Senior Strategic Compensation & Equity Analyst

Remote; San Francisco (CA); On-site; USD 120,000 - 170,000; Full time

Benefits offered by this job

Stock options

Long-term incentives

Medical, vision, dental insurance

401(k) retirement plan

Paid vacation and holidays

Job summary

SpaceX is seeking a Senior Compensation Analyst to partner with HR and leadership in Hawthorne, CA. You will shape compensation programs, analyze market trends, and help design salary structures and equity packages while mentoring junior teammates.

The role emphasizes data-driven insights, cross-functional collaboration, and the ability to navigate complex compensation scenarios in a fast-paced space environment.

Qualifications

• Bachelor's degree required.
• 4+ years of professional experience in compensation or HR.
• Degree in business, mathematics, economics, or finance preferred.
• Advanced Excel and data analysis skills expected.
• Strong consultative and clear communication abilities.

Responsibilities

• Act as consultant to HR and leadership for hiring, promotions and compensation programs.
• Conduct research, data modeling, data mining and present data to drive strategic decisions about people.
• Develop compensation programs, job levels, salary structures and recognition programs.
• Aggregate data to participate in compensation surveys.
• Develop and implement communication and training for compensation programs for recruiters and managers.
• Mentor and train junior team members.

Skills

Excel

Data analysis

Consulting skills

Communication

Problem solving

Organization

Education

Bachelor's degree

Degree in business, mathematics, economics, or finance

Job description

SpaceX is seeking a Senior Compensation Analyst to partner with HR and leadership in Hawthorne, CA. You will shape compensation programs, analyze market trends, and help design salary structures and equity packages while mentoring junior teammates.

The role emphasizes data-driven insights, cross-functional collaboration, and the ability to navigate complex compensation scenarios in a fast-paced space environment.