Join CRB's dynamic Innovation team as a Software Engineer, where you'll collaborate with engineers, developers, and industry specialists to create digital tools that elevate the design and delivery of exceptional AEC (Architecture, Engineering, and Construction) projects. In this role, you'll navigate a hybrid development environment that integrates both pro-code (C#, Python, ASP.NET) and low-code (Power Platform, Copilot Studio, Dynamo) technologies.Your efforts will directly impact project teams, subject matter experts, and leadership as you develop effective tools that enhance the AEC project lifecycle. We're looking for an inquisitive and hands-on developer who excels at applied problem-solving and prioritizes elegant, maintainable solutions over superficial fixes. This mid-level role is perfect for developers with 2–5 years of experience, who are comfortable taking ownership of features from inception to implementation and actively participating in collaborative system design discussions. You'll have the opportunity to create real-world solutions while expanding your influence over time.Design, develop, and sustain features for comprehensive engineering and architectural automation platforms, web applications, APIs, AI Agents, and add-in tools (e.g., Revit, Excel, ACC, Plant3D, Copilot).Engage with product owners and end users to clarify requirements, provide estimates, and propose technical solutions.Create and support new and existing full-stack tools across both pro-code (C#, Python, ASP.NET) and low-code (Power Platform, Copilot Studio) environments.Write clean, well-tested, and maintainable code across various technology stacks.Participate in code reviews and mentor junior developers to enhance code quality and sustainability.Contribute to technical planning and system design discussions alongside senior engineers and leads.Implement modern development best practices, including testing, CI/CD, DevOps automation, and version control.Demonstrate and present solutions to stakeholders, effectively communicating complex concepts to both technical and non-technical audiences.Identify opportunities for improving engineering workflows and suggest enhancements that support scalability, maintainability, or performance.
Feb 11, 2026