Now Hiring

Computational Geometry Software Engineer

ICON is looking for an open-minded, structured thinker who loves to solve complex problems and appreciates the value of prototyping and iterating applications over time. As a Software Engineer focusing on Computational Geometry at ICON, you will be responsible for developing the pre-print, computational geometry software platform for ICON’s construction printing systems. This role reports to the Director of BuildOS and is based in our Austin, TX lab. 


  • Implement new features and products to support our BuildOS design platform.
  • Develop cutting-edge geometric algorithms that unlock the potential of ICON 3D printing technology.
  • Build internal tools to help visualize, instrument and debug the 3D printing process.
  • Partner with Architects, Structural Engineers and Building Scientists to convert architectural plans to highly efficient and structurally sound path-planning algorithms.
  • Work closely with R&D engineers to perfect print quality across ICON’s lineup of devices and materials.
  • Create software to interface with 3rd party CAD and CAM software.


  • Significant professional experience as a software engineer.
  • BS in Computer Science or equivalent experience.
  • Work closely with a wide variety of stakeholders to rapidly analyze and reduce large requirements into small deliverables.
  • Experience building platforms, micro-services, and APIs.
  • A willingness to accept failure, learn and try again, and an open mind to try solutions that may seem impossible at first.
  • A passion for learning new disciplines and gaining a deep understanding of how other professionals do their work.
  • An ability to communicate clearly and succinctly both in-person and via written asynchronous channels.


  • Node.js and TypeScript experience, with a functional programming approach, preferred.
  • Strong mathematical background in geometry, linear algebra, numerical analysis and advanced 3D mathematics.
  • Strong intuition for physical systems and principles of stability.
  • Experience with tools and services that leverage three-dimensional trigonometry to calculate and analyze shapes and tool paths.
  • React, Redux, and RxJs experience.
  • Experience interfacing with CAD and CAM software APIs.
  • Experience with parametric modeling frameworks.
  • Exposure and interest in the principles of parametric architecture.
  • PostgreSQL, GraphQL experience.
  • Modern CI/CD workflows: GitHub, Jenkins, Travis, etc.
ICON is an equal opportunity employer committed to fostering an innovative, inclusive, and discrimination-free work environment. Employment with ICON is based on  merit, competence, and qualifications. We provide employment opportunities without regard to age, race, color, national origin, religion, disability, sex (including pregnancy, sexual orientation, or gender identity), genetic trait, veteran status, or any other protected characteristic in accordance with applicable law. If there are accommodations we can make to help ensure you have a comfortable and positive interview experience, please let us know.
Headhunters and recruitment agencies may not submit candidates through this application. ICON does not accept unsolicited headhunter and agency submissions for candidates and will not pay fees to any third-party agency without a prior agreement with ICON.

Solving one of the most challenging problems humanity faces requires a level of diversity across disciplines. ICON believes that by being a non-homogenous organization, we can capture unique perspectives, educational backgrounds, and ideation. We strive to be inclusive and seek team members who share our passion for the mission within the mission: building robust and diverse teams to help us prevail in the face of our challenges. 

We're a team of varied backgrounds, countries, and experiences, and we believe our differences make us stronger as we tackle some of the most challenging problems of our time.


Every startup wants to change the world, but we genuinely believe we're not being hyperbolic when we say this technology has the potential to reinvent human shelter, dramatically improving quality and resiliency while driving down costs to make housing affordable for everyone. We believe in harnessing the power of construction technology for the good of all humanity, both here on Earth and off-world. And while we get excited about R&D accomplishments in the lab, we get more excited when we see our work out in the real world, printing real homes for real people.

We work hard because we know what we are doing can reshape the way we live as a species. And it doesn't hurt that it's super fun. Where else do you get to play with giant robots and see the results of your work manifest in beautiful full-scale buildings that didn't exist before—and that someone can now call home?