The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
Broad understanding of how CRISPR and RNAi are used across the drug discovery process, including how to align Dharmacons products in a way that adds value to our customers business. * Develop a ...
Broad understanding of how CRISPR and RNAi are used across the drug discovery process, including how to align Dharmacons products in a way that adds value to our customers business. * Develop a ...
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
RESEARCH FELLOW
Ann Arbor, MI · On-site
Experience with CRISPR/Cas9 KO technology is strongly preferred. (Molecular biology techniques required: chromatin immunoprecipitation (ChIP), PCR, primer design, cell culture, transfections ...
RESEARCH FELLOW
Ann Arbor, MI · On-site
Experience with CRISPR/Cas9 KO technology is strongly preferred. (Molecular biology techniques required: chromatin immunoprecipitation (ChIP), PCR, primer design, cell culture, transfections ...
Postdoctoral Fellow - Laboratory of Dr. Hong Li
Grand Rapids, MI · On-site
$71K/yr
The Li Lab focuses on the structural mechanisms at atomic levels of RNA-associated processes and biotechnology, including CRISPR immunity and ribosome biogenesis. As a Postdoctoral Fellow you can ...
Postdoctoral Fellow - Laboratory of Dr. Hong Li
Grand Rapids, MI · On-site
$71K/yr
The Li Lab focuses on the structural mechanisms at atomic levels of RNA-associated processes and biotechnology, including CRISPR immunity and ribosome biogenesis. As a Postdoctoral Fellow you can ...
Crispr information
What types of projects or research might I work on as a crispr scientist?
As a CRISPR Scientist, you may contribute to projects ranging from basic research in gene function and disease mechanisms to applied initiatives like crop improvement, gene therapy development, or pharmaceutical innovation. Your day-to-day responsibilities might include designing and executing gene-editing experiments, analyzing genetic data, collaborating with interdisciplinary teams, and documenting results for publication or regulatory submissions. Depending on your employer, you could work in academia, biotechnology, agriculture, or medical research industries. This role offers opportunities to make impactful scientific discoveries and gain exposure to emerging technologies, providing a strong foundation for career advancement within the field.
What are the key skills and qualifications needed to thrive in the crispr position, and why are they important?
To thrive in a CRISPR Scientist role, you need a solid background in molecular biology, genetics, and gene-editing techniques, typically supported by an advanced degree in a life science discipline. Familiarity with laboratory equipment, gene-editing platforms like CRISPR-Cas9, and certifications in genetic engineering or molecular techniques are highly valuable. Attention to detail, critical thinking, and strong teamwork capabilities are key soft skills in this position. These skills are crucial to ensure safe, accurate, and innovative application of gene-editing technologies in research or therapeutics.
What is a crispr?
A CRISPR job typically involves working with CRISPR-Cas9 or related gene-editing technologies in fields such as biomedical research, agriculture, or biotechnology. Professionals in this field may design, execute, and analyze gene-editing experiments to modify DNA for therapeutic, industrial, or scientific purposes. Roles can range from research scientists to bioinformatics specialists and lab technicians. Strong knowledge of molecular biology, genetics, and bioengineering is often required.

Full-time
Re-posted 27 days ago
Job description
Director, Cell Culture and Organoids, will lead the development of NGNRI's advanced in vitro model systems, including organoids, assembloids, and other human-relevant platforms, to support discovery, screening, and translational research.
This role will establish and scale robust, reproducible cell culture and organoid capabilities for NF1 and related neurological disorders, enabling both mechanistic studies and drug discovery. The successful candidate will also drive the integration of patient-derived models to support precision medicine approaches.
As a scientific and operational leader, they will build and manage a high-performing team, implement standardized workflows, and ensure the quality and scalability of NGNRI's biological platforms.
This role carries a clear mandate: to deliver cutting-edge cell culture and organoid systems that power transformative discoveries and therapeutic innovation.
About the role
Establish and lead NGNRI's cell culture and organoid platform, including stem cell derived systems (e.g., cerebroids, assembloids)
Develop, optimize, and standardize protocols for differentiation, maturation, and maintenance of organoid models
Ensure reproducibility, scalability, and robustness of model systems for downstream applications including screening and mechanistic studies
Design and implement quality control frameworks for cell lines, differentiation processes, and organoid characterization
Recruit, train, and manage a high-performing team of scientists and technical staff
Work closely with the Head of High Content Analysis, Head of FACS and Head of Genome Engineering and other platform leads to ensure seamless integration of organoid systems into screening workflows
Collaborate with internal research teams and external guest scientists to adapt models for specific scientific questions and translational goals
Continuously evaluate and incorporate emerging technologies and methodologies in stem cell biology and organoid systems
Contribute to experimental design, data interpretation, and troubleshooting across programs
Maintain meticulous records and ensure best practices in data integrity and reproducibility
Ensure compliance with all relevant biosafety, regulatory, and ethical guidelines
About you
High integrity and commitment to rigorous scientific standards
Innovative, curious, and solutions-oriented
Strong leadership and mentoring capabilities
Collaborative mindset with ability to work across diverse teams
Highly organized and detail-oriented
Resilient and adaptable in a fast-paced research environment
Preferred Qualification
Significant experience in stem cell biology, organoids, assembloids, or related model systems
Proven track record of developing and implementing complex in vitro models
Experience leading or mentoring research teams in academic or industry settings
Demonstrated ability to optimize and scale biological systems for reproducibility and throughput
Experience supporting drug discovery or screening efforts using advanced cell models is highly desirable
Strong problem-solving skills and ability to troubleshoot complex biological systems
Meticulous attention to detail and commitment to data quality and reproducibility
Excellent interpersonal, communication, and team-building skills
Ability to collaborate across multidisciplinary teams
Experience with regulatory and compliance considerations is a plus
PhD in stem cell biology, developmental biology, neuroscience, or related discipline
What you'll get
Our team members fuel our strategy, innovation and growth, so we ensure the health and well-being of not just you, but your family, too! We go above and beyond to give you the support you need on an individual level and offer all sorts of ways to help you live your best life. We are proud to offer eligible team members perks and health benefits that will help you have peace of mind. Simply put: We've got your back. Check out our full list of Benefits and Perks.
About us
The Nick Gilbert Neurofibromatosis Research Institute (NGNRI) is a nonprofit organization focused on developing treatments and cures for Neurofibromatosis type 1 (NF1) and other neurological disorders and cancers with significant unmet need. Backed by the Gilbert Family Foundation and created in partnership with Michigan State University (MSU) and Henry Ford Health (HFH), NGNRI brings together leading scientific and clinical expertise to accelerate translational discovery.
Located within a new, state-of-the-art research facility in midtown Detroit, NGNRI offers a highly collaborative environment alongside MSU and HFH. The institute is equipped with advanced platforms-including organoid and stem cell models, AI-driven analysis, FACS, and CRISPR technologies-and provides access to extensive shared core facilities.
NGNRI supports both in-house researchers and visiting scientists, creating a dynamic, mission-driven ecosystem designed to advance innovation and deliver impact in an underserved field. As part of Detroit's rapidly growing medical research campus, NGNRI offers a unique opportunity to contribute to cutting-edge science within a vibrant and expanding hub.
This job description is an outline of the primary responsibilities of this position and may be modified at the discretion of the company at any time. Decisions related to employment are not based on race, color, religion, national origin, sex, physical or mental disability, sexual orientation, gender identity or expression, age, military or veteran status or any other characteristic protected by state or federal law. The company provides reasonable accommodations to qualified individuals with disabilities in accordance with applicable state and federal laws. Applicants requiring reasonable accommodations in completing the application and/or participating in the application process should contact a member of the Human Resources team, at Careers@Rocket.com.
About Rock Connections
Sourced by ZipRecruiter
Industry
Telecommunications
Company size
1,001 - 5,000 Employees
Headquarters location
Detroit, MI, US
Year founded
2012