We use advanced Lung Organ Chip models to recapitulate key aspects of human lung physiology and pathophysiology and to study lung cancer progression, tumor-immune interactions, respiratory infections ...
We use advanced Lung Organ Chip models to recapitulate key aspects of human lung physiology and pathophysiology and to study lung cancer progression, tumor-immune interactions, respiratory infections ...
We use advanced Lung Organ Chip models to recapitulate key aspects of human lung physiology and pathophysiology and to study lung cancer progression, tumor-immune interactions, respiratory infections ...
We use advanced Lung Organ Chip models to recapitulate key aspects of human lung physiology and pathophysiology and to study lung cancer progression, tumor-immune interactions, respiratory infections ...
... Chip devices, single cell RNA sequencing, flow cytometry, and mass spectrometry. What you'll do ... Some countermeasures may also be tested in mouse models of radiation injury * Analyze, interpret ...
... Chip devices, single cell RNA sequencing, flow cytometry, and mass spectrometry. What you'll do ... Some countermeasures may also be tested in mouse models of radiation injury * Analyze, interpret ...
... Chip devices, single cell RNA sequencing, flow cytometry, and mass spectrometry. What you'll do ... Some countermeasures may also be tested in mouse models of radiation injury * Analyze, interpret ...
... Chip devices, single cell RNA sequencing, flow cytometry, and mass spectrometry. What you'll do ... Some countermeasures may also be tested in mouse models of radiation injury * Analyze, interpret ...
Experience with bioreactors, organ-on-chip, or organ-support systems. * Background in artificial ... Not Required * 3D CAD modeling (e.g., AutoCAD, SolidWorks) * Tissue engineering or cell culture ...
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Experience with bioreactors, organ-on-chip, or organ-support systems. * Background in artificial ... Not Required * 3D CAD modeling (e.g., AutoCAD, SolidWorks) * Tissue engineering or cell culture ...
Postdoctoral Fellow - Hyun Jung Kim Lab
Cleveland, OH · On-site
$63.48K/yr
POSITION 2: Microbiome-Associated Disease Modeling in Organ-on-a-Chip Platforms We seek postdoctoral researchers to investigate how the gut microbiome drives human GI diseases using next-generation ...
Postdoctoral Fellow - Hyun Jung Kim Lab
Cleveland, OH · On-site
$63.48K/yr
POSITION 2: Microbiome-Associated Disease Modeling in Organ-on-a-Chip Platforms We seek postdoctoral researchers to investigate how the gut microbiome drives human GI diseases using next-generation ...
Some immediate research areas will include designing cellular assays and microfluidic devices for organ-on chip models. In addition to on-going research projects, the scientist in this role will ...
Some immediate research areas will include designing cellular assays and microfluidic devices for organ-on chip models. In addition to on-going research projects, the scientist in this role will ...
Develop, qualify, and apply advanced human-relevant in vitro systems such as iPS-derived cell models, organoids, spheroids, co-culture platforms, and MPS/organ-on-a-chip systems to assess safety ...
Develop, qualify, and apply advanced human-relevant in vitro systems such as iPS-derived cell models, organoids, spheroids, co-culture platforms, and MPS/organ-on-a-chip systems to assess safety ...
Develop, qualify, and apply advanced human-relevant in vitro systems such as iPS-derived cell models, organoids, spheroids, co-culture platforms, and MPS/organ-on-a-chip systems to assess safety ...
Develop, qualify, and apply advanced human-relevant in vitro systems such as iPS-derived cell models, organoids, spheroids, co-culture platforms, and MPS/organ-on-a-chip systems to assess safety ...
Some immediate research areas will include designing cellular assays and microfluidic devices for organ-on chip models. In addition to on-going research projects, the scientist in this role will ...
Some immediate research areas will include designing cellular assays and microfluidic devices for organ-on chip models. In addition to on-going research projects, the scientist in this role will ...
Some immediate research areas will include designing cellular assays and microfluidic devices for organ-on chip models. In addition to on-going research projects, the scientist in this role will ...
Quick apply
Some immediate research areas will include designing cellular assays and microfluidic devices for organ-on chip models. In addition to on-going research projects, the scientist in this role will ...
Director, Target Validation Sciences
$177K - $278.08K/yr
... models, organ-on-a-chip technologies, automation, and AI-enabled data analytics into scalable, decision-driving platforms. This role will contribute to and help shape the scientific direction of ...
Director, Target Validation Sciences
$177K - $278.08K/yr
... models, organ-on-a-chip technologies, automation, and AI-enabled data analytics into scalable, decision-driving platforms. This role will contribute to and help shape the scientific direction of ...
Director, Target Validation Sciences
Boston, MA · On-site
$177K - $278.08K/yr
... models, organ-on-a-chip technologies, automation, and AI-enabled data analytics into scalable, decision-driving platforms. This role will contribute to and help shape the scientific direction of ...
Director, Target Validation Sciences
Boston, MA · On-site
$177K - $278.08K/yr
... models, organ-on-a-chip technologies, automation, and AI-enabled data analytics into scalable, decision-driving platforms. This role will contribute to and help shape the scientific direction of ...
Develop and lead Battelle's scientific strategy for integrating NAMs, MPS, organ-on-chip platforms, and human-relevant in vitro models into client programs. * Serve as a thought leader on emerging ...
Develop and lead Battelle's scientific strategy for integrating NAMs, MPS, organ-on-chip platforms, and human-relevant in vitro models into client programs. * Serve as a thought leader on emerging ...
Develop and lead Battelle's scientific strategy for integrating NAMs, MPS, organ-on-chip platforms, and human-relevant in vitro models into client programs. * Serve as a thought leader on emerging ...
Develop and lead Battelle's scientific strategy for integrating NAMs, MPS, organ-on-chip platforms, and human-relevant in vitro models into client programs. * Serve as a thought leader on emerging ...
Generate detailed CAD models and fabrication drawings using SolidWorks, AutoCAD, Adobe Illustrator ... Application to: organ-on-a-chip technologies, wearable systems, soft robotics with embedded ...
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Generate detailed CAD models and fabrication drawings using SolidWorks, AutoCAD, Adobe Illustrator ... Application to: organ-on-a-chip technologies, wearable systems, soft robotics with embedded ...
Generate detailed CAD models and fabrication drawings using SolidWorks, AutoCAD, Adobe Illustrator ... Application to: organ-on-a-chip technologies, wearable systems, soft robotics with embedded ...
Quick apply
Generate detailed CAD models and fabrication drawings using SolidWorks, AutoCAD, Adobe Illustrator ... Application to: organ-on-a-chip technologies, wearable systems, soft robotics with embedded ...
Scientist I - Complex In Vitro Models
Worcester, MA · On-site
$75K/yr
Experience in 3D tissue modeling (i.e. spheroids, organoids, commercially available organ-on-a-chip platforms, microfluidics) is a plus. * Strong written and oral communication skills are important.
Scientist I - Complex In Vitro Models
Worcester, MA · On-site
$75K/yr
Experience in 3D tissue modeling (i.e. spheroids, organoids, commercially available organ-on-a-chip platforms, microfluidics) is a plus. * Strong written and oral communication skills are important.
Organ-on-a-Chip, Microfluidics, Microphysiological system * Hematopoietic Biology and Hematological malignancies * Disease Modeling and Cancer Bioengineering * Stem cell Biology, Synthetic Biology ...
Organ-on-a-Chip, Microfluidics, Microphysiological system * Hematopoietic Biology and Hematological malignancies * Disease Modeling and Cancer Bioengineering * Stem cell Biology, Synthetic Biology ...
Experience in 3D tissue modeling (i.e. spheroids, organoids, commercially available organ-on-a-chip platforms, microfluidics) is a plus. * Strong written and oral communication skills are important.
Experience in 3D tissue modeling (i.e. spheroids, organoids, commercially available organ-on-a-chip platforms, microfluidics) is a plus. * Strong written and oral communication skills are important.
Modeling Organ Chip information
See salary details
$11K - $19.6K
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$19.6K - $28.2K
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$28.2K - $36.8K
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$36.8K - $45.4K
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$45.4K - $54K
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$54K - $62.5K
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$62.5K - $71.1K
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$71.1K - $79.7K
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$79.7K - $88.3K
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$91.6K is the 25th percentile. Wages below this are outliers.
$88.3K - $96.9K
65% of jobs
$99.4K is the 75th percentile. Wages above this are outliers.
$96.9K - $105.5K
35% of jobs
$11K
$105.5K
How much do modeling organ chip jobs pay per year?
What are the key skills and qualifications needed to thrive as a Modeling Organ Chip Researcher, and why are they important?
What are some common challenges faced when working as a Modeling Organ Chip researcher, and how do teams typically address them?
What is a Modeling Organ Chip?
What is the difference between Modeling Organ Chip vs Tissue Engineer?
| Aspect | Modeling Organ Chip | Tissue Engineer |
|---|---|---|
| Required Credentials | Typically requires a degree in bioengineering, biomedical engineering, or related fields | Requires a degree in biomedical engineering, tissue engineering, or related disciplines |
| Work Environment | Laboratories focused on microfluidic device development and biological modeling | Laboratories or manufacturing settings focused on tissue fabrication and regenerative techniques |
| Industry Usage | Used in drug testing, disease modeling, and personalized medicine research | Used in regenerative medicine, organ replacement, and tissue repair applications |
Modeling Organ Chip specialists focus on designing and developing microfluidic devices that mimic organ functions, often working with biological and engineering principles. Tissue Engineers, on the other hand, concentrate on creating biological tissues for medical applications. While both roles require a background in bioengineering, their work environments and end goals differ significantly.

Full-time
Medical, Dental, Vision, Retirement, PTO
Posted 16 days ago
Harvard University rating
8.1
Based on 7 frontline employees who took The Breakroom Quiz
128th of 529 rated colleges and universities
Job description
By working at Harvard University, you join a vibrant community that advances Harvard's world-changing mission in meaningful ways, inspires innovation and collaboration, and builds skills and expertise. We are dedicated to creating a diverse and welcoming environment where everyone can thrive.
Why join the Wyss Institute at Harvard University?
The Wyss Institute's mission is to transform healthcare and the environment by emulating the way nature builds. We harness the imagination of academia and the focus of industry to translate ground-breaking technologies into commercial products that solve big problems. We support research that universities, companies, and venture capital firms don't fund because they view it as too risky. We prefer to use the word "challenging," and we love challenges. For more information discover our technologies, catch up on our recent news, or watch our latest videos.
Job Description
About you:
You are a collaborative, impact-focused problem solver who wants to be part of a dynamic team dedicated to creating and commercializing novel approaches to global challenges in healthcare and sustainability. You are excited by the opportunity to explore your scientific interests and apply your knowledge to tackle ambitious projects in a fast-paced, entrepreneurial environment with strong support from scientific, operational, and administrative experts. You enjoy working with highly motivated, diverse teams and leveraging your expertise to drive innovations that can change the world.
About the role:
We are looking for a Research Assistant III to join the Lung Organ on Chip team in Dr. Don Ingber's laboratory. We use advanced Lung Organ Chip models to recapitulate key aspects of human lung physiology and pathophysiology and to study lung cancer progression, tumor-immune interactions, respiratory infections, inflammatory lung diseases, environmental exposures, and responses to candidate therapeutics. Our goal is to improve prediction of human drug safety and efficacy, uncover disease mechanisms, and accelerate development of new therapies, including through collaborations with industry partners and potential startup efforts.
Reporting to the Senior Scientist leading the team, you will execute and help optimize experiments using lung cancer and lung infection Organ Chips; culture and maintain primary and established human lung cell types and co culture systems; and assist in developing, troubleshooting, and standardizing human lung microphysiological models for translational studies. You will perform imaging, molecular, and functional assays; analyze and summarize datasets; prepare figures and presentations; and maintain detailed electronic lab notebooks, SOPs, and inventories while contributing to overall lab organization and compliance. You will collaborate closely with a multidisciplinary team of biologists and engineers, help train and mentor junior staff, co ops, and interns, and learn cutting edge organ on chip, lung cell culture, and analytical techniques. The ideal candidate is comfortable performing a variety of tasks within the same week, has diverse research experience, and thrives in a highly collaborative, fast paced research environment.
What you'll do:
- Isolate and culture human lung cells with guidance from the lung organ on chip team. Collaborate with team members to set up different types of cocultures.
- Perform microfluidic organ-on-chip experiments, including primary alveolar and endothelial cell culture and chip maintenance, in support of lung-on-chip experiments
- Execute and contribute to the design of endpoint assays including, but not limited to: Luminex assays, permeability assays and viability analysis, imaging, qPCR, etc., in collaboration with experienced staff members.
- Accurately and thoroughly document experimental observations and protocols; write/update standard operating procedures.
- Follow Harvard's best practices for data storage and sharing experimental records with the team. Order supplies/consumables and maintain shared stocks.
- Maintain tissue culture facilities, including daily maintenance of tissue culture equipment such as hoods, incubators, and water baths.
- Collaborate with other teams at the Wyss Institute or in other institutions to provide project support as needed. As an example, you may be asked to provide cells for exciting projects happening around the institute.
- Contribute to the writing of journal articles, reviews, and patents
- Train other members of the team in specific techniques and/or best practices
- Demonstrate a commitment to teamwork, scientific rigor, and collaboration within and across teams
Qualifications
What you'll need:
- Bachelor's degree in biology, Cell Biology, Bioengineering, Biomedical Engineering, or a related field.
- 2 or more years of full-time research experience involving mammalian cell culture and cell-based assays in an academic, hospital, or industry laboratory setting. Advanced education may count towards years of experience.
Desirable skills:
- Master's degree is strongly preferred
- Practical experience with core molecular biology techniques (e.g., nucleic acid/protein assays, qPCR, ELISA, immunostaining, or similar) is required.
- Demonstrated ability to follow and troubleshoot experimental protocols, maintain careful records, and meet project milestones is required.
- Strong interest in and commitment to working within multidisciplinary teams is required.
- Prior experience in lung biology, cancer biology, immunology, infectious disease, or related areas is strongly preferred.
- Experience with microphysiological systems (e.g., Organ Chips), organoids, microfluidics, or 3D cell culture is highly desirable.
- Familiarity with fluorescence microscopy and image analysis and/or other quantitative data analysis tools.
- Proven ability to work both independently and collaboratively, manage multiple tasks, and prioritize in a fast-paced, milestone-driven environment.
- Exceptional organizational skills, meticulous record-keeping, and strong attention to detail.
- Proficiency with standard software packages (e.g., Microsoft Office, GraphPad Prism, or similar).
- Excellent written and verbal communication skills.
Additional Information
- Appointment End Date: This is a one year term position with the possibility of renewal
- Standard Hours/Schedule: 35 hours per week
- Visa Sponsorship Information: Harvard University is unable to provide visa sponsorship for this position
- Pre-Employment Screening: Identity, Education
Other Information
Why you'll like working with us:
At the Wyss Institute, you're a member of a supportive, dynamic community that is united by its shared goal of changing the world through groundbreaking technology development and commercialization. We encourage your professional growth and development through mentorship and tuition reimbursement to support continued learning, and more. We also support your physical, financial, and mental well-being through generous time off benefits, gym reimbursements, and other programs offered through Harvard. Our facility is located in a new, state-of-the-art life sciences building in the lively Fenway neighborhood, where you have access to multiple amenities including a roof top terrace with stunning views of Boston and proximity to numerous restaurants and cultural attractions. We value an inclusive and diverse workforce, and believe that our differences enrich the work environment for all.
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Work Format Details
This position has been determined by school or unit leaders that all duties and responsibilities must be performed at a Harvard or Harvard-designated location. Certain visa types may limit work location. Individuals must meet work location sponsorship requirements prior to employment.
Salary Grade and Ranges
This position is salary grade level 054. Please visit Harvard's Salary Ranges to view the corresponding salary range and related information.
Benefits
Harvard offers a comprehensive benefits package that is designed to support a healthy work-life balance and your physical, mental and financial wellbeing. Because here, you are what matters. Our benefits include, but are not limited to:
- Generous paid time off including parental leave
- Medical, dental, and vision health insurance coverage starting on day one
- Retirement plans with university contributions
- Wellbeing and mental health resources
- Support for families and caregivers
- Professional development opportunities including tuition assistance and reimbursement
- Commuter benefits, discounts and campus perks
Learn more about these and additional benefits on our Benefits & Wellbeing Page.
EEO/Non-Discrimination Commitment Statement
Harvard University is committed to equal opportunity and non-discrimination. We seek talent from all parts of society and the world, and we strive to ensure everyone at Harvard thrives. Our differences help our community advance Harvard's academic purposes.
Harvard has an equal employment opportunity policy that outlines our commitment to prohibiting discrimination on the basis of race, ethnicity, color, national origin, sex, sexual orientation, gender identity, veteran status, religion, disability, or any other characteristic protected by law or identified in the university's non-discrimination policy. Harvard's equal employment opportunity policy and non-discrimination policy help all community members participate fully in work and campus life free from harassment and discrimination.
About Harvard University
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