Who We Are:
StructureCraft specializes in the structural engineering, design, fabrication, and erection of timber structures incorporating steel, glass, concrete, and other materials. We work with clients and architects to create carefully detailed buildings and bridge structures that break new ground in sophistication, craftsmanship, and quality. We thrive on new and challenging design concepts, materials, and construction methods. StructureCraft enjoys pushing the boundaries in complex geometry, digital fabrication, and in material testing and research, and our work in this regard has been recognized internationally, including numerous awards for innovation in timber engineering and construction.
The StructureCraft computational design team leads the design development of our freeform projects from conceptual design to prefabrication and installation. The team is a critical component within our complex geometry projects, applying advanced 3D modeling tools to optimize complex geometries for design intent, structural optimization, and digital fabrication. These digital models are then transformed into human and machine-readable information for fabrication and installation. Research and continuing education are also fundamental to the team so we can continue to push the boundaries in complex geometry, digital fabrication, and material testing and research.
Your Responsibilities:
- 3D modeling from the conceptual phase through to fabrication, assemblies, and installation.
- Design for fabrication – we build everything we design, so prototyping and close interaction with shop floor and CNC machines is critical.
- Creation of computer programs, scripts, and algorithms to automate and enable the production of complex 3D geometry and models.
- Creation of fabrication drawings and CNC files for complex elements.
- Working with fabrication crews and our CNC machines to ensure models have translated accurately into human- and machine-readable information.
- Production of detailed drawings for approval, engineering, and production.
- Standardization of connections, fasteners & fabrication techniques to improve production efficiency.
- Continual improvement of design & drafting process to improve efficiency and reduce design cycle times.
- Manage and prioritize tasks to meet scheduled deadlines.
- Maintain and grow construction industry technical knowledge.
Position Requirements:
- A bachelors or masters’ degree in architecture or engineering
- Minimum 5 years experience 3D modeling geometrically complex structures in architectural, structural, or industrial design, including minimum 5 years 3D modeling and scripting experience in the Rhino 3D and Grasshopper environments.
- Preferred 5 years of experience computer programming in C#, VB.net, Python, or equivalent in a working environment. The ability to write object-oriented programs would be an asset, as well as devising algorithms to solve complex geometrical problems on real construction projects.
- Demonstrated experience in digital fabrication through built projects, showing an understanding of design, modeling, detailing, CNC machining, and assembly techniques required to construct complex forms.
- Proficient in using Rhino and Grasshopper with significant experience using algorithmic modeling and computational design techniques on building structures.
- Experience with web programming (e.g. Node.JS, WebGL, etc) would be an asset.
- Great understanding of design and construction sequence concepts.
- Experience organizing design work and managing shifting priorities.
- Experience interfacing with CNC machines (G-code, BTL, BVX file generation) would be an asset.
- English language is required.
Position terms and conditions:
This is a permanent full-time position. This position will be based full time out of our head office in Abbotsford, BC.
We offer a benefits package that includes 3 weeks vacation, extended medical, life insurance, disability insurance, and a matching RRSP program after 2 years of employment.
