1 Group Leader, 2 Postdoctoral Researchers - Neural Circuit Regulation of Immune Function
- BioMed X
- Location: New Haven, CT
- Job Number: 7361864
- Posting Date: Newly posted
- Salary / Pay Rate: GL: $100,000 - $135,000; PD: $65,000 - $75,000.
- Application Deadline: Aug 16, 2026
Job Description
What we are looking for
The BioMed X Institute in New Haven, Connecticut, USA is establishing a new, fully funded research group in the following field:
Neural Circuit Regulation of Immune Function
If you hold a PhD or master's degree with an outstanding track record or strong interest in this field, we invite you to apply with a project proposal for a position in our new research group (1 group leader, 2 postdoctoral researchers, 2 research assistants).
Each BioMed X project team is sponsored by an industry partner. The sponsor of this call for application is Biogen.
Bidirectional communication between the central nervous system (CNS) and the immune system critically shapes autoimmune and inflammatory disease trajectories. While recent studies have identified neural circuits, neurotransmitters, and glial pathways influencing immune function, mechanistic dissection remains constrained by fragmented models and low-throughput readouts. Existing approaches rarely allow systematic, causal perturbation of defined CNS pathways with quantitative immune readouts, limiting target discovery and translational relevance.
Our goal is to uncover neural circuits that modulate immune system function and discover novel, actionable molecular targets to benefit patients living with autoimmune diseases.
The primary objective of this project is to establish scalable, perturbation-driven platforms that enable controlled perturbation of CNS pathways with simultaneous, quantitative immune readouts. A particular focus is encouraged on brainstem-mediated neuroimmune regulation, particularly circuits involving the Nucleus Tractus Solitarius (NTS) as a central integrator of peripheral signals and autonomic outputs. Targeting such defined nodes may enable precise and physiologically relevant immune modulation.
Proposals should integrate neurobiology, immunology, and advanced experimental technologies to uncover actionable modulators of the CNS-immune axis, with strong emphasis on causal biology and translational impact. In addition, proposals should incorporate an in-silico modeling component that integrates data across in-vitro, ex-vivo, and in-vivo perturbation experiments to:
- Identify emergent pathways and regulatory networks
- Prioritize targets for validation
- Enable predictive modeling of neuroimmune interactions
- Accelerate decision-making and scalability
To maximize impact, proposals are encouraged to anchor their approach to autoimmune disease indications with high unmet patient need, with a clear therapeutic hypothesis, differentiation from existing therapeutic strategies, and a path to translation.
Research proposals should focus on the following key deliverables:
- Development of a scalable in vitro or ex vivo platform enabling targeted CNS pathway perturbation (including defined circuits such as NTS-related pathways) with multiplexed immune readouts.
- Integration of in-silico modeling frameworks that combine multi-modal experimental data to identify and prioritize key neuroimmune targets and pathways.
- Identification and mechanistic validation of novel neural or glial modulators influencing immune activation, tolerance, and/or autoimmunity.
- Demonstration of platform utility for systematic screening of genetic, molecular, and/or biologic modulators of the CNS–immune axis.
- Establishment of a translational link to a high-impact autoimmune disease indication, including rationale for clinical relevance and potential development path.
Original ideas reaching far beyond the current state-of-the-art are particularly encouraged, especially those enabling first-in-class target discovery. Purely descriptive studies or approaches lacking a perturbation-driven, scalable platform will not be prioritized.
Please note that generic project proposals which were generated by large language models such as ChatGPT will not be considered.
Group leader positions are intended to suit candidates with a PhD (or equivalent) in neuroscience, immunology or in a related area who would like to develop themselves towards a leadership career path either in academia or industry and have typically between three and six years of relevant postdoctoral research experience.
Candidates for postdoctoral positions are expected to have completed a PhD (or equivalent) within the last three years and a certain degree of specialization in one or more relevant cutting-edge technologies.
What we offer
- A position in a fully funded research group with an annual budget of 1.58 million USD. The funding package covers salaries, materials, services, travel, overhead, as well as access to the core facilities on the campus of Yale University.
- A project term of 3-5 years.
- An exciting research opportunity in a multidisciplinary and international research community with a collegial and flexible working environment.
- Continuous coaching by key opinion leaders from top academic institutions and experienced researchers from the pharma industry.
- Participation in the BioMed X boot camp: Here you will learn how to build a compelling pitch presentation in only 5 days.
- There is flexibility over starting dates, but successful applicants are welcome to take up post in New Haven starting January 1, 2027.
Application & Selection Process
- Please apply online at career.bmedx.com/registration/2026-NHV-C01.
- As part of the online application procedure, you will be asked to submit a competitive project proposal that gives us an idea of your scientific expertise and creative potential (3-5 pages describing your unique experimental approach) and your curriculum vitae, including your publication record.
- Deadline for applications: August 16, 2026.
- After a first selection round, candidates will be invited to a five-day innovation boot camp in New Haven from October 19 to 23, 2026. With guidance from experienced mentors, candidates will jointly work on their project proposals and present them in front of a distinguished jury on the final day. Successful candidates will be offered a position at the BioMed X Institute in New Haven.
About BioMed X
BioMed X is a leading innovation engine where disruptive ideas in biomedical research and development come to life. With our global network of research institutes and venture-creating incubators, embedded within major innovation hubs, we bridge the gap between academic research and the needs of the pharmaceutical industry.
We are pioneers in applying the principles of design thinking and crowdsourcing to drug discovery and development. With our unique model, we partner with pharma, venture capital, and patient-focused foundations to identify key challenges across all therapeutic areas, recruit top talent, and co-create tailored solutions.
In our stimulating ecosystem, talented researchers from all around the globe grow into industry-ready scientific leaders. They perform exploratory research, deliver industry-grade results, and pave the way for next-generation therapies. At BioMed X, we value curiosity, diversity, and purpose. Together, we serve as a vital catalyst for innovation in global health - for the benefit of all patients.
The BioMed X Institute in New Haven, Connecticut, USA is establishing a new, fully funded research group in the following field:
Neural Circuit Regulation of Immune Function
If you hold a PhD or master's degree with an outstanding track record or strong interest in this field, we invite you to apply with a project proposal for a position in our new research group (1 group leader, 2 postdoctoral researchers, 2 research assistants).
Each BioMed X project team is sponsored by an industry partner. The sponsor of this call for application is Biogen.
Bidirectional communication between the central nervous system (CNS) and the immune system critically shapes autoimmune and inflammatory disease trajectories. While recent studies have identified neural circuits, neurotransmitters, and glial pathways influencing immune function, mechanistic dissection remains constrained by fragmented models and low-throughput readouts. Existing approaches rarely allow systematic, causal perturbation of defined CNS pathways with quantitative immune readouts, limiting target discovery and translational relevance.
Our goal is to uncover neural circuits that modulate immune system function and discover novel, actionable molecular targets to benefit patients living with autoimmune diseases.
The primary objective of this project is to establish scalable, perturbation-driven platforms that enable controlled perturbation of CNS pathways with simultaneous, quantitative immune readouts. A particular focus is encouraged on brainstem-mediated neuroimmune regulation, particularly circuits involving the Nucleus Tractus Solitarius (NTS) as a central integrator of peripheral signals and autonomic outputs. Targeting such defined nodes may enable precise and physiologically relevant immune modulation.
Proposals should integrate neurobiology, immunology, and advanced experimental technologies to uncover actionable modulators of the CNS-immune axis, with strong emphasis on causal biology and translational impact. In addition, proposals should incorporate an in-silico modeling component that integrates data across in-vitro, ex-vivo, and in-vivo perturbation experiments to:
- Identify emergent pathways and regulatory networks
- Prioritize targets for validation
- Enable predictive modeling of neuroimmune interactions
- Accelerate decision-making and scalability
To maximize impact, proposals are encouraged to anchor their approach to autoimmune disease indications with high unmet patient need, with a clear therapeutic hypothesis, differentiation from existing therapeutic strategies, and a path to translation.
Research proposals should focus on the following key deliverables:
- Development of a scalable in vitro or ex vivo platform enabling targeted CNS pathway perturbation (including defined circuits such as NTS-related pathways) with multiplexed immune readouts.
- Integration of in-silico modeling frameworks that combine multi-modal experimental data to identify and prioritize key neuroimmune targets and pathways.
- Identification and mechanistic validation of novel neural or glial modulators influencing immune activation, tolerance, and/or autoimmunity.
- Demonstration of platform utility for systematic screening of genetic, molecular, and/or biologic modulators of the CNS–immune axis.
- Establishment of a translational link to a high-impact autoimmune disease indication, including rationale for clinical relevance and potential development path.
Original ideas reaching far beyond the current state-of-the-art are particularly encouraged, especially those enabling first-in-class target discovery. Purely descriptive studies or approaches lacking a perturbation-driven, scalable platform will not be prioritized.
Please note that generic project proposals which were generated by large language models such as ChatGPT will not be considered.
Group leader positions are intended to suit candidates with a PhD (or equivalent) in neuroscience, immunology or in a related area who would like to develop themselves towards a leadership career path either in academia or industry and have typically between three and six years of relevant postdoctoral research experience.
Candidates for postdoctoral positions are expected to have completed a PhD (or equivalent) within the last three years and a certain degree of specialization in one or more relevant cutting-edge technologies.
What we offer
- A position in a fully funded research group with an annual budget of 1.58 million USD. The funding package covers salaries, materials, services, travel, overhead, as well as access to the core facilities on the campus of Yale University.
- A project term of 3-5 years.
- An exciting research opportunity in a multidisciplinary and international research community with a collegial and flexible working environment.
- Continuous coaching by key opinion leaders from top academic institutions and experienced researchers from the pharma industry.
- Participation in the BioMed X boot camp: Here you will learn how to build a compelling pitch presentation in only 5 days.
- There is flexibility over starting dates, but successful applicants are welcome to take up post in New Haven starting January 1, 2027.
Application & Selection Process
- Please apply online at career.bmedx.com/registration/2026-NHV-C01.
- As part of the online application procedure, you will be asked to submit a competitive project proposal that gives us an idea of your scientific expertise and creative potential (3-5 pages describing your unique experimental approach) and your curriculum vitae, including your publication record.
- Deadline for applications: August 16, 2026.
- After a first selection round, candidates will be invited to a five-day innovation boot camp in New Haven from October 19 to 23, 2026. With guidance from experienced mentors, candidates will jointly work on their project proposals and present them in front of a distinguished jury on the final day. Successful candidates will be offered a position at the BioMed X Institute in New Haven.
About BioMed X
BioMed X is a leading innovation engine where disruptive ideas in biomedical research and development come to life. With our global network of research institutes and venture-creating incubators, embedded within major innovation hubs, we bridge the gap between academic research and the needs of the pharmaceutical industry.
We are pioneers in applying the principles of design thinking and crowdsourcing to drug discovery and development. With our unique model, we partner with pharma, venture capital, and patient-focused foundations to identify key challenges across all therapeutic areas, recruit top talent, and co-create tailored solutions.
In our stimulating ecosystem, talented researchers from all around the globe grow into industry-ready scientific leaders. They perform exploratory research, deliver industry-grade results, and pave the way for next-generation therapies. At BioMed X, we value curiosity, diversity, and purpose. Together, we serve as a vital catalyst for innovation in global health - for the benefit of all patients.
