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Senior / Principal Method Development Scientist

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Senior / Principal Method Development Scientist

About LifeSprout

LifeSprout was founded in September 2015 as a Johns Hopkins University spinout and located in Baltimore, MD. We are a medical device company creating revolutionary products for aesthetic and reconstructive medicine. Our synthetic biomaterial platform mimics the look and behavior of native tissue and is being developed into a suite of products to restore form and function for millions of patients with soft tissue loss from aging, cancer, and metabolic disease. The company is led by a management team experienced across business, clinical, and scientific disciplines.

Role Summary

This hands-on role owns identification, development, qualification, and validation of chemical, physical, and mechanical test methods for LifeSprout biomaterials and finished devices across incoming materials testing, in-process monitoring, and final release testing. The position generates and executes protocols and validation documents, drafts procedures and QC work instructions, defines sampling and test plans, and oversees day-to-day QC lab operations in a GMP regulated environment.

Key Responsibilities
  • Design, develop, and validate analytical, chemical, physical, and mechanical test methods relevant to incoming raw materials, biomaterials and finished devices.
  • Create, review, and execute method development and validation protocols, stability studies, and release testing with clear, defensible test reports.
  • Draft and maintain SOPs, QC work instructions, sampling plans, and validation documentation in accordance with GMP and ISO standards.
  • Define sampling strategies and test plans for incoming materials, in process controls, subcomponents, and finished product release.
  • Oversee QC laboratory operations including scheduling, equipment requirements, lab layout, materials management and recordkeeping.
  • Collaborate cross functionally with R&D, manufacturing, regulatory, and supply chain to align testing strategy with product development and regulatory requirements.
  • Support supplier qualification and regulatory submissions by providing method validation rationale and test data.
Qualifications
  • Hand on experience developing methods for biomaterials characterization, such as image based morphological measurements, particle size/geometry, spectrophotometry based chemical analysis and physical/mechanical techniques such as rheology.
  • MS in Analytical Chemistry, Materials Science, Biomedical Engineering, Chemical Engineering, or related discipline; PhD desirable for Principal level.
  • Senior level 5+ years hands on experience developing and validating analytical and physical/mechanical methods for biomaterials or medical devices; Principal level 8+ years with demonstrated leadership on complex method programs.
  • Experience defining sampling plans and statistical approaches for method validation and acceptance criteria.
  • Proven experience working within GMP and ISO 13485 environments, including authoring validation protocols, SOPs, and validation reports.
  • Strong technical breadth with chemical and physical characterization techniques and mechanical testing relevant to soft materials.
  • Excellent technical writing skills and experience generating protocols, test reports, and regulatory‑grade documentation.
  • Self-starter, hands-on, strong problem solving, and able to work independently and lead cross functional initiatives.
Preferred Qualifications
  • Experience with equipment qualification and QC lab management in regulated environments.
  • Prior involvement supporting regulatory submissions and/or audits.
  • Leadership experience mentoring scientists and technicians; stronger emphasis on people and program leadership for Principal level.
Working conditions and what we offer
  • Onsite presence at Baltimore, MD facility required for laboratory activities with occasional travel (<10%).
  • Fast paced, collaborative environment balancing development and release activities.
  • Competitive compensation, benefits, and professional development opportunities.
  • Opportunity to shape analytical strategy for an innovative biomaterials platform with clear patient impact.

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