SolidWorks Electrical Designer

POSITION OVERVIEW

The Modular Designer
- Solid Works
- Electrical develops detailed 3D electrical layouts and production documentation for TAS packaged modular systems. Working under the direction of Electrical and Controls Engineering and in coordination with mechanical, structural, piping, manufacturing, and project teams, the designer converts engineering inputs, customer requirements, equipment data, and installation constraints into accurate Solid Works models, drawings, schedules, and bills of materials. The role is responsible for the physical integration and documentation of electrical equipment and interconnections on skids and modules, with emphasis on safety, code compliance, manufacturability, installation access, serviceability, configuration control, quality, schedule, and labor budget.

• Electrical Design and Technical Execution:
  Review and interpret P&IDs, electrical one-line diagrams, control schematics, points lists, I/O lists, equipment schedules, vendor drawings, specifications, customer requirements, and applicable project standards.
• Develop and maintain coordinated 3D Solid Works models and assemblies for electrical systems and components, including, as applicable, switch gear, busway, motor control centers, panel boards, transformers, variable-frequency drives, control panels, disconnects, junction boxes, instruments, cable tray, conduit, flexible/MC cable paths, supports, and grounding/bonding components. Establish and document practical routing paths for power, control, instrumentation, fire alarm, and communications cabling while accounting for cable type and outside diameter, bend radius, fill or capacity, voltage and signal segregation, support, entry and termination locations, pulling and installation access, and maintenance clearances.
  
  Produce and revise complete electrical design packages in coordination with Electrical and Controls Engineering, including one-line diagrams, point-to-point and interconnection drawings, elementary or control schematics, panel and equipment layouts, cable tray and conduit plans, wiring and termination details, cable/wire/termination schedules, I/O documentation, bills of materials, and installation details.
• Coordinate electrical equipment placement and routing with structural, mechanical, piping, controls, architectural, and site interfaces; identify clashes, access conflicts, unsupported routes, and constructability concerns before release. Create, configure, and maintain accurate Solid Works parts, assemblies, vendor models, electrical library components, custom properties, connection and routing references, drawing views, details, dimensions, callouts, and BOM structures.
• Verify that models, drawings, schedules, and BOMs remain synchronized and that item numbers, descriptions, quantities, manufacturer data, cable and wire information, and revision status are accurate before release. Incorporate engineer-approved equipment selections, load information, conductor and cable selections, protective-device data, grounding requirements, and vendor information into the design documentation without independently assuming engineering authority.
• Coordination, Quality, and Production Support:
  Participate in model reviews, design reviews, drawing checks, and interdisciplinary coordination meetings; resolve comments and document design decisions in accordance with TAS procedures. Support Purchasing, Manufacturing, Quality, assembly personnel, panel shops, field installation, startup, and commissioning by answering design questions, resolving fit-up or routing issues, and issuing controlled revisions, redlines, change notices, and as-built updates.
• Coordinate with Engineering, Project Management, Supply Chain, Manufacturing, Quality, vendors, customers, and other stakeholders to obtain missing information and communicate design risks, scope changes, schedule impacts, and open technical issues.
• Deliver accurate, production-ready models and drawings within assigned schedule and labor-budget commitments while managing multiple priorities in a fast-paced project environment.
• Help develop and improve Solid Works templates, modeling and routing standards, drawing practices, design checklists, component libraries, and repeatable modular architectures.
• Adhere to TAS policies, document-control requirements, quality procedures, and safety expectations; travel to manufacturing, vendor, customer, or project sites as required and perform other duties assigned by TAS.