• Create accurate and realistic 3D renderings using SketchUp and relevant software. • Apply textures, components, and models (e.g., from SketchUp Warehouse) with efficiency and accuracy. • Interpret and work from CAD drawings (floorplans, elevations, RCPs, lighting/electrical plans). • Ensure scale, proportion, lighting, and design standards are correctly represented. • Identify and fix rendering inconsistencies (e.g., mismatched furniture heights or incorrect materials). • Self-check work and take initiative to resolve unclear specs or visual issues. • Communicate effectively with designers and team members—ask questions when needed. • Meet deadlines with a high level of efficiency and time management. • Make minor design decisions when appropriate based on industry standards (e.g., counter heights, toe kicks, hardware placement).

• As an experienced 3D Substation Physical Designer, you will develop 3D Models using Revit or Autocad 3d for HV Substations and generate electrical physical 2D drawings. • Develop substation drawings using working knowledge of the CSA, NEC, NESC and/or customer specifications • Develop detailed substation layouts / section views/elevations from Single Line Diagrams and basic sketches • Develop detailed bills of material for substation power equipments, HV connectors, conduit / trough, and cable trays • Coordinate and interface with P&C, civil and structure disciplines • Complete complex drawing packages with minimal/no supervision from sketches provided by others • Experience / working knowledge of applicable design calculations such as battery sizing and DC system component selection, control and power cable selection and rating, bus sizing, fittings, insulator selection, ground grid design, and lightning protection • Follow quality procedures and standard design processes • Perform thorough review checks of own work and the work of others • Update senior engineers and PM with job completion estimates and status • Utilize his or her 3d Modeler experience to implement the BIM Execution Plans, use cases, setting up and working with a CDE, 3D Model Collaboration (internal & external), 3D Model Auditing, Clash Detection Meeting and Reports, Virtual Construction, Design & Constructability Reviews, Augmented Reality, georeferencing, IFC exchanges. • Coordinate development & evolution of region BIM models and processes: BIM procedure & convention, templates, attributes definitions, LOD/LOI definition, etc. • Actively drive toward standardization of tools and design practices

• Develop structural design and optimization methods for the next generation of aerospace components • Execute design, analysis, and validation of new mechanical components and systems • Collaborate with engineers and scientists from across the research center and business segments • Complete challenging technical projects, applying theoretical knowledge to real-life technical problems

• Develop 3D Models using Revit or Autocad 3d for HV Substations and generate electrical physical 2D drawings. • Develop substation drawings using working knowledge of the CSA, NEC, NESC and/or customer specifications • Develop detailed substation layouts / section views/elevations from Single Line Diagrams and basic sketches • Develop detailed bills of material for substation power equipments, HV connectors, conduit / trough, and cable trays • Coordinate and interface with P&C, civil and structure disciplines • Complete complex drawing packages with minimal/no supervision from sketches provided by others • Experience / working knowledge of applicable design calculations such as battery sizing and DC system component selection, control and power cable selection and rating, bus sizing, fittings, insulator selection, ground grid design, and lightning protection • Follow quality procedures and standard design processes • Perform thorough review checks of own work and the work of others • Update senior engineers and PM with job completion estimates and status • Utilize his or her 3d Modeler experience to implement the BIM Execution Plans, use cases, setting up and working with a CDE, 3D Model Collaboration (internal & external), 3D Model Auditing, Clash Detection Meeting and Reports, Virtual Construction, Design & Constructability Reviews, Augmented Reality, georeferencing, IFC exchanges. • Coordinate development & evolution of region BIM models and processes: BIM procedure & convention, templates, attributes definitions, LOD/LOI definition, etc. • Actively drive toward standardization of tools and design practices