Nucs AI
Senior Product Manager
Salary not disclosed3–6 yearsRemote
- Product
- Remote
- Full time
- Today
About the role
Nucs AI is seeking a Senior Product Manager to lead product development for their AI-powered cancer diagnostic tools. You will translate complex clinical and technical requirements into clear product roadmaps while driving execution across engineering, regulatory, and commercial teams. This role requires a strategic thinker who can engage with specialized clinicians and navigate the intersection of medical technology and business value.
Responsibilities
- Own the roadmap for one or more product lines, balancing clinical impact, technical feasibility, and business value.
- Engage directly with clinicians and oncologists to understand their workflows and pain points.
- Translate complex problems into well-structured product requirements and success criteria.
- Develop and articulate a clear product narrative and platform vision.
- Navigate the regulatory landscape to ensure product decisions align with compliance requirements.
- Drive cross-functional execution with engineering, AI/ML, clinical, and commercial stakeholders.
- Define and track product metrics to inform iteration and prioritization.
Required skills
- Product Management
- B2B Product Development
- Systems Thinking
- Cross-functional Leadership
- Data Analysis
- Technical Product Strategy
Nice to have
- Healthcare
- Medtech
- Health-AI
- Medical Imaging
- Oncology
- Clinical Decision Support
- AI/ML
- FDA 510(k)
- CE Marking
Qualifications
- 3-6 years of product management experience in a B2B or technical environment
- Experience in a startup or high-growth environment
- Fluency in English (C1 level or higher)
Benefits
- Equity
- Remote-first work environment
- Flexible working
About the Company
Nucs AI is a venture-backed, early-stage company revolutionizing cancer care through AI and medical imaging technology. Founded in 2024, they build AI-powered tools at the convergence of medical imaging and radioligand therapy to enhance diagnostic precision and patient outcomes.