GeoJourney Episode 8

Massimo here! Welcome to Episode 8 of our GeoJourney series. The dome is really coming alive now!

In this episode three rows of exterior skins have been installed, seven windows are in place, and the shell is nearly complete. Last episode, you watched the entire structural frame go up. Now you're seeing bioceramic panels and custom windows lifted by crane and bonded into place, transforming the skeletal frame into an enclosed structure. 

Finally our non-toxic, mold-resistant materials really take shape! Today we are going to take a deeper dive on the team making this happen. This episode introduces you to the world-class engineers who left Tesla, SpaceX, Apple, and Zoox to make our mission a reality.

In this video series, we're pulling back the curtain on Geoship's go-to-market journey, bringing you closer to both the installation of our first customer-ready dome and the people and processes shaping the future of regenerative living.

What You'll See in this Episode:

Completing the Exterior Geodesic Shell: You'll watch as exterior bioceramic panels and custom aluminum-framed windows are lifted into place with specialized equipment. You'll also get a behind-the-scenes look at what it looks like to assemble window parts in our Grass Valley factory and prepare them for a seamless install.

The Engineering Dream Team: The deep dive of this episode is about introducing you to the world-class engineers led by Andrew James and Paul Choin who brought their expertise from Tesla, SpaceX, Apple, Zoox, and the Boring Company to productize the home and make regenerative housing a reality at scale. 

I love telling the stories about the people that are working at Geoship. It is such an honor to witness and learn every day from uber-smart engineers in an environment that is fun but at times can be really stressful. Each one of us plays an important role in the scheme of things. From our coworkers to our families, tuning into why we are doing this and providing support is the name of the game for us on a daily basis.

Amma One: The Shell Installation Process

With the structural frame complete, Phase 2 begins: installing the exterior shell that will protect the interior and give Amma One its distinctive appearance.

Windows being “flown into position”

Neil Decker and the install team developed a precise process and the relative tooling for lifting, positioning, and bonding each bioceramic panel and window into the geodesic frame. This is the phase where the dome starts looking like an actual home as the outer envelope moves toward completion.

The team utilizes "the sucker," a specialized, in-house engineered, crane-mounted lifting system. This equipment uses suction cup grippers to attach to the exterior panels and a remote control to “fly” the parts into position. The largest panels weigh a maximum of 90 pounds, while each gripper is capable of lifting approximately 350 pounds, far exceeding the weight requirement for safety. 

The system allows the team to rotate panels to the correct angle as they're lifted into place, ensuring precise alignment with the triangular openings in the frame. Safety straps provide redundancy in case a suction cup fails during the lift.

"We temporarily support them and get them in place with shims and this paracord that attaches them to the frame. Once the skin is temporarily held in place, then we use the bond rock to cement it to the frame." Neil Decker

BondRock is the flexible bioceramic adhesive our material science team developed as part of the Georock family. It creates a permanent chemical bond between the ShellRock exterior skin and the structural frame, something that cement for example, cannot do.

Color and Design Integration

The exterior panels feature a distinctive color palette, green and off-red tones chosen to blend with the natural environment and evoke the manzanita plants native to the Nevada City region. This biophilic design approach helps the dome integrate with its surroundings.

The color is integral to the ShellRock material itself through inorganic pigments, not applied as paint or coating. This means the color won't fade, peel, or require maintenance over the dome's projected 500 year designed lifespan. When you step back and look at the dome from a distance, the green panels seem to disappear into the oak canopy while the reddish tones catch the late afternoon light. 

Custom Windows: Designed and Built In-House

Windows represent one of the most critical components in any high-performance home. They're thermal weak points, potential leak sources, and structural penetrations that must be engineered carefully. Rather than adapting off-the-shelf windows to geodesic geometry, Geoship designed and manufactures custom triangular windows from the ground up for sizing, thermal value and overall look.

Walking into the Geoship factory, you immediately notice the rows of triangular window frames in various stages of assembly. There's something almost artistic about seeing them lined up, each one a perfect geometric shape that will soon become someone's view of the Sierra Nevada mountains.

Each window begins as an insulated glass unit (IGU), high-performance glass designed to maintain interior temperature by resisting heat transfer. The IGUs are then encapsulated in custom aluminum frames here in the factory.

View of the linear window skylight going across the whole dome

The Amma model includes 47 windows total, with most being the larger sizes that maximize daylight and views. Imagine waking up in your dome with natural light pouring in from every direction, that's the experience these windows are designed to create.

Row 7 is now complete, the apex of the dome, by installing five windows that form a complete pentagon at the very top of the structure. This high-altitude installation required precise coordination between crane operator, boom lift operators, and ground crew to safely position and bond each window.

The Engineering Dream Team Behind Geoship

It is truly a giant endeavor to design every single component of the dome in a brand new way. Creating a completely new housing system, from structural geometry to thermal performance to manufacturing processes, requires world-class engineering talent. Geoship really ramped up its design and engineering when the company raised enough capital to hire the dream team of engineers who could deliver on its ambitious vision. This team previously revolutionized consumer electronics, electric vehicles, autonomous cars, and space exploration.

These are people who walked away from some of the most prestigious engineering positions in the world because they believed housing could and should be transformed.

Recruiting an All-Star Team

Dolly Singh Head of Talent

When Geoship's founders committed to bringing regenerative housing to reality, they knew they needed exceptional talent. Their first key hire was Dolly Singh, a legendary recruiter who served as head of talent at SpaceX during its explosive growth from 200 to 5,000 employees, working directly with Elon Musk. She then helped build the team at Oculus before its Facebook acquisition.

Dolly joined Geoship's mission specifically to recruit the engineering talent needed to transform housing. The result is a team whose résumés read like a who's who of modern innovation.

Andrew James: VP of Engineering

Andrew James leads Geoship's product engineering efforts, bringing experience from two industries where precision engineering and manufacturing excellence are non-negotiable.

Before joining Geoship, Andrew reinvented the golf club in the sporting goods industry, then moved to Tesla where he designed and engineered the Model 3 interior. He was a key leader on the team that built the famous tent in Tesla's parking lot, the rapid manufacturing expansion that helped the company escape "production hell" and achieve profitability.

Andrew brings that same manufacturing mindset to Geoship: how do you design products that can be built efficiently, assembled quickly, and perform flawlessly at scale? When you see the precision in how the MEP systems integrate or how the window assemblies click into place, you're seeing Andrew's fingerprints on the design.

Paul Choin: Head of Product Engineering

Paul Choin shares the Head of Product Engineering role, bringing his own legendary career in automotive innovation. His experience spans Honda, Tesla, and Apple before landing at Zoox, the company that changed the autonomous vehicle game by designing the first purpose-built self-driving car from the ground up.

Paul was one of the top engineers at Zoox out of thousands of employees, applying systems thinking to incredibly complex integration challenges. That's exactly the skillset required to engineer a home where MEP systems, structure, materials, and user experience all work as one unified product.

The Supporting Engineering Team

Beyond the leadership duo, Geoship assembled additional engineering talent from the same caliber of companies:

Kyle, Senior Product Engineer, previously at the Boring Company working on Elon Musk's vision to revolutionize underground transportation tunnels. Kyle brings a creative problem-solving approach that shows up in how installation challenges get resolved on site.

John Stoa, Tesla veteran who played a key role in Model 3 interior engineering, bringing expertise in designing for both user experience and manufacturing efficiency.

Craig Darian, Senior Technical Advisor and championship-winning NASCAR engineer who was recruited to Tesla and contributed to chassis engineering and vehicle dynamics for the Model S launch. Craig personally delivered several of the very first Model S vehicles to their customers. There's something poetic about an engineer who's won races now helping design homes that last centuries.

Why This Team Matters

There's a reason companies like Apple, Tesla, and SpaceX achieved breakthroughs that seemed impossible: they had world-class engineering teams that turned vision into reality.

Phones went from flip phones to iPhones. Cars went from gas-guzzlers to electric vehicles that drive themselves. Rockets went from expendable to reusable, landing themselves on autonomous drone ships.

What do all these transformations have in common? Exceptional engineering talent rethinking products from first principles instead of incrementally improving the status quo.

Now that same caliber of talent is focused on housing, productizing the home to deliver healthy, sustainable, high-quality structures that people love and that fundamentally can improve people’s lives. Homes that are good for the planet and good for the people living inside them. This is possible now and we are really close to delivering our first home, Amma one.

"Having a world-class team like this is exactly what you need to go from a startup with a product and a vision to delivering a product at scale that's going to change the world. We've got the talent that we need to make this dream a reality."  Micha Mikailian

Given that housing is an industry that hasn't fundamentally changed in over a century we are doing a lot of improvement that is fundamentally innovative.

From Concept to Reality

The shell is nearly complete.

This is what it looks like when vision meets execution. With the right funding, world-class talent can commit to solving a problem that actually matters. We can turn housing from being an extraction industry to becoming a regenerative force.

Thank you for following this journey and believing that housing can and should be better. Whether you're an investor, an early adopter, or simply someone who shares the vision, you're part of making this transformation possible. 

The circle is taking shape and we're building this future together; isn't that exciting?

Thanks again for reading, watching and supporting us every step of the way.

With gratitude,

Massimo Massarotto Geoship Team