Precision Cabinet Designer - Builder-Grade Layout Expert

Wisenbaker Builder Services, Inc.; Houston, Northern (TX, KY); Hybrid; USD 45,000 - 75,000; Full time

Job summary

Wisenbaker Builder Services, Inc. is seeking a Cabinet Designer in Houston to turn architectural blueprints into accurate, builder-compliant cabinet layouts using 20-20 Design. The role emphasizes precision, coordination with teams, and a fast-paced work environment.

You will create functional layouts, interpret plans and schedules, and mentor junior designers while ensuring installation standards and space constraints are met.

Qualifications

• Creates cabinet designs from architectural plans using 20-20 Design.
• Develops functional layouts meeting space constraints, installation standards, and product requirements.
• Interprets written, oral, diagram, and schedule-based instructions.
• Solves design challenges where limited standardization exists.
• Maintains accuracy across multiple projects and deadlines.
• Collaborates with internal teams to support downstream execution.
• Assists with training and mentoring future Cabinet Designer hires.

Responsibilities

• Create cabinet designs using architectural blueprints and builder specifications in 20-20 Technologies.
• Develop functional layouts that meet space constraints and product requirements.
• Interpret written and diagrammatic instructions to ensure builder compliance.
• Collaborate with teams to support downstream execution and training.

Skills

Attention to detail

Project management

Team communication

Residential construction knowledge

Problem solving

Tools

20-20 Design

Job description

Wisenbaker Builder Services, Inc. is seeking a Cabinet Designer in Houston to turn architectural blueprints into accurate, builder-compliant cabinet layouts using 20-20 Design. The role emphasizes precision, coordination with teams, and a fast-paced work environment.

You will create functional layouts, interpret plans and schedules, and mentor junior designers while ensuring installation standards and space constraints are met.