LPA is a recognized leader of computer technology in the architectural profession. Our close working alliances with software developers has been instrumental in the design and testing of the latest product releases and their application to architecture.
We are currently utilizing the next generation of CAD & Building Information Modeling (BIM) software using true object-based parametric technology. Our on-going efforts in researching and evaluating new software has provided us with a unique advantage in our profession as we not only help design the tools currently being used, but we are also setting standards and implementing technology months before public release. Our objective is to understand and inform the development of emerging technologies and implement them within our practice as they become mature and beneficial. LPA currently utilizes of leading technology such as Energy Modeling, Collision Detection, 3D Imaging and BIM software, and is supported by a well-informed IT Department, keeping us at the forefront of technological innovation.
Autocad and Architectural Desktop 2006 and the full suite of Revit 2009 products.
3DS MAX, FormZ, InDesign, Photoshop, Illustrator and Sketchup.
An integral component of our design process is the supporting equipment we utilize on a regular basis to enhance the design evolution of our projects. These BIM applications allow us to study, analyze, and inform our designs to create three-dimensional virtual building models with relational databases. Among many other tools, we are currently using the following BIM and related software applications: Revit, Ecotect, EnergyPro, NavisWorks, JetStream, and the LPA PV, Carbon Footprint and Ecotect Calculators©.
In leveraging the integrative capabilities of BIM, we facilitate communication with the entire project team commencing at the earliest stages of conceptual design. Every member of the team including clients, contractors, and specialty consultants are involved in this process. This enables LPA to better assimilate the particulars of a given project opportunity and evaluate the design potential of a client's programmatic requirements. As our LPA designers are supported with advanced BIM applications, we dynamically meet the needs of our entire project team and enhance our holistic approach to sustainable design.
The use of BIM enables our pursuit of broader project objectives which utilize principals of Integrated Project Delivery (IPD) and virtual design and construction (VDC).
VDC is the use of multi-disciplinary models to simulate, test and predict the implications of each of the 3 facets of a design/construction project - Product (project scope), Process (project timing/sequencing) and Organization (project team) - for the purpose of reducing/eliminating uncertainty and waste and improving overall project performance. Models are not limited to 3d geometric models of the product but can include process and organization models as well such as 4d scheduling, team and work breakdown structure, etc. VDC technologies in use today include 3d visualization, 3d coordination, laser scanning, shop fabrication from 3d models, cost estimating and project sequencing/scheduling from BIM data and building energy analysis. Just as BIM is a fundamental component to VDC success, VDC practices should be considered building blocks for the achievement of Integrated Project Delivery.