Here are the current IBL job openings
We are seeking an Executive Director to lead the IBL project. She/He will be responsible for conceiving and delivering the programme of work including the definition and attainment of key milestones, managing overall project budget and finances, facilitating project governance and internal communication, liaising with funders, external agencies and partners and identifying and establishing new funding streams.
The team is internationally distributed, and therefore the Executive Director may work at one of the main IBL hubs (London, New York, Lisbon, Geneva, Cold Spring Harbor and Princeton). Communication between sites will involve the use of electronic collaboration tools. Since the collaboration is anticipated to scale up after an initial pilot phase, the Project Manager will play an instrumental role in this challenging transformation and expansion of the initiative.
This is a senior leadership position, and we seek an exceptional individual with the vision, leadership skills, management experience, and ambition to oversee and ensure the success of one of the most ambitious and groundbreaking scientific collaborations in the world.
You can find the complete job description here
Application forms will be available shortly through UCL's online recruitment – www.ucl.ac.uk/hr/jobs, you can also send your CV to this address. Please indicate “IBL Executive Director” in the subject line of your email.
The International Brain Laboratory has openings for postdoctoral fellows and scientific staff who will play key roles in a new large-scale international collaboration in brain research.
The IBL combines the efforts of approximately 50 scientists in 20 laboratories toward understanding the brain-wide basis of a complex behavior.
The project will involve recording the activity of millions of neurons in the working brain and building mathematical models of the resulting data. The data sets this project will produce are vast and complex, including physiological recordings, behavioural measurements, and video, all of which must be standardized into common formats, integrated into a single database, and subjected to quality control. Core staff positions will support the both experimental and theoretical work through the entire data life cycle, including acquisition, analysis, modeling and dissemination.
Remuneration will be competitive and commensurate with experience. There is considerable flexibility in base location within the U.S. and Europe.
You can find more specific information about the different job openings below.
Postdoctoral fellows will participate directly in guiding the experimental, data analytical and/or theoretical aspects of the IBL. Postdocs, though based in individual labs, will be a key part of IBL, and will have the opportunity to collaborate closely with experimental and theoretical labs across IBL. Postdocs will directly benefit from the collaborative nature of the project, given the unique access to resources and experimental/theoretical expertise that it provides. Therefore, they will likely be more productive and have better opportunities for career development than those working in a more "traditional" postdoc role.
For informal enquiries about being a postdoc within the IBL, feel free to contact the following current IBL postdocs: Anne Urai (urai[at]cshl.edu, Churchland lab, CSHL, US), Michael Schartner (michael.schartner[at]unige.ch, Pouget lab, Unige, Switzerland), Guido Meijer (guido.meijer[at]research.fchampalimaud.org, Mainen lab, CCU, Portugal).
IBL is still at its early stages but we welcome inquiries from PI’s interested in contributing or participating: Contact.
Joining IBL is a unique opportunity to take part in an exciting new initiative that aims to change the culture of neuroscience. It will be particularly attractive to postdocs who are convinced of the importance of open-source approaches to science and the benefits of collaboration. The IBL will provide access to a large international network of labs that are leaders in the field, providing huge benefits to postdocs such as training on diverse techniques and systems of expertise. Postdocs will also have the opportunity to spend significant periods of time in more than one lab, e.g. by rotating within several labs or by designing a custom schedule, e.g. combining a stay in a theory lab and then an experimental lab. These sorts of benefits already facilitate recruitment of postdocs in small collaborations, but will scale well with the size of the IBL network.
IBL postdocs have immediate access to a network of top scientists around the world with similar interests, linked up by the data-sharing and interactive tools which IBL is developing, as well as by frequent meetings of the collaboration.
IBL postdocs have direct access to the unique dataset collected by the entire consortium. This dataset will include the activity of tens of thousands of neurons throughout the entire brain obtained via electrophysiology and calcium imaging in cortical and subcortical structures in animals performing the exact same task. This will be the first data set of this kind in the mammalian brain.
Postdocs play a primary role in designing the experiments based on harnessing the power of the brain-wide activity map that will be gathered as part of the project.
Postdocs have the opportunity to be mentored by more than one PI, strengthening their position on the job market by having additional advocates.
Postdocs will be able to get up-and-running much more quickly than is typical by making use of standardized equipment and training procedures.
Experimental postdocs will have an increased opportunity to learn quantitative approaches for data analysis. Many postdocs wish to gain such expertise to bolster their future careers as independent investigators. However, few experimental labs can provide rigorous training in this area. Often postdocs are left to convince the one theorist down the hall that their project is interesting. In IBL, they will get to collaborate with top theorists who are already interested and invested in this project.
Theoretical postdocs will have the opportunity to gain in-depth knowledge of experimental approaches, by collaborating directly with experimentalists and/or by being embedded in experimental labs. Moreover, IBL advocates that theorists should be involved in experimental design from the earliest possible stages, providing a rare opportunity to shape experimental projects from their inception.
We are looking for postdocs from a wide range of backgrounds. The IBL infrastructure will be particularly appealing to postdocs who come from a different background: for instance, someone whose PhD work involved human psychophysics while measuring MEG and pupil responses would have many of the necessary skills to study decision-making in rodents, and might find it appealing to join a project where a strong infrastructure made the transition easier.
The IBL has a highly collaborative, bottom-up management structure, which encourages postdocs to participate in shaping and driving the IBL. This increases the visibility and engagement of postdocs compared to standard collaborations where PI’s are usually just a conduit for communication. Careful evaluation and tracking of the contribution of individual postdocs to projects, aided by the data-logging and data-sharing tools being developed by IBL, will form a crucial part of the credit assignment process.
Postdocs are expected to publish their own papers based on their own ideas. The IBL publication policies include provisions for two types of publication: (1) IBL-wide publications, in which fine-grained attribution of specific roles will be credited; (2) targeted publications by smaller groups (such as the postdoc’s lab), in which typical authorship credits would pertain.
There will be a balance between these two activities (which of course are complementary). First, you will be expected to contribute recordings targeted to particular brain regions, data which will be shared with other members of IBL. You will also be free to design and propose new experiments to address specific questions raised during the course of your work. In general, postdocs are expected to play a leading role in experimental design, particularly in designing the core behavior task and the strategy for brain-wide recordings.
The sharing of experimental data across IBL is a core element of the collaboration All members will share access to all data generated within IBL. However, theorists should consult the experimental postdocs prior to accessing their data, and ideally analyze and interpret it together with the experimental postdocs. We expect experimentalists to be first author on the first publication that comes out of their data (ideally often with a theorist or another collaborator as co-first author). Finally, as part of the change in scientific culture in systems neuroscience that IBL envisages, we hope that the distinction between ‘theorists’ and ‘experimentalists’ will be increasingly blurred, with plenty of postdocs doing both experiments of theory.
Yes, there will be postdoc representatives elected to the IBL General Assembly, the body which makes proposals and takes decisions about how IBL is run. Furthermore, given the non-hierarchical and bottom-up way IBL is managed, we expect postdocs to play a significant role in steering the day-to-day operation of the initiative.
Postdocs who join IBL will receive primary supervision and mentoring by the PI who runs the home lab in which the postdoc is based. However, the postdoc will also receive mentoring from all IBL PI’s, either by arrangement (e.g. with the closest experimental and/or theoretical partners in the collaboration), or by informal interactions within IBL (e.g. during IBL scientific meetings, retreats, workshops, and during online discussions).
The salaries of IBL postdocs are generous, internationally competitive. They are set by the individual instutions of the ‘home laboratory’ where the postdoc will be based. Postdocs will receive the normal statutory benefits (e.g. health insurance and pension) which are also awarded to other postdocs in the same lab (this will vary by country and city).
Start by going to the joining us page.
The International Brain Laboratory prides itself for creating an all-inclusive environment. Teamwork is highly valued, individual strengths are recognised and celebrated, and there is a commitment to advancing the careers of everyone, regardless of gender or role. We aim to provide a family friendly environment where both women and men feel able to take the time they need for family. We endorse the Athena SWAN Charter, which recognises commitment to advancing women's careers in science, technology, engineering, mathematics and medicine (STEMM) employment in academia.
Diversity in the Workplace
Our collaboration recognises that in our society, individuals and groups are discriminated against both directly and indirectly on the grounds of: age, colour, disability, ethnic origin, gender, HIV status, marital, social or economic status, nationality, race, religious beliefs, responsibility for dependents, sexual orientation, trades union membership or unrelated criminal convictions.
To counteract discrimination, our collaboration is committed to actively opposing all forms of discrimination, raising awareness and tackling the causes and consequences of discrimination. It is committed to providing a learning and working environment in which the rights and dignity of all its members are respected and which is free from discrimination, prejudice, intimidation and all forms of harassment including bullying; to making staff and students feel valued, motivated and enabled to do their best work and to creating a safe, welcoming working environment accessible to all.