About The Position

Carnegie Mellon University's Department of Mechanical Engineering is seeking a Postdoctoral Research Associate to focus on the interface between engineered mammalian cells and implantable device environments. This role involves studying cell adaptation, longevity, functional stability, optical readout compatibility, and integrated system behavior. The position emphasizes assessing engineered cells in configurations relevant to device integration, requiring the associate to design and execute experiments to understand cell performance over time in controlled in vitro settings, biomaterial-supported culture environments, and prototype device-relevant configurations. The ideal candidate is a technically mature researcher proficient in cell biology, biomaterials, device testing, quantitative imaging, and experimental systems engineering.

Requirements

  • Ph.D. in Biology, Mechanical Engineering, Biology, Bioengineering, Cell Biology, Tissue Engineering, Synthetic Biology, or a closely related field.
  • 3-5 years of experience
  • Demonstrated ability to design and execute experiments involving mammalian cells, biomaterials or device-relevant culture systems, quantitative imaging or fluorescence assays, and longitudinal data collection.
  • A combination of education and relevant experience from which comparable knowledge is demonstrated may be considered.

Nice To Haves

  • Experience with hydrogel culture, ECM-based systems, microfabricated devices, implantable-device prototypes, perfusion or microfluidic systems, or long-term in vitro functionality testing is strongly preferred.
  • Preferred training includes: BSL-2 training, biosafety training, chemical hygiene training, human/animal-subjects compliance training if later required by assigned studies

Responsibilities

  • Lead cell-device integration experiments supporting project milestones.
  • Develop test plans for evaluating engineered cells under implant-relevant in vitro conditions.
  • Collaborate with cell-engineering, device, optics, tissue-engineering, and systems-integration teams.
  • Establish reproducible protocols for longitudinal culture, functional testing, and data collection.
  • Analyze optical, biological, and device-performance datasets using appropriate statistical and computational methods.
  • Maintain detailed laboratory notebooks, SOPs, QC records, and milestone documentation.
  • Prepare presentations, technical reports, manuscripts, and sponsor-facing materials.
  • Mentor junior researchers and coordinate day-to-day experimental activities with technicians and students.
  • Identify integration risks and develop fallback experimental strategies.
  • Adapt engineered therapeutic and sensing cells to implant-relevant materials, compartments, matrices, and culture configurations.
  • Evaluate long-term cell viability, proliferation, stability, reporter output, and functional response under controlled conditions.
  • Design and operate in vitro platforms to assess cell performance over extended periods.
  • Study how device-relevant factors, such as optical access, material interfaces, culture geometry, nutrient/oxygen availability, and repeated stimulation or measurement cycles, affect engineered-cell function.
  • Support testing of cell systems in prototype device configurations.
  • Develop quantitative readouts for cell longevity, functional retention, signal stability, and system compatibility.
  • Coordinate with collaborators to compare CMU-based device-relevant results with external benchmarks.
  • Generate integrated datasets that support milestone decisions, design iterations, and downstream validation planning.
  • Perform other project-related duties as assigned.

Benefits

  • Comprehensive medical, prescription, dental, and vision insurance
  • Generous retirement savings program with employer contributions
  • Tuition benefits
  • Ample paid time off
  • Observed holidays
  • Life and accidental death and disability insurance
  • Free Pittsburgh Regional Transit bus pass
  • Access to Family Concierge Team
  • Fitness center access
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