Senior Scientist- Advanced Bioeffects Research
The ideal candidate will have strong hands-on expertise in mammalian cell culture, experimental execution, and interdisciplinary collaboration within a fast-paced research environment. Responsibilities will include performing various assays, such as next-generation sequencing library preparation, microscopy, cytokine/inflammatory analysis, and other cellular assays.
Research Scientist - Advanced Bioeffects Research
The ideal candidate will perform, analyze and report bioeffects data related to laser exposure and wounding, using advanced cellular models including immortalized and primary cells, tissue organoids, transwell and advanced co-culture systems. Responsibilities will include in vitro laboratory research working collaboratively with the team to perform a variety of assays, including library preparations, barrier integrity assessments, cell viability tests, DNA/RNA extractions, and other in vitro assays.
Laboratory Manager - Advanced Bioeffects Research
The ideal candidate will oversee day-to-day lab operations, including, project tracking, inventory/equipment management, and coordination of laboratory activities. Responsibilities include supporting scientists and technicians who perform bioeffects research, ensuring smooth execution of projects and accurate documentation.
Laboratory Support Manager - Vivarium
The ideal candidate will oversee day-to-day vivarium operations, including animal study coordination, inventory/equipment management, and scheduling of laser exposure and ocular assessment activities. Responsibilities will include supporting scientists, veterinarians, and technicians who perform bioeffects research, ensuring smooth execution of protocols, adherence to regulatory standards, and accurate documentation.
Research Scientist - In Vivo Ocular Bioeffects
The ideal candidate will design and execute animal exposure studies, perform detailed ocular assessments, analyze and interpret experimental data. Responsibilities will include contributing to publications and technical reports in support of the program’s scientific and operational objectives.
Research Scientist - Laser-Induced Ocular Bioeffects (In Vivo Animal Exposure)
The ideal candidate will design and execute animal exposure studies, perform detailed ocular assessments, analyze and interpret experimental data, and contribute to publications and technical reports in support of the program’s scientific and operational objectives. The role requires strong experimental skills, scientific rigor, and the ability to work effectively within a multidisciplinary research team of scientists, veterinarians, and technicians.
Research Biomedical Engineer - Laser Eye Protection
The ideal candidate will contribute to the design and evaluation of protective technologies (e.g., filters, coatings, devices), perform data-driven assessments of protection effectiveness, and support transition of LEP concepts to operational stakeholders. The role requires strong quantitative skills, familiarity with bioeffects research, excellent documentation practices, and the ability to work across multidisciplinary teams in a dynamic research environment.
Research Scientist - Laboratory Test Engineer
The ideal candidate will use creative problem solving and engineering skills to design, test and operate laboratory test infrastructure and perform state-of-the-art experiments in support of the USAF to characterize human bioeffects from optical (laser/flash) exposure. Responsibilities will include develop and maintain laboratory test infrastructure that integrates COTS and custom hardware, software, and data acquisition capabilities and support test activities through planning, documentation, execution, and post-test analysis.
The ideal candidate will apply engineering expertise and innovative problem solving to develop Electro-Optical (EO) solutions that enable critical laboratory testing to characterize and assess bioeffects after
high-energy laser (HEL) exposure. Responsibilities will include maintain and operate optical characterization laboratory equipment and establish state-of-the-art techniques for advanced laser and optical measurements on biological and surrogate systems, including experimental design and characterization of critical optical and laser alignment parameters.