Autonomy Operations Learning Architect

Applied Intuition; Sunnyvale (CA); On-site; USD 110,000 - 150,000; Full time

Job summary

Applied Intuition is hiring a learning experience designer for its Vehicle Operations team in Sunnyvale. The role translates vehicle operations, technical procedures, safety practices, and engineering knowledge into onboarding, training, certification, and performance support.

This is experience design for operators rather than a traditional product surface. The work is about making complex autonomy operations learnable, measurable, and safe for the people who have to execute them.

Qualifications

• Learning experience design, instructional design, or learning program experience.
• Strong grounding in adult learning, needs analysis, assessment, and performance-based design.
• Ability to translate complex technical and operational requirements into usable learning paths.
• Experience creating e-learning, documentation, presentations, video, and hands-on training.
• Comfort working with operators, engineers, product teams, safety teams, and subject-matter experts.

Responsibilities

• Design onboarding, foundational skills, technical training, and certification programs.
• Turn operational, safety, and engineering requirements into practical training experiences.
• Build instructor-led, hands-on, scenario-based, simulation, assessment, job-aid, and digital learning materials.
• Use learner feedback, proficiency data, and operational metrics to improve readiness.
• Explore AI-assisted learning tools for scalable practice, coaching, and content development.

Skills

Learning experience design

Instructional design

Adult learning

Needs analysis

E-learning

Job description

Applied Intuition is hiring a learning experience designer for its Vehicle Operations team in Sunnyvale. The role translates vehicle operations, technical procedures, safety practices, and engineering knowledge into onboarding, training, certification, and performance support.

This is experience design for operators rather than a traditional product surface. The work is about making complex autonomy operations learnable, measurable, and safe for the people who have to execute them.