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Multiply Labs

Robotic biomanufacturing infrastructure for cell therapies

Vice President Software Engineering - Robotics & System

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeSan Francisco, CA, USA

About the Job

Requirements

  • 15+ years of software engineering experience, with a demonstrated track record of building and maintaining complex, high-reliability integrated software systems.
  • Track record of scaling engineering organizations beyond 20–50+ engineers, with strategic foresight to plan for organizational needs and experience managing managers.
  • Strong software engineering background and ability to guide the team, ship features, and dive into design and implementation details when needed.
  • Direct experience working in GMP environments or delivering software for regulated applications such as life sciences/biopharma, aerospace, or defense.
  • Experience bridging enterprise software (cloud, SaaS) and physical/robotics systems, and experience working in or managing multiple parts of the stack (software, hardware, robotics).
  • Familiarity with modern AI/ML landscapes, including vision-language models and developer tools, and understanding how to leverage them in a robotics context.
  • Ability to create clarity in ambiguity and a history of successful collaboration with external customers or partners.
  • Ability to collaborate across teams, learn new constraints, and understand the context behind complex requirements.
  • Ability to identify gaps and independently improve technical systems and team practices.
  • Ability to make data-driven decisions, solicit feedback and diverse perspectives, and align teams around complex technical decisions.
  • Commitment to system reliability, patient safety, and taking responsibility for team deliverables.

Responsibilities

  • Lead the software and robotics engineering organization and manage the leads of the Robotics and Systems software teams.
  • Build on the existing software architecture across Robotics (motion planning and kinematics) and Platform (cloud, scheduling, and distributed systems); translate ambiguity into technical plans and scope minimum viable solutions to keep the stack robust and maintainable as complexity increases.
  • Partner with the R&D Software team to transition robotics advancements into commercial production and ensure experimental features are integrated and stabilized before deployment.
  • Evaluate the Software Development Lifecycle and provide strategic feedback to close process gaps; guide adoption and refinement of standards for code reviews, release management, versioning strategies, and technical documentation.
  • Champion mission-critical reliability; oversee maturation of testing frameworks, including simulation and integration tests, and guide the strategic ramp-up of Hardware-in-the-Loop testing.
  • Work with Hardware, Product, and Biology leadership to align software roadmaps with physical constraints and translate biological protocols and physical constraints into realistic software roadmaps.
  • Meet with customers as needed to understand their needs and use that context to balance feature delivery with technical-debt reduction and sustainable velocity.
  • Prepare the engineering team to scale from a single Process Development unit to a fleet operating in Process Development and regulated GMP environments, supporting commercial GMP systems while preserving development agility.
  • Coach and develop team members, define career pathways, and ensure engineers have mentorship to grow into technical leaders and managers.
  • Champion positivity and collaboration as the organization scales, and foster an environment of trust, ownership, and intellectual honesty.
  • Collaborate with hardware and biology teams to ensure robotic clusters function as integrated systems.
  • Anchor decisions in data and technical truth, solicit feedback, and unite the team around technical decisions.

About the Company

Multiply Labs

Robotic biomanufacturing infrastructure for cell therapies

Multiply Labs builds robotic biomanufacturing infrastructure for cell and gene therapies and advanced biologics. Its modular Cluster unifies existing GMP-grade instruments in a closed, automated environment to execute manufacturing workflows. The system learns workflows via imitation learning, not full process transfer, and pairs with Digital QC software for real-time sensor monitoring and 21 CFR Part 11–compliant electronic batch records. Its goal is to expand scalable, automated, compliant manufacturing capacity to accelerate commercial-scale product development in partnership with industry and research institutions.

Company size
51-200
Company stage
Series B
Total funding
$98M
Headquarters
San Francisco, CA
Founded
2016

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