Senior HR Business Partner
1PasswordFull Time
Senior (5 to 8 years)
Key technologies and capabilities for this role
Common questions about this position
This role is onsite in San Francisco, requiring 5 days a week in the office. Candidates should ideally live within 45 minutes of the office, with an extra location bonus if within 20 minutes.
The role offers a competitive salary and stock options, plus an extra location bonus for living within 20 minutes of the office. Benefits include a health insurance stipend of $800/month, financial and operational relocation support, and visa sponsorship where possible.
Candidates need 5+ years in an HR role in a small, fast-paced, high-growth tech company, fluency in US employment law, strong relationship-building and influence skills, and excellent interpersonal, communication, and organizational abilities.
Flux emphasizes a high-performance culture, thoughtful scaling of processes, demonstrating company values, and acting as a cultural ambassador. The role involves leading by example and supporting people-practices that enable high performance.
A strong candidate has 5+ years of HR experience in a high-growth tech company, fluency in US employment law, the ability to influence without authority, and a pragmatic, solutions-oriented approach in a fast-paced environment.
AI-powered platform for PCB design
Flux.ai provides a platform for designing and building printed circuit boards (PCBs) within the electronic design automation (EDA) market. The platform features an AI-powered assistant named Copilot, which helps users streamline the PCB design process, making it more efficient. Users can sign up for free and access basic features, with the option to upgrade to premium subscription plans for additional services. This freemium model allows engineers, designers, and electronics enthusiasts to engage with the platform at their own pace. Flux.ai differentiates itself from competitors by integrating AI assistance directly into the design workflow, enhancing user experience and accessibility in PCB design.