Computational Architect - Custom and Semi Custom Modular Home Builder

Computational Architect — Modular Steel Home Manufacturer — Ground Floor Pipeline Build (Grand Rapids, MI)

We are a modular steel-frame home manufacturer in Grand Rapids, Michigan building a design-to-fabrication pipeline from scratch. We are not a traditional architecture firm. We are a manufacturer that needs architects who think like engineers and build like technologists. But, we are very serious about beautiful single family architecture.

The opportunity:
We are defining our design and customer specification workflow right now — nothing is locked in. The person we hire will have a direct hand in shaping how that process works, what tools we use, and how we train others on it.

What we are building:
Our structural system carries all load on the exterior walls. The interior is completely free. We do not sell floor plans. Instead we are building a constrained configurator where a customer describes what they want, the system generates a valid massing within our manufacturing rules, and that massing automatically becomes a Revit BIM model, bill of materials, and fabrication package — without anyone redrawing anything.
Our target stack: Grasshopper for parametric logic, Monoceros/Wasp for module constraint, Rhino.Inside.Revit for the BIM bridge, Raven for AI-assisted massing from customer images, ShapeDiver for the customer-facing configurator. We have strong full-stack programmers on the team. We need the architectural and computational design intelligence to go with them.
You should bring:
∙ Rhino and Grasshopper fluency — you use these daily, not occasionally
∙ Revit competence — you understand BIM as a manufacturing document, not just a drawing tool
∙ RiR familiarity or genuine desire to build with it
∙ An opinion about how a design-to-fabrication workflow should be structured
∙ The ability to sit with a customer (or our sales team or both) and translate what they want into something buildable. We also want you to be a strong voice with our engineers and developers to build the design tools and procedural work flows that will work best.

What we offer:
A ground-floor role at a company with a factory coming online in May, first client orders in hand, and a clear vision of where we are going. You will not be the tenth person to touch a file. You will be the person who decides how the file gets made.

Open to full-time, contract, or hybrid engagement. Remote considered for the right person. Grand Rapids preferred.
Contact: amin@immersivehomes.com

Hello Amin,

I came across your posting for the Computational Designer / Parametric Architect role and found your approach to rule-based building configuration and automated design-to-fabrication workflows extremely compelling.

My background sits at the intersection of structural engineering, computational design, and software development. Alongside structural design work, I have been actively building digital tools that automate design processes and translate design intent into fabrication-ready outputs.

I have developed custom Rhino and Grasshopper plugin components for modular façade systems used in the European market. These tools generate rule-based geometry and automate modeling workflows while respecting structural and fabrication constraints.

Beyond that, I also have experience working on computational geometry problems such as 3D printing toolpath planning, and I have experimented with building a node-based parametric system similar to Grasshopper. These projects have given me a deep interest in creating procedural design systems rather than working with static models.

Because of my combined experience in structural engineering, architectural planning, and software development, I am comfortable collaborating with engineers, developers, and sales teams to translate client intent into buildable systems and automated workflows.

Your vision of a constrained configurator that converts customer intent directly into valid massing, BIM models, bills of materials, and fabrication packages is exactly the kind of system-level challenge I enjoy working on.

I would welcome the opportunity to discuss how my experience could contribute to building and shaping this workflow.

Best regards,
Shubham Jain

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