for closing out and turning over a construction project to the owner. These include completing all remaining work, creating a punch list of unfinished items, cleaning up the job site, obtaining necessary permits and certificates of completion, providing operation and maintenance manuals and as-built drawings, transferring warranties and guarantees, and formally turning over the keys to the owner. Project closeout is an important final phase that ensures all contract requirements are fulfilled before the owner accepts the completed work.
Interior finishes include materials used on floors, walls, and ceilings that provide aesthetic qualities and protection. Finishes influence the look and feel of a space and include options like gypsum wallboard, wood flooring, carpet, ceiling tiles, and trim. Proper specification of materials and workmanship is important to achieve the desired quality.
The document summarizes different types of conveying systems used in construction including stairs, ladders, elevators, escalators and moving walks. It describes the purpose and function of each system, and provides details on common stair types like straight, quarter-turn, half-turn, winding, circular and spiral stairs. Ladders are used primarily for industrial, utility and service areas while elevators, escalators and moving walks transport people between floors more efficiently.
The document discusses construction safety, including expectations, causes of accidents, costs of accidents, types of accidents, and prevention methods. It emphasizes that safety is the responsibility of contractors and that accidents in construction are common and costly, with the leading causes being falls, strikes, and electrical injuries. Prevention requires safety programs, training, protective equipment, and adherence to regulations enforced by agencies like OSHA.
This document discusses project scheduling, including definitions, purposes, history, and methods. It covers the stages of scheduling including preconstruction, construction, and postconstruction. Common scheduling methods like bar charts, network schedules, critical path method (CPM), and performance evaluation review technique (PERT) are explained. Key terms related to network scheduling and the critical path method are defined.
This document discusses various issues that can arise during the construction process and how they are managed. It covers topics like time extensions, change orders, changed site conditions, delays, liquidated damages, and progress reporting. Management of issues during construction is key to a successful project outcome. Regular reporting through meetings, photos, and logs helps document progress and address any problems in a timely manner.
Nityanamya Transforming Kitchens with Style and Functionality.pptxNityanamya
Nityanamya specializes in transforming kitchens with a blend of style and functionality. Our designs enhance your culinary space with innovative layouts, premium materials, and personalized touches, creating kitchens that are both beautiful and practical.
The Elements Kit Helps You Through Self Discoveryrachelzhang95
The Elements Kit is a self-development system designed to empower individuals, leaders and teams with purpose, passion and productivity.
It combines human-centred design (HCD) with the language of archetypes to help people uncover their unique creative DNA.
The kit is designed for corporations and organisations, as well as coaches, mentors and other practitioners.
It features a physical and digital format, combined with a fully facilitated experience.
An MVP tool is in progress to develop a consumer version of the product, focusing on self-guided personal development.
It's about bringing the best of your being to life, at work and at play.
Elevate Your Interiors: Danielle Ferrazzano's Essential Design Tipsdanielleferrazzanous
Join Danielle Ferrazzano, a renowned interior designer from Palm Beach, as she unveils her five essential tips for transforming any space. This presentation covers key aspects such as balancing function and aesthetics, mixing textures, and personalizing your decor to reflect your unique style.
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The built environment plays a crucial role in shaping a child's visual identity.Mostafa Abd Elrahman
The built environment plays a crucial role in shaping a child's visual identity.
From the vibrant colors and playful designs of playgrounds to the textures
and layouts of schools, the spaces around children can profoundly influence
their cognitive, emotional, and social development
Stress Analysis of Maraging Steel Differential Gear using ANSYSRam Krishna Singh
The main purpose of this project paper is to focus on stress analysis of differential gear. For power transmitted from
the engine to the rear wheels the differential gear is used. In a Vehicles, the differential gear provides equal power to all drive
wheels while allowing each driving wheel to turn at a different angle and different velocity. Basically, while turning around
corners, wheels of an automobile spin at differing velocity. Differential gears fails when tooth tension exceeds its safety limit.
Therefore, the maximum capacity at the specified load should be determined. Gears analysis is done to minimize stress on gear
teeth and prevents the gear to failure. The purpose of this project is to compare the results obtained on different materials (i.e.,
Maraging steel, aluminium alloy, cast steel) and achieve a suitable material for Differential Gear without any failure using
ANSYS and Solid Works software.
Keywords: Differential Gear, Stress Analysis, ANSYS, Maraging Steel, Solid Works.
Building Accessibility into your Design SystemsResolute
Accessibility is transforming from a mere buzzword to a crucial design principle, essential for creating inclusive experiences that cater to all users, including those with disabilities. Overlooking accessibility can alienate potential users, highlighting the importance of incorporating it to ensure equality and a seamless user experience. At the heart of ensuring consistent, quality experiences lies the concept of a design system, defined by Diana as "the single source of truth" for all teams involved in product development.
Integrating accessibility within design systems from the outset is not only more efficient and cost-effective but also fosters a cohesive and inclusive digital environment across design, development, and product management, ensuring that products serve everyone's needs right from the beginning.
portfolio Shrey t Graphic Designer video editor Creative Resumeredratmoon
freelancer specializing in video editing, graphic designing, and AI voice generation. With a passion for creative storytelling and a commitment to quality, I bring ideas to life through visually compelling and engaging content.
What I Do:
Video Editing:
From YouTube videos to documentaries and promotional clips, I specialize in crafting videos that captivate and inspire. With expertise in seamless transitions, color correction, and sound design, I ensure your message is delivered with impact.
Graphic Designing:
I create eye-catching designs for logos, brochures, social media posts, and more. Each design is crafted to reflect your brand’s identity and resonate with your audience, ensuring a memorable visual presence.
AI Voice Generation:
Need a professional voiceover for your commercial, explainer video, or audiobook? I provide AI-generated voices that sound natural and authentic, tailored to match the tone and style of your project.
Why Choose Me:
Creative Excellence: I combine creativity with technical expertise to deliver results that exceed expectations.
Client Collaboration: Your vision is my priority. I work closely with you to understand your goals and bring them to life through collaborative effort.
Attention to Detail: Meticulous in every project, I ensure every detail is perfected to achieve a polished and professional outcome.
Timely Delivery: Committed to meeting deadlines, I deliver projects on time without compromising quality.
Custom Logo Design The Top Five AdvantagesMR Logo Design
Explore these top five advantages of custom logo design, as suggested by the experts of a custom logo design company in the UK in this slideshow. For more information visit our website - https://www.mrlogodesign.co.uk/
A selection of latest project created and designed by NEOM | Brand Design Studio.
We are a 28 years of experience independent Italian company located in north of Italy.
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Our business model has been create to offer a pragmatic approach with an incredible value for money rate. If you want to work with professional at a reasonable investment, let's talk: info@neom.it
https://nidmindia.com/
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2. What is Construction Management?? The act, manner or practice in which a construction executive oversees , supervises or controls the organized process or system execution of a construction project. The focus of construction management is the planning and control of resources within the framework of a project
4. Understanding Construction The Construction Discipline Construction Technology the materials and methods used to execute the project’s construction impacts how the project will be managed or organized construction manager is faced with deciding whether technology with help or hinder a project The word TECHNOLOGY: “ techno” or technical deals with the sequence in which something is done to produce an end result “ logic” addresses the concept of sequence or procedure; addresses the order of things
5. Understanding Construction The Construction Discipline RESOURCES Time Money Equipment Technology People Materials FOUR M’s of Construction: Manpower Machines Materials Money
6. Understanding Construction The Construction Discipline Construction Administration how the resources are used in the construction project The FOUR (4) M’s coordination of resources organize resources into activities, perform the activities in a logical sequence FOUR M’s of Construction: Manpower Machines Materials Money
7. Understanding Construction Technical design of formwork capacities of excavators weather tightness of exterior finishes Qualitative motivation of workers labor relations form of contracts legal liability safety The Construction Discipline Construction Administration Issues considered when managing a project Management at a project level begins to integrate design, procurement, and construction in one process.
8. The Construction Industry Nature of the Construction Industry Adversities Faced by Construction Future of Construction The Industry’s Composition
9. Nature of the Construction Industry Construction industry is generally focused on the production of a single and/or unique end product. It is both a manufacturing and service industry.
10. Nature of the Construction Industry New construction is roughly 8% of the GNP/GDP Approx. $500 billion share Retrofit construction is additional 5% of GNP/GDP Approx. $375 billion share Total annual volume in the construction sector is well in excess of $850 billion
11. Nature of the Construction Industry More than 1 million firms operate in the construction sector vary in size from very large to very small largest firms sign contracts in excess $20 billion annually and consist of thousand of employees large firms work domestically and internationally 2/3 of the firms have less then 5 employees
12. Nature of the Construction Industry More than 10 million people are employed in the construction sector American infrastructure is maintained by the construction sector; facilities that support daily life roads, tunnels, bridges, communication systems power plants, water treatment plants distribution networks
13. Adversities Faced by Construction shortages of resources materials equipment skilled labor technical and supervisory staff
14. Adversities Faced by Construction governmental regulation safety field construction methods environmental consequences personnel policies at all levels
15. Adversities Faced by Construction economic and cultural realities inflation energy shortages changing world development patterns new social standards
16. Future of Construction increasing in size, number of projects type of projects are diverse construction organizations unions/labor organizations trade organizations technology & complexity of constructing projects
17. Future of Construction government demands & regulations building codes Implementation of universal codes environmental issues Energy use Sustainability factors labor policies Dependency on immigrant labor Illegal workers
19. Industry’s Composition Building Construction Schools Universities Hospitals Commercial office towers Warehouses Light manufacturing plants Theaters Government buildings Commercial malls/Retail Recreation centers Religious centers (churches) Hotels 35 – 40% of construction market financed and built by private sector & public sector design in done by architect working with consultants (i.e., engineers for mechanical, structural, electrical) construction is usually coordinated by general contractors or construction managers; subcontract portions of work to specialty firms
20. Industry’s Composition Residential Construction Single-family homes Multi-unit townhouses High-rise apartments Condominiums Assisted Living 30 – 35% of construction market largely financed by the private sector design is done by architects, engineers or builders construction is usually handled by independent contractors or developer-builders
21. Industry’s Composition Heavy Engineering Construction Dams Tunnels Bridges Highways Airports Urban transit systems Ports Pipelines Water treatment plants Communication networks 20 – 25% of construction market highway and heavy construction financed and built by public sector design and construction is done by civil engineers and specialty contractors
22. Industry’s Composition Industrial Construction Petroleum refineries Petrochemical plants Synthetic fuel plants Nuclear power plants Steel mills Heavy manufacturing plants 5 – 10% of construction market financed and built by private sector design is done by civil engineers and specialty consultants (i.e., chemical, electrical, mechanical) “ turnkey” contract or design-construct; design firm also does construction
23. The Project Team Architect Owner Contractor/Construction Manager
24. The Players in a Construction Project AKA The “Golden Triangle” Financial Users Architect Owner Contractor Contract Contract Subcontractors & Suppliers Consultants & Engineers
25. The Architect Licensed Professional Expert in Design and Construction Technology Blend of Creative Art and Craft Responsible Liability for Building Design Liable if building fails Code Research and Compliance Many consultants to support design Engineers, interior designers, kitchen consultants, etc.
26. The Architect Responsibility Design Aesthetic (what it looks like) Functional (how it is going to be used) Safety of Building Inhabitants How is the building going to stay standing Compliance with Codes and Regulations Local and National
27. The Architect Responsibility Maintaining Budget for Construction Selecting appropriate materials to control costs Monitors the Bidding process Owner’s Representative Helps owner envision design Responds to owner’s needs & wants Design Documentation Renderings (perspectives, sketches) Scaled models Drawings (plans, elevations, sections, details)
28. The Architect Responsibility Administers the Construction Contract Working drawings to build from (Construction Documentation) Written Specifications of quality for building Certifies payment to Contractor Certifies changes during construction Inspects the construction process Assures compliance with Contract Documents Project Completion and Closeout Performs “punch list” (with Owner and Contractor)
29. The Owner The person with: The NEED or DESIRE for the project The MONEY for the project Makes most of the major decisions involving the project (when it comes to budget) Depends heavily on the architect for everything involving the project
30. The Construction Manager Non-Licensed Professional Expert in Construction Technology & Management Blend of Methodology and Organization Responsible for Building Erection and Contract Compliance Liable if building is not built to specification by architect/interior designer Must comply with contract documents Oversees and organizes materials, trades & process during erection Many subcontractors to help complete work
31. The Construction Manager Responsibility Construction Joining of materials Quality control Safety of Laborers/Trades Maintaining secure environment during construction Compliance with Contract Documents Building to architects drawings/specifications Cost of Construction Managing trades and materials during construction
32. NEXT LECTURE Project Development and Organization Management Levels of Construction Basic Management Activities as applied to Construction Reading Assignment Chapter 1, pages 2-26 Chapter 3, pages 58-70 including Total Quality Management, pgs 71-72