Generate Biomedicines Job Trends

GenerateBiomedicines is seeking a dynamic and experienced Associate Director, Quality Systems and GxP Compliance to lead our Quality Systems and Compliance operations across the organization. This role will oversee core quality management functions—including training, documentation, change control, deviations, CAPAs, audits, complaints, and supplier management—ensuring GxP compliance and inspection readiness. Reporting to the Vice President, Quality this individual will manage and develop the Quality Systems while collaborating with site stakeholders to uphold GB’s commitment to regulatory excellence and operational efficiency. This is a unique opportunity to shape and strengthen Quality systems in a fast-paced biotech environment, supporting innovative therapies from...

We are seeking a proactive and experienced Regulatory Affairs Manager to lead and coordinate global regulatory activities supporting the development of our biologic therapeutics. This role will independently manage key submission components, contribute to regulatory strategy, and help drive compliance with global regulatory standards. You will work cross-functionally to influence planning and execution of development programs, helping ensure alignment with evolving regulatory requirements. The ideal candidate brings hands-on regulatory experience, strong technical and writing skills, and the ability to operate independently in a fast-paced, dynamic environment. Here's how you will contribute Independently lead the preparation and coordination of regulatory submissions...

We are seeking a creative, motivated Computational Scientist to join our Model-Driven Design team at GenerateBiomedicines . You will join a talented and collaborative group of ML scientists, engineers, and wet-lab scientists dedicated to redefining how medicines are made. This role sits at the intersection of machine learning, structural biology, and therapeutic development, where you will stay at the leading edge of internal and external models for de novo protein design and systematically benchmark, integrate, and apply them within tightly integrated design–build–test–learn cycles to advance our therapeutic pipeline and impact patients' lives. The ideal candidate combines deep structural intuition...