Mechanical Designer (SolidWorks) — Fans & Air Systems

Airpro-Fan-and-Blower-C; Rhinelander (WI); On-site; USD 65,000 - 100,000; Full time

Benefits offered by this job

Health coverage

Dental, Life and AD&D

Long-Term Disability

ESOP & 401K with company match

Immediate PTO & Holidays

Job summary

AirPro Fan & Blower Company, Rhinelander, WI, seeks a designer to create and refine industrial air-moving equipment using SolidWorks. You will develop customer-focused submittal drawings and maintain BOMs within our ERP system, supporting on-time project execution and profitability.

You will collaborate across departments to revise designs based on feedback and ensure manufacturability while meeting safety and quality standards.

Qualifications

• Strong computer literacy and ability to learn new software systems.
• Experience with manufacturing processes and design for manufacturability is preferred.
• Commitment to producing accurate, high-quality work and meeting project deadlines.

Responsibilities

• Detail fans and air handling components using SolidWorks and prepare submittal drawings.
• Verify dimensional integrity, material selection, fit and assembly relationships.
• Create and maintain Bills of Materials (BOMs) in the ERP system.
• Process design revisions and engineering change requests.
• Collaborate with manufacturing to resolve design and BOM issues.

Skills

Strong computer literacy

Attention to detail

Written and verbal communication

Multitasking

Independent work

Manufacturing/process knowledge

Quality and deadlines

Education

AAS degree or related experience

Tools

SolidWorks

SolidWorks PDM

3D modeling & drawings

ERP & BOM management

Job description

AirPro Fan & Blower Company, Rhinelander, WI, seeks a designer to create and refine industrial air-moving equipment using SolidWorks. You will develop customer-focused submittal drawings and maintain BOMs within our ERP system, supporting on-time project execution and profitability.

You will collaborate across departments to revise designs based on feedback and ensure manufacturability while meeting safety and quality standards.