POSTDOCTORAL ASSOCIATE, DORKENWALD LAB , McGovern Institute for Brain Research - Dorkenwald laboratory, to develop computational reconstruction, analysis, and modeling approaches for connectomics ...
POSTDOCTORAL ASSOCIATE, DORKENWALD LAB , McGovern Institute for Brain Research - Dorkenwald laboratory, to develop computational reconstruction, analysis, and modeling approaches for connectomics ...
The role involves developing computational approaches for connectomics datasets, focusing on areas such as automated proofreading, circuit analysis, and multi-modal linking, while also mentoring ...
The role involves developing computational approaches for connectomics datasets, focusing on areas such as automated proofreading, circuit analysis, and multi-modal linking, while also mentoring ...
TECHNICAL ASSOCIATE I , McGovern Institute for Dorkenwald Lab , to work on computational projects and support neuroscience studies in connectomics. Potential projects include developing computational ...
TECHNICAL ASSOCIATE I , McGovern Institute for Dorkenwald Lab , to work on computational projects and support neuroscience studies in connectomics. Potential projects include developing computational ...
Senior Staff Scientist
Boston, MA · On-site
$99K - $135K/yr
We are looking for a Senior Staff Scientist with a passion for connectomics and sequencing to lead a team project to map cortical circuits from the synaptic level in the mouse brain. The Senior Staff ...
Senior Staff Scientist
Boston, MA · On-site
$99K - $135K/yr
We are looking for a Senior Staff Scientist with a passion for connectomics and sequencing to lead a team project to map cortical circuits from the synaptic level in the mouse brain. The Senior Staff ...
The team currently focuses on the neural basis of navigation behavior in Drosophila , combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and ...
The team currently focuses on the neural basis of navigation behavior in Drosophila , combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and ...
The team currently focuses on the neural basis of navigation behavior in Drosophila , combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and ...
The team currently focuses on the neural basis of navigation behavior in Drosophila , combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and ...
Laboratory Manager- Wilson Lab
Boston, MA · On-site
$78 - $98/hr
Drosophila*, combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and computational modeling. The goal is a mechanistic understanding of how flies use ...
Laboratory Manager- Wilson Lab
Boston, MA · On-site
$78 - $98/hr
Drosophila*, combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and computational modeling. The goal is a mechanistic understanding of how flies use ...
Laboratory Manager- Wilson Lab
Boston, MA · On-site
The team currently focuses on the neural basis of navigation behavior in Drosophila, combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and ...
Laboratory Manager- Wilson Lab
Boston, MA · On-site
The team currently focuses on the neural basis of navigation behavior in Drosophila, combining electrophysiology and optical physiology in behaving flies with brain-wide 'connectomics' and ...
Connectomics information
What is connectomics?
Connectomics is the scientific study of the brain's wiring diagram, mapping the complex network of neural connections within the nervous system. Researchers in this field use advanced imaging technologies and computational methods to create detailed maps, or 'connectomes,' that show how neurons and brain regions are interconnected. Understanding these connections helps scientists uncover how the brain processes information, supports behavior, and is affected by diseases. Connectomics is a multidisciplinary field, involving neuroscience, computer science, and engineering, and it plays a crucial role in advancing our knowledge of brain function and disorders.
What are the key skills and qualifications needed to thrive as a connectomics researcher?
To thrive as a Connectomics Researcher, you need a background in neuroscience, computational biology, and data analysis, often supported by an advanced degree in neuroscience or a related field. Familiarity with imaging technologies (such as MRI, electron microscopy), programming languages (like Python or MATLAB), and data visualization tools is typically required. Strong analytical thinking, attention to detail, and collaborative skills help drive progress in this multidisciplinary field. These competencies are essential for accurately mapping neural connections and advancing our understanding of brain structure and function.
What are some common challenges faced by professionals working in connectomics research, and how can they be addressed?
Professionals in connectomics often encounter challenges such as handling massive datasets, integrating multidisciplinary knowledge, and managing the complexity of high-resolution brain imaging. Collaborating closely with computational scientists, neuroscientists, and data engineers is crucial for overcoming technical and analytical hurdles. Staying current with advancements in imaging technologies and data analysis tools, as well as participating in collaborative research teams, can help address these challenges and foster growth in the role.
What is the difference between Connectomics vs Neuroimaging Technician?
| Aspect | Connectomics | Neuroimaging Technician |
|---|---|---|
| Required Credentials | Neuroanatomy, neuroscience, advanced imaging techniques | Radiologic technology, certification in neuroimaging |
| Work Environment | Research labs, neuroscience institutes | Hospitals, imaging centers |
| Industry Usage | Academic research, neuroscience projects | Medical diagnostics, patient imaging |
Connectomics focuses on mapping neural connections in the brain using advanced imaging and data analysis, often within research settings. Neuroimaging Technicians operate imaging equipment like MRI or CT scanners to produce brain images for clinical or research purposes. While both roles involve brain imaging, connectomics emphasizes neural network mapping, whereas neuroimaging technicians focus on image acquisition and processing for diagnosis or research.
What are popular job titles related to Connectomics jobs in Massachusetts?
For Connectomics jobs in Massachusetts, the most frequently searched job titles are:
What job categories do people searching Connectomics jobs in Massachusetts look for?
The top searched job categories for Connectomics jobs in Massachusetts are:
What cities in Massachusetts are hiring for Connectomics jobs?
Cities in Massachusetts with the most Connectomics job openings:
Full-time
Re-posted yesterday
Job description
POSTDOCTORAL ASSOCIATE, DORKENWALD LAB, McGovern Institute for Brain Research - Dorkenwald laboratory, to develop computational reconstruction, analysis, and modeling approaches for connectomics datasets. The lab develops computational approaches to reconstruct, analyze, and model large-scale connectomes, aiming to uncover organizational principles of neuronal circuits and how circuit structure supports computation. Will lead research on one or more of the following areas: Automated proofreading & annotation at scale: Machine learning approaches for error detection, human-in-the-loop proofreading of automated cell reconstructions, active-learning approaches for efficient annotation, and self-supervision approaches for tokenizing image datasets and cell reconstructions; Circuit analysis & modeling: Analysis of cortical connectomes, including comparative analyses across ages/regions; hypothesis-driven tests of discovered circuit rules; pair analyses with data-constrained models (e.g., RNNs, dynamical systems) and simulations; Morphology representation & multi-modal linking: Learn representations of detailed cell morphologies to link across datasets (within connectomics) and across modalities (e.g., EM ↔ Patch-seq) to build multi-modal connectomic resources that provide the basis for analyses that combine, e.g., connectivity with transcriptomic information; and publish in leading venues, maintain high-quality, reproducible code, collaborate across McGovern/BCS and external collaborators, and mentor students.
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Industry
Human resource programs administration
Company size
1 - 10 Employees
Headquarters location
Cambridge, MA, US
Year founded
2014