Distributed BIM dashboard

Lacunae is a consultancy specialising in the application of computational design in architecture engineering and construction in both industrial and academic sectors. Contact roly.hudson[at]gmail.com

In industry Lacunae applies computational methods to rationalise architectural geometry, integrate geometric processing into existing building information modelling (BIM) workflows develop new BIM workflows and write custom software and plugins. Lacunae provides professional training that introduces the fundamentals of these techniques and demonstrates how to apply them to live projects.

In academia Lacunae's founder Dr. R Hudson, has partnered with industry to win funded research projects. Dr. Hudson has developed academic curriculums and courses that introduce and apply computational design to studio projects and given workshops in parametric design at higher education institutions throughout Europe.

Lacunae Ltd is registered at Companies House in the UK. Company Number: 08880645. Company Type: Private Limited by Shares.

Founded in 2014 by Dr. R Hudson Lacunae was initially concerned with the development of SeatView, a plugin for Rhino that enables analysis of view quality in Stadiums and other venues. This work was undertaken on behalf of Populous London Research and Development.

Dr. Hudson studied architecture at the University of Bath at Undergraduate and Masters levels after two years working in architectural practice in London he returned in 2005 for doctoral research supervised by Chris Williams and Paul Shepherd. His Phd was funded as an EPSRC CASE award sponsored by Bentley Systems. At that time GenerativeComponents was under development by Robert Aish for Bentley and Dr. Hudson contributed by developing material for use in workshops and the first user manual. He also ran academic and professional workshops throughout europe during this period. In some of these workshops Dr. Hudson was fortunate to form long term working partnerships with several early adopters of parametric software. Through these partnerships he was able to directly apply early versions of GenerativeComponents in developing various projects.

The Phd thesis - Strategies for Parametric design in Architecture (2010), was based on these first hand experiences of implementing parametric tools in practice. Of particular note are the Lansdowne Road Stadium (now AVIVA) and Seating Seating Design Tool projects developed with Populous in London. Several other projects that Dr. Hudson consulted on during his PhD are included on this website.

Following completion of his PhD in 2010 Dr. Hudson moved to Canada to take a position as assistant professor in the Department of Architecture at Dalhousie University in Halifax. Here he taught a variety of graduate and undergraduate design and technology classes and supervised several Master of Architecture thesis projects. While at Dalhousie he developed several introductory classes in computational design using Grasshopper and processing.

During this period Dr. Hudson's research and consultancy expertise shifted towards greater independence from proprietary architectural tools (such as Grasshopper, Revit and GenerativeComponents). By implementing architectural geometric processing programmatically he achieved potential for integration with a greater variety of architectural engineering and construction software platforms through the use of their application program interfaces (APIs).

An early example of this is the collaboration in 2010 with Populous and the the development of Popeso a Rhino plugin that combined an evolutionary structural optimisation algorithm with a graphic post processor. This was developed with rhinocommon the software developer kit for Rhino and Grasshopper.

While in Canada Dr. Hudson formed a small group of industrial partners in architecture engineering and game development and applied for a Canada Foundation for Innovation grant to establish an Advanced Building Laboratory (ABL) in the department of architecture. The CAD$333000 grant was awarded in 2013 and the aim was to establish a centre to advance integrated project delivery through application of computational methods in architectural design and production. ABL was never fully realised but serves as a model of Dr. Hudson mode of operation between industry and academia.

In 2014 Dr. Hudson moved to Bogota, Colombia where he worked for 2 years as assistant professor in Universidad de Los Andes. He taught courses in general architectural design and developed a series of courses focused on application of computational tools in architecture and urban design. In 2015 he changed his role to part-time to focus on developing independent research and consultancy through Lacunae but continues to teach courses in applied computational design at the Universidad de Los Andes and gives courses in Continuing Professional Development.

Distributed BIM dashboard

metatags

http://lacunae.io/DistributedBIMdashboard/dashboard/

An online application for tracking project progress across large master planning projects. Currently at prototype development the application demonstrates how distributed teams working using Autodesk's REVIT platform can share lightweight versions of the current state of their design responsibilities. Local updates to individual REVIT models are posted to a central server.

Users can view a volumetric three-dimensional model of the development and interact with a range of data visualisations that provide quick access to a variety of metrics describing the project (including; areas, volumes, uses, construction materials, estimated energy requirements, water parking).

Visualisation is based on master plan data contained in a set of shared files exported from BIM models developed by the master planner, design architects or executive architects. These files describe the project or a part of the project in terms of key metrics defining the proposed units, their areas, volumes and location within the scheme. Further meta-data may be included (use and materials) to extend the scope of the scope of the visualisations. When new shared files are uploaded the dashboard automatically updates to include the most recent changes. As new design versions are added previous states of project development can be viewed and compared with the current state. The prototype is accessible to any user with basic internet browser experience.