flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Steven L. Pliam joins LEO A DALY as Design Technology Leader

Architects

Steven L. Pliam joins LEO A DALY as Design Technology Leader

Pliam will oversee the deployment and use of technologies such as computational design, parametric design, digital practice, reality capture, visualization, virtual/augmented reality, GIS and AI/Machine Learning.


By Leo A Daly | February 2, 2022
Leo A Daly logo
Images courtesy Leo A Daly

 LEO A DALY has appointed Steven L. Pliam as Design Technology Leader. He is based in the Minneapolis design studio.

The Design Technology Leader has firm-wide influence – responsible for setting strategy, developing and leading the firm’s Design Technology team. Pliam will oversee the deployment and use of technologies such as computational design, parametric design, digital practice, reality capture, visualization, virtual/augmented reality, GIS and AI/Machine Learning.

He will report to Chief Information Officer Stephen Held and be embedded with Global Design Principals. He will also work closely with Global Practice Leaders, Technical Forum Leaders, Digital Practice, Information Technology and Company Leadership to develop, align, and deliver on LEO A DALY strategies through day-to-day initiatives.

“Throughout our 100+ year history, LEO A DALY’s legacy has been rooted in technological and design innovation. Today, we’re reinventing what that looks like. By marrying design and technology in this new, national position, and with visionary computational designer Steven Pliam in that role, we are investing in an evolution in design process and delivery that will place us at the front edge of the AEC industry,” said Steven Lichtenberger, AIA.

Steven L Pliam

Pliam’s career of cutting-edge design

Pliam has been a trailblazer in computational design throughout his 25-year career. He got his start in 1995 at Frank O. Gehry & Associates, where he pioneered computational approaches to help realize buildable designs for some of the world’s most inventive buildings. While there, he worked intensely on the Guggenheim Museum in Bilbao, Spain, Disney Concert Hall in Los Angeles, California, and the Experience Music Project in Seattle, Washington, and helped establish Gehry’s Department of Computational Design Research.

As his career progressed, Pliam continued to build a reputation for revolutionary design technology. His custom software applications for architectural fabrication and the automation of design-to-material construction processes have enabled some of the world’s most challenging building projects. From 2005 to 2007, he worked as a research scientist at the MIT Media Lab, where his work involved human-machine interfaces, animatronics, innovative form-finding methods, and new digital design systems for architectural fabrication, visualization, and design. He also directed BIM and visualization studios for the design firm KDG in India, where he pioneered new methods of design visualization.

Pliam has a Master of Science in Media Arts & Sciences degree from the Massachusetts Institute of Technology, a Master of Architecture degree from Virginia Polytechnic Institute, a Bachelor of Arts degree from the University of Minnesota, and a Certificate of Special Studies from the Goethe Institute. He has teaching experience at MIT, the University of Minnesota and Dunwoody College of Technology in Minneapolis. His research and projects have been published in Architectural RecordPlan77FormElementaArchinect and Future Arquitecturas.

Tags

Related Stories

Architects | Feb 6, 2020

NBBJ acquires immersive technology design studio ESI Design

NBBJ has acquired experience design studio ESI Design. The acquisition signals a new era where buildings will be transformed into immersive and interactive digital experiences that engage and delight.

Sponsored | HVAC | Feb 3, 2020

Reliable Building Systems Increase Net Operating Income by Retaining Tenants

Tenants increasingly expect a well-crafted property that feels unique, authentic, and comfortable—with technologically advanced systems and spaces that optimize performance and encourage collaboration and engagement. The following guidance will help owners and property managers keep tenants happy.

Architects | Jan 29, 2020

Frank Lloyd Wright’s architecture school is closing

The school was established in 1932.

Libraries | Jan 23, 2020

Information or community center: The next generation of libraries must be both

Are libraries still relevant in a digital world?

Green | Jan 10, 2020

How the new EC3 tool raises the bar on collective action

Nearly 50 AEC industry organizations partnered to develop the groundbreaking Embodied Carbon in Construction Calculator.

Architects | Jan 9, 2020

AIA selects recipients for the 2020 Regional & Urban Design Awards

The 2020 Regional & Urban Design program recognizes the best in urban design, regional and city planning and community development.

Building Technology | Jan 7, 2020

Tariff whiplash for bifacial solar modules

Bifacial solar systems offer many advantages over traditional systems.

Sponsored | HVAC | Jan 6, 2020

Maximize Energy Efficiency in Class A Office Buildings With Modern Building Systems

Energy-efficient building design starts with the building envelope, but the building systems have a tremendous impact on energy use as well.

Life of an Architect Podcast | Jan 6, 2020

5 most popular Life of an Architect podcast episodes of 2019

Architects Bob Borson, FAIA, and Andrew Hawkins, AIA, LEED AP, produced 25 episodes of the Life of an Architect podcast in 2019. Here are the five most popular episodes of Life of an Architect based on the number of downloads.  

Architects | Jan 6, 2020

Merger expands HED’s presence in SoCal

Puchlik Design Associates, its new addition, specializes in healthcare design.

boombox1
boombox2
native1

More In Category

Geothermal Technology

Rochester, Minn., plans extensive geothermal network

The city of Rochester, Minn., home of the famed Mayo Clinic, is going big on geothermal networks. The city is constructing Thermal Energy Networks (TENs) that consist of ambient pipe loops connecting multiple buildings and delivering thermal heating and cooling energy via water-source heat pumps.




halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021