HVAC CAD Designer II - 3D/2D Modeling & BOM Expert

Daikin Comfort; Waller (TX); On-site; USD 65,000 - 90,000; Full time

Job summary

Daikin Comfort is seeking an CAD Designer to develop detailed 3D models and 2D layouts for HVAC products using Creo or Solid Edge. You will support engineers, review design changes, and ensure manufacturability.

You will maintain BOMs, create 3D-to-BOM links in PLM systems like Team Center or SAP, collaborate with manufacturing, and revise designs to address issues. An associate degree is preferred with 2–5 years' experience in sheet metal/equipment design.

Qualifications

• 2–5 years of sheet metal design, equipment design, or design for manufacturability.
• Associate degree or certificate in CAD design preferred.
• Experience with Creo or Solid Edge is required.
• Ability to read and interpret design standards and procedures.

Responsibilities

• Develop 3D models and 2D production drawings/layouts using Creo or Solid Edge.
• Plan, coordinate, and review CAD design changes before submission.
• Design new and existing 3D models based on DFM principles.
• Maintain BOMs and create BOMs from 3D CAD models using a PLM system.
• Modify and revise designs to address deficiencies or production issues.
• Manage and resolve CAD-related issues and tasks.
• Work within cross-functional teams and support engineering changes.

Skills

3D modeling

2D layouts

CAD design

BOM management

Cross-functional teamwork

Verbal communication

MS Office

Education

Associate degree or certificate in CAD design

Tools

Team Center

SAP

Job description

Daikin Comfort is seeking an CAD Designer to develop detailed 3D models and 2D layouts for HVAC products using Creo or Solid Edge. You will support engineers, review design changes, and ensure manufacturability.

You will maintain BOMs, create 3D-to-BOM links in PLM systems like Team Center or SAP, collaborate with manufacturing, and revise designs to address issues. An associate degree is preferred with 2–5 years' experience in sheet metal/equipment design.