Architecture Vs. Engineering: Solutions for Harmonious Collaboration

by Devinee Fitzgerald
- Jul 22 2015 - 5 min read
architecture_vs_engineering_train
Berlin Hauptbahnhof

For architects and engineers, collaboration can be a collision of conflicting personality types and professional goals. Sometimes, the result is a butting of heads and egos.

The negative stereotypes go like this: Architects have their creative visions in the clouds while structural engineers hold fast to data and science, with no compromise for innovation or beauty.

“Architects who are protective of their vision might feel that structure can get in the way,” says Clare Olsen, assistant professor of architecture at Cal Poly San Luis Obispo and proprietor of design firm C.O.CO. “Their frustrations come about when the engineers don’t recognize the vision and value of a particular architectural goal.”

But Olsen and Sinéad Mac Namara—an associate structural-engineering professor who is jointly appointed at Syracuse University’s School of Architecture and Department of Civil Engineering—have seen synergy among architects and engineers. That was especially true with 10 case studies of successful collaborations they highlighted in their book, Collaborations in Architecture and Engineering (Routledge, 2014).

Inside the mind of architect vs. engineer
Inside the minds of an architect vs. engineer

Clearing Barriers of Communication Pitting Engineer vs. Architect

Before exploring what makes a good collaboration tick, Olsen and Mac Namara compared two problems in architecture vs. engineering: differences in professional identity and disciplinary vocabulary.

In terms of identity, engineers are taught in school to solve problems using their chosen functional specialties, such as structural engineering. Architects are taught to think about the whole picture—to have a vision for a completed structure.

After graduating, an architect might describe his vision, from which a young engineer could isolate 19 different problems. If the engineer is not brought into the process early, she might assume the architect’s familiarity with a concept. In turn, the architect may be uncomfortable revealing his lack of technical knowledge.

“That’s hard for many new graduates, being in a position where they have to say, ‘I don’t know how to do that,’ even if it’s not necessarily the thing they were trained to do,” Mac Namara says.

Recent grads still operate under an assumption that there are correct and wrong answers, and they don’t necessarily recognize the symbiotic and collaborative nature of their professional relationships.

“If you go back far enough in time, an engineer and an architect were the same person,” Mac Namara says. “They were stonemasons who built things like a Gothic cathedral, and then over time, we started to have more and more expectations of what their buildings would do, which led to an increasing number of roles.”

As the roles evolved, so did the vocabularies. Today, words don’t necessarily mean the same thing to an architect as they do an engineer, and they can attribute different meanings to identical words.

Consider “differentiation”: Architects might picture the illustration below when they think of differentiation as a visualization of a curved surface.

Difference of how architect might perceive a curved surface vs. engineer
“Differentiation” from an architect’s perspective. Courtesy Clare Olsen.

And engineers might visualize “differentiation” as the calculus concept used to measure rate of change.

Difference of how engineer might perceive a curved surface vs. architect
“Differentiation” from an engineer’s perspective. Courtesy Clare Olsen.

According to Olsen and Mac Namara’s research, professional identity and vocabulary were common inhibitors of communication, and ineffective communication was the greatest inhibitor of collaboration.

Who’s Getting It Right In Architecture and Engineering?

Various architects and engineers were interviewed from large firms such as SOM, Gensler, and ARUP for the case studies in Collaborations in Architecture and Engineering. When they were asked to rank the most important criteria in hiring employees, surprisingly, design talent and skill didn’t make the top of the list. It was “the ability to collaborate.”

So how were these companies succeeding? To start, a good process can help calm turbulent waters of communication pitting architect vs. engineer.

One example is BIM implementation. Considering that the BIM process allows professionals to access more detailed information about buildings at various stages before, during, and after construction, 3D-design software—Autodesk Revit, for example—can help designers and engineers make sound design decisions early on. It can help them save time and money by preventing issues later in the process.

“It’s really about the way in which BIM allows for collaboration in the process of designing buildings and enables more efficient construction of them,” Olsen says.

Another process is Integrated Project Delivery (IPD), which uses contractual agreements to define and set expectations for projects. IPD can reduce waste, maximize efficiency, and prevent pitfalls by involving interdisciplinary stakeholders early in the planning and design process, and it mitigates the need for late-stage changes.

“It alleviates some of the traditional challenges associated with having the architect ‘in charge’ of all the consultants on the project,” Olsen says. “With an integrated project, the major players are contracted to work together as a team from the beginning.”

Berlin train station illustrating collaboration between architecture and engineering
Berlin Hauptbahnhof in 2006. Courtesy Sinéad Mac Namara.

The Little Station That Could

Process is not the only thing that aids collaboration; soft skills and open-mindedness do, too. One case study Olsen and Mac Namara discussed in their book was a collaboration between engineering firm Schlaich Bergermann und Partner (SBP) and architecture firm von Gerkan, Marg und Partners (gmp).

For their Berlin Hauptbahnhof (train station) project, SBP’s lead engineer, Hans Schober, said he looked to the architects to stimulate innovation among engineers. An architect does not have to see the constraints of structural reality as limits; constraints can be a powerful creative motivator.

Before the station opened in 2006, there was a point during construction when the structural approach came to a crossroads: The architects’ design called for a glass wall on one side of the building, but the engineers suggested a structural cable net. In the end, the station went with the glass. Neither approach was wrong, but the glass façade created less deflection under a load.

In chapter four of Collaborations in Architecture and Engineering, which examined the Hauptbahnhof, Schober said: “Some engineers might be happy if they find one solution that works; our experience is that there are a lot of solutions—not only one economic or efficient optimum solution.”

The project was a success. The SBP engineers compromised because they were brought along early with the architects’ vision, and the architects didn’t feel stunted by the structural limitations.

But interdisciplinary collaborations aren’t always smooth sailing. So whether a budding engineer or a seasoned professional architect, keep calm and remember the words of Eugène-Emmanuel Viollet-le-Duc:  “The interests of both professions will be saved by their union.” (But no one will blame you if you still need to write a Reddit rant for a cathartic release.)

 

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