Let’s face it BIM is here to stay. The process is truly transforming project planning and management. But is it really a useful process? At first blush, you say, “yes.” The data generated from a model can be leveraged into a beneficial visual and informational aid for design and field personnel. Field activities require practical and accurate information from the model to apply to physical construction. So why is it so hard to implement BIM in the field? Could it be that time and accuracy is lost from manual activities? Are teams still making calculations from 2D plans? Are they using old measurement methods? To get to the heart of the matter, this post explores the facts and fiction of BIM.
Simplicity makes PlanGrid a superintendent’s and field engineer’s “go to” job site app. The PlanGrid platform allows for real-time plan updates and synchronizes changes over Wi-Fi and cellular networks. It is practical and easy to incorporate on a project of any size or scope. This mobile tool takes away the need for paper blueprints, delivers much-needed plan version control, and creates a collaborative environment for sharing project critical information including markups, progress photos, and issues tracking.
More than ever, technology plays a vital role in today’s design and construction firms. Emerging solutions are greatly influencing the way a project operates as well as how project stakeholders perform their tasks. However, there are so many options to consider, each having their own pros and cons. Some solutions really suit a specific project role, while others seem to cover a wide range of activities.
Do you ever wonder how to get more out of your project resources? The hustle bustle of an active worksite, ebb-and-flow of resources, the need for critical information, and unpredictably of weather conditions make it really difficult to solve the project productivity puzzle. However, with the advent of location aware technologies, solutions for construction operations productivity seem to be bit clearer.
Ever feel like you need a crystal ball to predict whether your project is constructable? Virtual design and construction (VDC) may be just what you need.
So what is VDC? VDC is the management of integrated multi-disciplinary performance models of your project, which includes the building or structure, manpower, workflow sequences and processes, and overall organization of the design and construction. This practice references and analyzes the overall project model to determine material quantities, project schedule milestones, project cost, material quantities, as well as identifies potential project risks. All of these elements are considered Building Information Modeling (BIM) processes.
A sense of place and space is the main area of focus throughout the design and construction project phases. As you are well aware, there is a range of technologies allowing users to experience a space. For example, augmented reality technologies coupled with global position systems allow users to view physical, real world building environments with elements augmented by computer-generated sensory input (sound, video, graphics or global positioning (GPS) data. Virtual reality technologies allow users to interact with a project model prototype and test design prior to physical construction. However, once a building becomes enclosed as a result of physical construction, global position systems no longer works. In this post, we explore indoor positioning systems (IPS) as an option to pick up where GPS leaves off.
Reaching project target costs is a whole lot easier with 5D model-based cost estimating. 5D model-based cost estimating links and maps model elements and associated construction quantities to develop a project cost plan. 4D construction sequencing brings the element of time or schedule to the 3D BIM model; 5D brings the element of cost. This cost estimating method is an effective way to work together with the owner and project stakeholders, leveraging a wealth of information and experience from the model to the project in a visually communicative way. Use of 5D model-based cost estimating may still be a fairly new practice for some people. However, I am pleased to report that we’ve had great success using model-based estimating over the past 10 years. This article aims to illustrate how 5D model-based cost estimating can be successfully applied on your next project.
Unless you’ve been hiding under a rock, you have probably noticed the design and construction industry is rapidly evolving with new, emerging technologies. Augmented Reality (AR) is just one of the many technologies positively impacting the way project teams work. AR allows designers and builders to overlay project drawings, models, or images onto a physical space. This post touches on why the technology’s range and depth of application is truly groundbreaking.
Bringing technology to an active jobsite can prove to be culturally challenging. A traditional job site is accustomed to generating a lot of documents from multiple sources throughout the course of the project. The sheer volume of documentation can lead to an increased potential for miscommunication and error. If the information is shared between individual stakeholders, a lot of time can be spent on re-entering data and can also lead to incomplete data. Fortunately, there are many new and emerging technologies that are quickly overcoming many of these challenges.
It seems like just yesterday when we were suffering from public funding uncertainty due to volatile market conditions. This case study discusses Academic Building II at California State University, Monterey -- a project that reminds us how we overcame that difficult time. This project underwent many state funding delays. As a team, we took these conditions into consideration and remained steadfast in our commitment to preserve the project’s planned budget.