This three-part course takes a building owner’s perspective on the range of cost and performance improvements that are possible when using a more design-analytical and collaborative approach to steel joist and metal decking construction. Recommendations range from early project conception to project delivery and related trade integration.
After taking this course, you should be able to:
- Recognize and understand ways to improve the steel construction process through progressive steel joist and metal decking design and implementation.
- Describe key elements and challenges of joist related total-project performance including cascading costs, cost assessment and the RFI process.
- List the fundamentals of engineering for total-project cost accountability including tonnage reduction, deeper analysis of MEP, ESFR and joist-and-decking system design and implementation practices.
- Discuss the features and benefits of building-information modeling (BIM) based project collaboration for structural steel projects.
Take this free AIA CES Discovery course at BDCuniversity.com
Related Stories
| Jun 11, 2013
Music/dance building supports sweet harmony [2013 Building Team Award winner]
A LEED Gold project enhances a busy Chicago neighborhood, meeting ambitious criteria for acoustical design and adaptability.
| Jun 11, 2013
Vertical urban campus fills a tall order [2013 Building Team Award winner]
Roosevelt University builds a 32-story tower to satisfy students’ needs for housing, instruction, and recreation.
| Jun 11, 2013
Building a better box: High-bay lab aims for net-zero [2013 Building Team Award winner]
Building Team cooperation and expertise help Georgia Tech create a LEED Platinum building for energy science.
| Jun 11, 2013
Finnish elevator technology could facilitate supertall building design
KONE Corporation has announced a new elevator technology that could make it possible for supertall buildings to reach new heights by eliminating several problems of existing elevator technology. The firm's new UltraRope hoisting system uses a rope with a carbon-fiber core and high-friction coating, rather than conventional steel rope.
| Jun 10, 2013
Lake Washington STEM school combines modular and site-built construction to meet ambitious schedule
When the Lake Washington School District outside Seattle needed a new high school built on an ambitious permitting and construction schedule of seven months, modular construction proved to be an ideal solution.
| Jun 7, 2013
Must see: Building façade made of massive concrete drain pipes
Looking to create a unique atmosphere using natural materials for the Prahran Hotel pub near Melbourne, local architect Techné Architects cleverly incorporated a series of concrete sewer pipes into the building's main façade.
| Jun 7, 2013
40 Under 40 retrospective: Where are they now?
Every month we’ll be catching up with past 40 Under 40 honorees to see what they’ve been up to since winning the award. This month we focus on a construction manager and a healthcare designer.
| Jun 7, 2013
First look: University of Utah's ‘teaching hospital for law’
The University of Utah broke ground on its cutting-edge College of Law building, which will facilitate new approaches to legal education based on more hands-on learning and skills training.
| Jun 7, 2013
First look: Austin breaks ground on 'light-filled' Central Library
The design scheme by Lake|Flato and Shepley Bulfinch incorporates reading "porches" and a light-filled, six-story atrium.
| Jun 5, 2013
Survey of AE firms shows profits, hiring on the rise
A recent survey of more than 40 Boston-area architecture and engineering companies by consulting firm DiCicco, Gulman & Company confirms continued growth in business volume.
