Parametric CAD Designer
Develops rule-based digital models that automatically adjust based on defined geometric constraints and variables.
Overview
This role focuses on the intersection of geometry, engineering logic, and computer programming to build flexible digital environments. Unlike traditional modeling, the work involves defining the relationships between different parts of a design so that the entire model updates automatically when parameters change. This requires a high degree of technical foresight, as the designer must anticipate how various components will interact under different constraints while maintaining structural and aesthetic integrity.
The daily rhythm is characterized by deep analytical work and iterative problem-solving, often involving the debugging of complex geometric scripts. Designers spend significant time collaborating with engineers and architects to translate physical requirements into mathematical rules. Success in this field is common among individuals who possess a strong spatial intuition combined with a rigorous, systematic approach to documentation and version control.
Parametric CAD Designers thrive when balancing creative form-finding with strict technical limitations.
Responsibilities
- Develop algorithmic logic to automate the generation of complex 3D geometries and structures.
- Establish standardized parametric templates to streamline the design process across multiple projects.
- Analyze geometric data to ensure digital models comply with manufacturing tolerances and structural requirements.
- Collaborate with cross-functional teams to integrate mechanical, electrical, and plumbing data into master models.
- Write custom scripts or code to extend the functionality of standard CAD software packages.
- Perform simulations and stress tests on digital models to validate design performance before physical production.
- Manage complex datasets to ensure consistency and version control within the design environment.
Qualifications
- Bachelor degree in Engineering, Architecture, Industrial Design, or a related technical field.
- Expert proficiency in parametric modeling software such as Rhino with Grasshopper or Autodesk Revit.
- Demonstrated experience in computational design and the application of geometric constraints.
- Strong understanding of manufacturing processes and how digital models translate to physical production.
- Proficiency in at least one scripting language such as Python or C# for CAD automation.
- History of managing large-scale 3D datasets within a professional design environment.
Nice to have
- Advanced certification in specific BIM or CAD platforms used within the industry.
- Experience with generative design algorithms and machine learning applications in geometry.
- Master of Science in Computational Design or a related specialized field.
- Prior work experience in a high-precision industry such as aerospace or automotive manufacturing.
Work environment
- Work is primarily performed in an office or studio setting with high-performance computing workstations.
- Collaboration occurs within multidisciplinary teams including structural engineers, fabricators, and project managers.
- Standard business hours are typical, though deadlines for large project phases may require occasional overtime.
- Software tools include advanced CAD packages, visual programming interfaces, and project management applications.
Benefits & growth
- Compensation packages often include performance-based bonuses and comprehensive health benefits.
- Career progression typically leads to roles such as Design Technology Manager or Computational Lead.
- Professional development is supported through specialized technical training and software certification programs.
- The role offers opportunities to work on high-profile, innovative projects that define modern architectural or industrial standards.
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