Computational Designer & Software Engineer Location: 100% Remote (North America) About the Slate Ai At Slate Technologies we are bringing fresh ideas and technology-driven tools to the construction industry, leveraging AI, data science and machine learning to help our customers build better. Our team brings together the collective talent of some of the world’s leading software designers, engineers, and career construction professionals together with advanced technologies to solve the big problems that face the construction industry. The Slate platform uses advanced AI, including predictive, generative and agentic models, to connect and contextualize data, providing a dynamic decision assistant and process automations that improve efficiency and lower costs over the construction process from land acquisition, design and pre-construction to project management and controls. Position Summary Join Slate as a Computational Designer and Software Developer, where you’ll be at the forefront of creating innovative, real-world solutions in Architecture, Engineering, and Construction. Collaborate with a global team of designers, developers, engineers, and industry experts to develop cloud-based computational solutions using Grasshopper and Rhino Compute. As a vital member of our computational design team, you will: Collaborate with teammates to build modular, scalable solutions Utilize your creativity and expertise in visual scripting to deliver high-quality outputs Adhere to pre-existing guidelines while seizing opportunities to enhance and grow our platform If you have a vision and passion for deploying computational design solutions to users of varying skill levels, we’d love to hear from you! Role / You are: A Computational Designer dedicated to precision, quality, and creativity Experienced or passionate about the built environment, including Architecture, Engineering, and Construction Capable of collaborating with other Computational Design experts on diverse project types and scopes Knowledgeable in connecting front-end and back-end solutions using Grasshopper and Rhino Compute Able to clearly communicate and articulate complex scripting solutions and needs to non-experts Responsibilities: Work within the existing framework of Slate’s Generate platform for computational design, while exploring potential enhancements Consistently deliver high-quality Grasshopper solutions that are organized and tailored to client-specific outputs Develop custom API solutions for interoperability between multiple software platforms (e.g., Revit, AutoCAD, Excel, Word, and more) Create custom nodes in Python and C#, transforming them into custom plugins, hops, etc. Handle client data that may be sensitive or confidential with utmost care Collaborate directly with leaders of the computational design and engineering teams to assist in executing full-stack software solutions Push the boundaries of what’s possible with your creativity and unique perspectives Desired Experience A minimum of 8+ years of experience using Rhino and Grasshopper to develop custom software solutions for industry. Desired Profile of the Candidate Experience in AEC Industries: Understanding or experience working in Architecture, Engineering, and Construction Self-Motivated Learner: A fast-paced, self-learning individual who thrives in dynamic environments Team-Oriented: Willingness to develop and learn alongside a pre-existing team and solutions Collaborative: A highly collaborative team player who excels in cooperative settings Organized and Responsive: Highly organized with a strong sense of responsiveness Detail-Oriented: Attention to detail and commitment to quality Strong Communication Skills: Excellent verbal, written, and graphic communication skills Industry Advocate: Acts as a champion for computational design and industry excellence Qualitative Skills - Must Haves: Qualification Bachelor's or Master's in Computer Science or related fields Perks and Benefits At Slate, we invest in our employees and provide a full range of benefits and perks to help you grow and thrive. From generous paid time off and healthcare coverage to career enrichment and development strategies.