Breaking the Mold

I am going to start this article with some questions.

Does your company invest in innovation? Do you ever think, ‘There is a better way to do this?

If so, you are not alone. In architecture, outdated workflows, and resistance to change stifle progress.

To stay competitive and address challenges like climate change, we must innovate—or risk falling behind.

There are a series of complex reasons that explain this lack of ability to innovate.

Barrier 2

The first barrier is the culture of billable hours, where firms expect everyone to prioritise documentation or client acquisition—often both.

Many firms do not employ BIM managers, who oversee digital workflows, due to cost or disinterest.

Even when hired, BIM managers are often pulled into documentation because they are “the best on the tools,” undermining their role in driving innovation.

As a BIM manager, I once faced an aggressive senior architect demanding I help finish projects.

I countered that I could train the accountants and lawyers to use Revit, since training was my role.

“That’s not their job,” he said. “It’s not mine either,” I replied.

Though I did help deliver the projects, this highlights why BIM managers should not be forced into such roles, stifling progress.

This resistance to prioritising R&D roles and the culture of billable hours ties to the second barrier:

Clients’ budgets and expectations.

Barrier 2

The second barrier is clients’ tight budgets and timelines, which discourage innovation.

Limited funds and short deadlines make firms and clients more risk-averse, favouring ‘tried-and-true’ methods over innovative approaches.

Senior staff often say, ‘I know Revit can do more, but I know AutoCAD better,’ reflecting this mindset.

This mindset also shapes design and detailing, with architects sticking to familiar materials and details.

While market pressures should drive efficiency, many firms rely on overworking staff rather than updating workflows.

To be fair, some firms adopt modular construction or AI to cut costs, but many hesitate to invest in these technologies, missing opportunities for innovation.

Barrier 3

The third barrier is that regulations are so tight they do not allow innovation. I actually see this in all segments of our economy.

Now, this comment is specific for the region that I am in, Victoria, Australia. But I do hear it is becoming a problem elsewhere as well.

While regulation can spur innovation.

Think of energy efficiency standards driving more sustainable materials.

Over regulation will lead to stagnation in the industry.

More bureaucracy and red tape reduce the ability and incentive to innovate.

The Final Barrier

The final barrier is something I have written about in an earlier article.

The structure of the design and construction industry is not right.

Fee structures do not always align with modern workflows, and the segregation of services makes it hard for these modern workflows to flourish.

Add all these barriers up, and there is no room to innovate with unproven ideas that do not translate to immediate revenue.

Breaking this requires risk-tolerant clients, investment in tech, a willingness to rethink fee structures to reward innovation and government legislation that encourages a competitive open and free market.

Firms that do not adapt risk being outpaced by those leveraging AI, modular construction, or sustainable tech to redefine what’s possible.

Conclusion

Up until now the tone of this article has been rather pessimistic.

But all is not lost.

There are companies that are doing meaningful research and development that are dragging the industry into the 21st century.

One example is Zaha Hadid architects, they are using AI driven workflows to generate complex, organic forms that challenge conventional architecture.

By integrating computational design with AI, they optimise aesthetics, structural performance, and sustainability.

For example, their work on projects like the Beijing Daxing International Airport highlights AI’s ability to streamline intricate geometries and reduce material waste.

The second example is Atlanta-based Cove Architecture, they are the first firm to integrate a proprietary AI framework, developed over a decade with $25 million in R&D.

Their multi-agent AI system tackles market studies, zoning, cost analysis, and sustainability, optimising projects like garden-style apartments in Kentucky to achieve higher ROI (e.g., boosting a developer’s return from 8.5–9% to 15%).

Cove’s model proves AI can make architecture more accessible and sustainable, but their $25 million investment underscores the financial barrier for most firms.

What is different about these firms is that they break the mould of most firms by employing people specifically to do research and development, to innovate and implement and train others in new techniques.

They don’t burden these staff with other duties to increase billable hours.

In my experience, firms that have a good, dedicated BIM manager tend to progress quicker and deliver a higher quality product.

They also tend to have staff who progress in their confidence and ability quicker.

To innovate, firms must invest in dedicated R&D roles, rethink fee structures to reward risk-taking, and advocate for policies that encourage a freer market environment.

To begin changing your habits, start small:

Hire a dedicated person for R&D.

Allocate time for experimentation, train staff in new tools, and challenge ‘the way it’s always been done’

Those who adapt will lead the industry into a more sustainable, competitive future.