Product Design Engineer

Project Overview

Affordable, natural, factory-built homes. We've embarked on a homebuilding renaissance where affordability, sustainability, and beauty come together. Out beyond ideas of right angles and hard lines, there's a bioceramic dome. The Geodesic Dome, introduced by the Visionary Architect Buckminster Fuller, is the world's most efficient structure. To manufacture domes, we needed a material science breakthrough. Enter bioceramics, a new class of earth-friendly materials that mimic human bone.

Bioceramic domes maximize efficiency at the most fundamental levels — geometry, materials, and manufacturing method. In the future, we won't live in boxes. Join us there!

Geoship is seeking a Product Design Engineer to advance and finalize the design of our first Amma dome system. This role is for a first‑principles problem solver and a multidisciplinary engineer who thrives in ambiguity and rapid iteration. You will integrate structural, mechanical, materials, and relevant building and safety standards into elegant, manufacturable solutions that bring a new form of sustainable housing into reality.

• Product & Component Design:
  Own the design of bioceramic components, connection systems, and mechanical assemblies from initial concept through release—applying first‑principles reasoning, strong engineering fundamentals, and comprehensive system‑level design that includes performing energy and load calculations, flow and pressure analysis, and MEP equipment selection; developing schematics, layouts, and installation instructions for HVAC ducting, piping, and related infrastructure; and ensuring compliance with all relevant building codes and industry standards.
• Design for Manufacturing:
  Ensure designs are compatible with casting, mixing, material‑handling, and assembly processes; create clear specifications, tolerances, and performance requirements to enable high‑quality, repeatable, scalable production.
• Prototyping & Testing:
  Build and test prototypes, develop test rigs when needed, and conduct design analyses, validate mechanical behavior and assembly methods, and iterate rapidly based on real‑world results.
• Compliance & Standards Integration:
  Ensure mechanical designs align with relevant structural, safety, and building standards, translating regulatory and performance requirements into clear engineering specifications.
• Cross‑Functional
  
  Collaboration:
  
  Partner with studio design, engineering, materials, and operations teams to develop system architectures, resolve tradeoffs, and support prototype and pilot builds.
• Documentation & Communication:
  Produce clear CAD models, drawings, BOMs, specifications, DFMEAs, test summaries, and design justifications; present design options and tradeoffs to facilitate alignment and decision‑making.

• Bachelor's degree in Mechanical Engineering, or related field.
• 3‑7+ years of professional experience in mechanical/product design, preferably involving large complex assemblies.
• Strong analytical and problem‑solving skills, with a proven ability to identify and implement effective solutions using first principles, modeling, and hands‑on experimentation.
• Strong CAD proficiency (Solid Works, Fusion, Onshape, or similar).
• Demonstrated ability to take hardware products from concept through prototyping and into production.
• Experience with tolerance stacks, design‑for‑manufacturing, and geometric dimensioning & tolerancing (GD&T).
• Ability to thrive in a fast‑paced startup environment—proactive, self‑directed, resourceful.
• Strong communication skills and ability to collaborate effectively across disciplines.

• Takes ownership and responsibility for current and past results.
• Takes risks, learns from mistakes, and drives to improve the performance of oneself, others, and the company.
• Experience working with cast or molded materials, especially ceramics and composites.
• Familiarity with structural analysis techniques and tools (FEA and hand calculations).
• Experience designing components for modular building systems, architectural hardware, or complex mechanical assemblies.
• Hands‑on prototyping experience: machining, molding, 3D printing, fabrication, or test rig development.

• Base pay between $125,000 and $170,000 per year, based on experience and qualifications.
• Comprehensive healthcare coverage.
• Opportunity to join a conscious, future‑building team.
• Medical insurance, vision insurance, pension plan.

Mid‑Senior level

Full‑time

Construction