Digital Builder

Mark III Is Taking Construction Manufacturing to New Heights with Project Mountain

We see innovation in construction every day. Integrated platforms, artificial intelligence, and robotics are just some of the technologies that help contractors, and other construction professionals do their jobs better.  

But there’s still some work to do, particularly in the areas of waste reduction and productivity. 

Fortunately, companies like Mark III are pushing the industry to evolve and enabling businesses to build more with less. 

Since 1976, Mark III has evolved from a single-trade electrical contractor to an MEP construction and service company delivering projects across California. With a culture steeped in the idea of better, Mark III is on a continual quest to evaluate and implement new technology and processes to improve outcomes and transform project delivery.

To streamline how contractors interact, Mark III vertically integrated teams to deliver a one-stop-shop solution to increase collaboration and coordination to deliver higher quality projects, while decreasing schedule and cost. 

“With a turnkey solution in place for all MEP services, we wanted to continue our journey and take manufacturing for construction to the next level by finding a way to have greater predictability on projects to eliminate waste and increase quality,” says Makayla Oei, Project Executive at Mark III Construction. 

Project Mountain: A Continuous Quest to Hit New Peaks 

In line with Mark III’s mission of “leading the evolution of construction,” the firm developed Project Mountain — a self-funded research and development initiative that aims to streamline and improve how projects are planned, designed, and built. 

There have been two iterations of Project Mountain so far. 

For Project Mountain 1, Mark III delivered a hospital corridor using two approaches. The first was the “stick-built” method, where skilled craft laborers would install each system individually. The second method — where Project Mountain came in — utilized offsite fabrication, modeling, and detailing to install fully manufactured multi-trade racks onsite.

For Project Mountain 2, Mark III teamed up with Sutter Health to establish a standardized kit of parts and pieces to assemble a typical exam room — that you’d find in a medical office building. The project relied on virtual technology, kitting, offsite manufacturing, and onsite assembly instead of the traditional method.

These exam rooms were constructed in Mark III’s facility. The team created kits that contained all the instructions, materials, tools, and safety documents required to do the job. These kits, known as “build boxes” were then used by non-trade-specific mechanics to assemble the room. 

“With Project Mountain, our approach was, ‘How do we think outside the box in a way that we can prefabricate the majority of the work offsite and mitigate as much risk onsite as possible?’ That’s what inspired the Project Mountain approach to projects,” explains Justin Tucker, VDC Division Manager at Mark III Construction.

Mark III’s commitment to innovation and out-of-the-box thinking allowed the company to be more agile, productive, and economical with its construction projects. The initiatives that leveraged Project Mountain’s approach was completed with less waste and ahead of schedule, which led to repeat business, greater trust with general contractors and owners, and more invitations to bids. 

The Role of Technology in Project Mountain’s Lean Approach

As a core value to the company, innovation is celebrated and encouraged to evaluate and adopt technology to change workflows. And technology has undoubtedly played a significant role in helping Mark III deliver on construction projects. 

With the adoption of the Autodesk AEC Collection and PlanGrid within Autodesk Construction Cloud, Mark III increased collaboration and coordination on projects to reduce waste, accelerate project timelines, improve efficiency, minimize redundancies, and eliminate rework.

“With a connected ecosystem, we were able to break down data silos to change our approach to building, and change how projects are organized from design through manufacturing and installation,” says Tucker. “That approach is what led to more offsite fabrication and planning, which is when the idea of Project Mountain started to become a reality.”

Reducing Waste

Transparency Market Research reports that construction waste will nearly double to 2.2 billion tons by 2025. Waste in construction is one of the main issues that Project Mountain aims to solve.

“What it comes down to is how do we build a project as efficiently as possible and eliminate as much waste as possible?” says Tucker. 

To explain their approach, Tucker discussed Project Mountain 1, where they compared how traditional construction methods stacked up to their new strategy.

“We did an exercise where we fabricated one portion offsite in our manufacturing facility, and then the other half, which was an identical build, used the traditional stick-built method.”

With Project Mountain, they saw firsthand how the approach of planning and building offsite then assembling onsite, is the better way to build. “We’re able to use virtual design and construction (VDC) workflows to conceptualize the construction and detect errors beforehand, which saves time and resources that would be required if we had to rework the issue,” says Tucker.

In terms of timing, Oei says that the stick-built site took three weeks to complete, while the site that implemented Project Mountain finished manufacturing in four days and took less than four hours to install. 

Ability to Meet Tight Timelines

Thanks to the benefits of offsite fabrication, Mark III was able to meet accelerated schedules for complex projects.

As part of their work for Sutter Health, the Mark III team put together a recipe of parts and pieces and instructions to construct a typical exam room with a two-person crew of non-trade specific mechanics.

“We gave them all the information they needed to complete the job, from metal framing through painting, casework, and final MEP finishes. They constructed the entire exam room space,” explains Oei.

About halfway through, the Mark III team evaluated their process and decided to increase the manufacturing element by prefabricating the wall panels, which shaved three days off the original ten-day schedule.

That level of efficiency brought about by Project Mountain also helped Mark III win the UC Davis Campus Clinic project. The project had an accelerated timeline and by bringing the production offsite to Mark III’s manufacturing facility, the team was able to step up and complete the project in the aggressive timeline.

Looking to the Future

Project Mountain gives Mark III a creative outlet to change the traditional approach to construction and expose the world to a new way of building. By automating tasks and creating deeper coordination across teams with technology, Mark III can add more value to improve project outcomes and develop stronger partnerships with GCs and Owners. 

“Our company serves the medical industry, and our number one measurement of success is to lower the cost of construction by 16-20% over the next five years while increasing quality and predictability for each facility we produce,” says Dan Carlton, Partner/President at Mark III Construction.   

The team at Mark III is excited to bring more innovation to the industry. With the sky’s the limit attitude, the team is continuing to drive change and adopt technology to deliver better projects to clients. 

“Project Mountain provides an avenue to challenge yourself and test your limits,” says Oei. “There are days when I am scared, and I don’t know how things will go, but if you’re not scared, you’re not challenging yourself enough. And that’s what yields the greatest results.”

Lauren Ginsberg

Lauren Ginsberg

Construction Content Marketing Manager, Autodesk Construction Solutions

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