Product Manager - AI-Driven Growth (Remote) in Cambridge

Product Manager - AI-Driven Growth (Remote) in Cambridge

Cambridge Full-Time 60000 - 75000 Β£ / year (est.) No working from home possible
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At a Glance

  • Tasks: Investigate product growth, innovate with AI, and optimise through experiments.
  • Company: Bending Spoons, a dynamic company with a minimal-hierarchy culture.
  • Benefits: Exceptional growth opportunities and a collaborative work environment.
  • Other info: Remote position with a focus on rapid learning and innovation.
  • Why this job: Join a high-performing team and make a real impact in AI-driven growth.
  • Qualifications: Driven, collaborative mindset with a passion for product management.

The predicted salary is between 60000 - 75000 Β£ per year.

Bending Spoons is seeking a talented, driven, and collaborative individual to join our high-performing, minimal-hierarchy team.

You will join a company that values ambition, rapid learning, and impact while providing exceptional growth opportunities.

Responsibilities include investigating product growth drivers, innovating with AI and data, executing with cross-functional teams, and iterating through experiments and metrics to optimize the product over time.

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Product Manager - AI-Driven Growth (Remote) in Cambridge employer: Bending Spoons

Bending Spoons is an exceptional employer that fosters a dynamic and inclusive work culture, where innovation and collaboration thrive. Located in a vibrant city, employees benefit from flexible working arrangements, professional development opportunities, and a commitment to work-life balance, making it an ideal place for those looking to grow their careers while contributing to meaningful projects in the realm of internal audit and compliance.

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Contact Details:

Bending Spoons Recruitment Team

We think you need these skills to ace Product Manager - AI-Driven Growth (Remote) in Cambridge

Product Growth Analysis
AI Innovation
Data-Driven Decision Making
Cross-Functional Collaboration
Experimentation
Metrics Optimisation
Rapid Learning