Jurgen K.

Experience

• CAD Consultant Engineer Engineer Boxology · Full-time Aug 2023 – Present 2 yrs 4 mos United Kingdom eveloped generative CAD pipelines automating parametric assemblies using SolidWorks API, Python scripting, and geometric modeling kernels.
  
  Built automated CAD workflows integrating Onshape API for high-throughput modeling, simulation, and micro-device assembly optimization.
  
  Created programmatic CAD systems manipulating and parametrizing 3D assemblies supporting iterative design, topology optimization, and manufacturability.
  
  Engineered geometric intelligence algorithms inferring part mating conditions, functional interactions, and multi-material assembly performance requirements.
  
  Designed parametric component libraries enabling generative design exploration, simulation-in-the-loop workflows, and automated topology improvements.
  
  Utilized OpenCascade and Parasolid kernels enhancing geometric robustness, parametric fidelity, and automated assembly generation accuracy.
  
  Implemented Python and C++ CAD automation scripts enabling complex geometry creation, modification, validation, and high-speed evaluation.
  
  Built shape optimization workflows linking simulation engines, meshing pipelines, and CAD generation processes for enhanced system performance.
  
  Automated CAD parsing for large datasets extracting product manufacturing information supporting batchable AI training data creation.
  
  Developed implicit geometry tools using constructive solid geometry and signed distance functions for advanced modeling automation.
  
  Constructed simulation-in-the-loop design frameworks enabling closed-cycle optimization, parametric refinement, and automated performance validation.
  
  Designed downhole tools, frac plugs, bridge plugs, packers, seals, and hydraulic systems using parametric CAD automation.
  
  Created advanced subsea and ROV intervention tool models utilizing programmatic CAD workflows optimizing assembly fit and functionality.
  
  Engineered flow control devices, safety valves, pressure relief systems, and choke assemblies with automated geometric optimization pipelines.
  
  Modeled completions equipment, tubing hangers, casing centralizers, and mudline suspension systems using parametric generative CAD techniques.
  
  Built elastomeric sealing system geometries applying automated CAD standards ensuring interoperability, performance, and manufacturability compliance.
  
  Applied digital fabrication workflows integrating multi-material design requirements with programmable CAD automation and simulation capabilities.
  
  Documented CAD standards, model-based definitions, and API automation frameworks supporting consistent automated assembly generation processes.