Interior Component Experience Strategy Lead

General Motors; Warren (MI); On-site; USD 180,000 - 240,000; Full time

Benefits offered by this job

Relocation benefits

Job summary

General Motors is seeking a Senior Manager for Components Experience Strategy to shape interior component experiences across programs and regions. You will translate design strategy into actionable priorities for cockpit touchpoints, centers stacks, and display surrounds, aligning with brand direction and customer needs.

You will lead diverse teams, influence senior leaders, and balance usability, ergonomics, and feasibility to deliver cohesive Human Interface Design across hardware and

Qualifications

• Experience leading interior components, industrial or automotive design strategy.
• Ability to translate customer, brand and business needs into actionable design direction.
• Strong understanding of usability, ergonomics, controls and digital integration.

Responsibilities

• Define and lead long-term strategy for interior component experiences across programs and studios.
• Establish vision and design direction for instrument panels, center stacks, doors, steering wheel touchpoints and displays.
• Translate strategy into actionable priorities, criteria, and KPIs for teams and leaders.
• Lead cross-functional challenges balancing design intent with ergonomics, packaging, engineering, timing, cost and quality.

Skills

Interior component design

Strategy & visioning

Influencing senior leaders

Cross-functional collaboration

People leadership

Ergonomics & usability

Executive storytelling

Education

Bachelor’s degree in Industrial Design

Job description

General Motors is seeking a Senior Manager for Components Experience Strategy to shape interior component experiences across programs and regions. You will translate design strategy into actionable priorities for cockpit touchpoints, centers stacks, and display surrounds, aligning with brand direction and customer needs.

You will lead diverse teams, influence senior leaders, and balance usability, ergonomics, and feasibility to deliver cohesive Human Interface Design across hardware and