Preferred Qualifications, Competencies, and Experience 1. PhD or MD/PhD in neuroscience, computational neuroscience, bioengineering, structural biology, or a related quantitative discipline. 2. ...
Preferred Qualifications, Competencies, and Experience 1. PhD or MD/PhD in neuroscience, computational neuroscience, bioengineering, structural biology, or a related quantitative discipline. 2. ...
TSC's Intelligent Systems Laboratory in North Carolina is a state-of-the-art research and development research facility, dedicated to R&D in the areas of computational neuroscience, deep learning ...
TSC's Intelligent Systems Laboratory in North Carolina is a state-of-the-art research and development research facility, dedicated to R&D in the areas of computational neuroscience, deep learning ...
Research Scientist
Durham, NC · On-site
TSC's Intelligent Systems Laboratory in North Carolina is a state-of-the-art research and development research facility, dedicated to R&D in the areas of computational neuroscience, deep learning ...
Research Scientist
Durham, NC · On-site
TSC's Intelligent Systems Laboratory in North Carolina is a state-of-the-art research and development research facility, dedicated to R&D in the areas of computational neuroscience, deep learning ...
Research Associate, Senior
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Research Associate, Senior
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Postdoctoral Associate
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Postdoctoral Associate
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Research Associate, Senior
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Research Associate, Senior
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Research Associate, Senior
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Research Associate, Senior
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Postdoctoral Associate
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Postdoctoral Associate
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Postdoctoral Associate
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
Postdoctoral Associate
Durham, NC · On-site
Ongoing projects combine molecular biology, neurobiology, biochemistry, and computational approaches to address fundamental questions in RNA regulation. Minimum Requirements: Min Degree Requirements:
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
The lab uses high-density neurophysiology (Neuropixels), high-density spinal stimulation, brain-spine interfaces, computational modeling, computational systems neuroscience analytical methods, awake ...
POSTDOCTORAL ASSOCIATE
Durham, NC · On-site
Suthana and interdisciplinary team members. • Apply advanced statistical and computational ... D. in cognitive neuroscience, neuroscience, biomedical engineering, computer science, or a related ...
POSTDOCTORAL ASSOCIATE
Durham, NC · On-site
Suthana and interdisciplinary team members. • Apply advanced statistical and computational ... D. in cognitive neuroscience, neuroscience, biomedical engineering, computer science, or a related ...
POSTDOCTORAL ASSOCIATE
Durham, NC · On-site
Apply advanced statistical and computational approaches to investigate neural dynamics underlying ... Stay current with developments in cognitive neuroscience, neurotechnology, and wearable sensing ...
POSTDOCTORAL ASSOCIATE
Durham, NC · On-site
Apply advanced statistical and computational approaches to investigate neural dynamics underlying ... Stay current with developments in cognitive neuroscience, neurotechnology, and wearable sensing ...
Apply advanced statistical and computational approaches to investigate neural dynamics underlying ... Stay current with developments in cognitive neuroscience, neurotechnology, and wearable sensing ...
Apply advanced statistical and computational approaches to investigate neural dynamics underlying ... Stay current with developments in cognitive neuroscience, neurotechnology, and wearable sensing ...
Outstanding candidates at the interface of computational biomedical engineering and scientific ... Neuroscience, Electrical Engineering, or related areas, and have demonstrated excellent capability ...
Outstanding candidates at the interface of computational biomedical engineering and scientific ... Neuroscience, Electrical Engineering, or related areas, and have demonstrated excellent capability ...
Expertise in computational neuroscience is of particular interest. * Demonstrated success with independent or collaborative grant funding (e.g., NIH K/R mechanisms, foundation funding). * Experience ...
Expertise in computational neuroscience is of particular interest. * Demonstrated success with independent or collaborative grant funding (e.g., NIH K/R mechanisms, foundation funding). * Experience ...
Training in psychiatry or geriatric psychiatry, neuropsychology or geropsychology, neuroimaging, aging, computational neuroscience, and / or Alzheimer's disease research. * Demonstrated success with ...
Training in psychiatry or geriatric psychiatry, neuropsychology or geropsychology, neuroimaging, aging, computational neuroscience, and / or Alzheimer's disease research. * Demonstrated success with ...
Computational Neuroscience information
See Raleigh, NC salary details
$39.72 - $42.65
4% of jobs
$45.48 is the 25th percentile. Wages below this are outliers.
$42.65 - $45.58
22% of jobs
The median wage is $48.34 / hr.
$45.58 - $48.52
26% of jobs
$48.52 - $51.45
23% of jobs
$51.81 is the 75th percentile. Wages above this are outliers.
$51.45 - $54.38
6% of jobs
$54.38 - $57.31
3% of jobs
$57.31 - $60.24
0% of jobs
$60.24 - $63.17
0% of jobs
$63.17 - $66.10
0% of jobs
$66.10 - $69.04
0% of jobs
$69.04 - $71.97
16% of jobs
$39
$53
$71
How much do computational neuroscience jobs pay per hour?
As of Jul 27, 2026, the average hourly pay for computational neuroscience in Raleigh, NC is $53.39, according to ZipRecruiter salary data. Most workers in this role earn between $45.58 and $71.49 per hour, depending on experience, location, and employer.
How do you become a computational neuroscientist?
To become a computational neuroscientist, one typically earns a bachelor's degree in neuroscience, computer science, or a related field, followed by a master's or Ph.D. in computational neuroscience or a similar discipline. Developing skills in programming, mathematical modeling, and data analysis, along with experience using tools like MATLAB or Python, is essential for research and job opportunities in this field.
What are the key skills and qualifications needed to thrive as a Computational Neuroscientist, and why are they important?
To thrive as a Computational Neuroscientist, you need a strong background in neuroscience, mathematics, and computer science, often supported by an advanced degree (PhD or MSc) in a related field. Proficiency with programming languages (such as Python or MATLAB), computational modeling software, and data analysis tools is typically required. Critical thinking, problem-solving, and effective collaboration are standout soft skills in this interdisciplinary field. These skills and qualities enable the development and interpretation of complex brain models, driving scientific discovery and innovation in neuroscience.
What is the difference between Computational Neuroscience vs Neuroscientist?
| Aspect | Computational Neuroscience | Neuroscientist |
|---|---|---|
| Required Credentials | Advanced degrees in neuroscience, computer science, or related fields | Typically PhD in neuroscience or related disciplines |
| Work Environment | Research labs, universities, tech companies focusing on modeling and data analysis | Research institutions, hospitals, universities studying brain function |
| Industry Usage | Develops models, algorithms, and simulations of neural systems | Investigates brain mechanisms, conducts experiments, publishes research |
Computational Neuroscience focuses on creating models and simulations of neural systems using computational methods, while Neuroscientists primarily conduct experimental research to understand brain function. Both roles often collaborate but differ in their approach and tools used.
What Is Computational Neuroscience?
Computational neuroscience involves studying brain function through computer modeling and mathematical analysis. Computational neuroscientists perform research in which they collect data and create computer models based on the electrical patterns and biological functions of the brain. Researchers in this field may focus on making connections between brain functions and cognition, sensory experience, or the behavior of the central nervous system. They may use computer models and data to create theoretical models. Other scientists may test the models to see if they have biological or psychological applications.
What is computational neuroscience?
Computational neuroscience is an interdisciplinary field that uses mathematical models, computer simulations, and theoretical analysis to understand how the brain processes information. Researchers in this field aim to explain neural phenomena by modeling the functions of neurons, neural circuits, and overall brain systems. By combining principles from neuroscience, computer science, physics, and mathematics, computational neuroscience helps bridge the gap between biological data and theoretical understanding, ultimately advancing our knowledge of brain function and cognition.
What are some common challenges faced by professionals in computational neuroscience, and how can they be addressed?
Professionals in computational neuroscience often encounter challenges such as integrating diverse data types (e.g., electrophysiological, imaging, and behavioral data) and keeping up with rapidly evolving computational tools and methods. Collaborating closely with experimental neuroscientists and computer scientists is essential to bridge knowledge gaps and ensure robust model development. Continuous learning through workshops, conferences, and online courses can help professionals stay current with new techniques and best practices in the field.
What is the highest paying job in neuroscience?
In neuroscience, senior research directors, neuroscience department heads, and industry executives tend to have the highest salaries, often exceeding six figures annually. These roles typically require advanced degrees, extensive experience, and leadership skills, with some positions in biotech or pharmaceutical companies offering the highest compensation.
How hard is computational neuroscience?
Computational neuroscience is a challenging field that requires strong skills in mathematics, programming, and neuroscience concepts. It often involves advanced coursework, research, and proficiency with tools like MATLAB or Python, making it suitable for individuals with a solid technical background and problem-solving abilities.
How much do computational biologists get paid?
Computational biologists typically earn a median annual salary of around $80,000 to $100,000, with experienced professionals and those in senior roles earning over $120,000. Salaries vary based on education, experience, location, and the complexity of projects, often requiring skills in programming, data analysis, and biological sciences.
More about Computational Neuroscience jobs
What are the most commonly searched types of Computational Neuroscience jobs in Raleigh, NC? The most popular types of Computational Neuroscience jobs in Raleigh, NC are:
What are popular job titles related to Computational Neuroscience jobs in Raleigh, NC? For Computational Neuroscience jobs in Raleigh, NC, the most frequently searched job titles are:
What job categories do people searching Computational Neuroscience jobs in Raleigh, NC look for? The top searched job categories for Computational Neuroscience jobs in Raleigh, NC are:
What cities near Raleigh, NC are hiring for Computational Neuroscience jobs? Cities near Raleigh, NC with the most Computational Neuroscience job openings:
University Of North Carolina At Chapel Hill rating
7.5
Based on 48 frontline employees who took The Breakroom Quiz
307th of 612 rated colleges and universities
Job description
Posting Information
Department Psychiatry - Research - 412250 Posting Open Date 06/04/2026 Application Deadline Open Until Filled Yes Position Type Permanent Faculty Working Title Open Rank Appointment Type Open Rank Vacancy ID FAC0005969 Full-time/Part-time Full-Time Permanent Hours per week 40 FTE 1 Position Location North Carolina, US Hiring Range Dependent on Experience and Qualifications Proposed Start Date 07/05/2027 Position Information
Be a Tar Heel! A global higher education leader in innovative teaching, research and public service, the University of North Carolina at Chapel Hill consistently ranks as one of the nation's top public universities. Known for its beautiful campus, world-class medical care, commitment to the arts and top athletic programs, Carolina is an ideal place to teach, work and learn.
One of the best college towns and best places to live in the United States, Chapel Hill has diverse social, cultural, recreation and professional opportunities that span the campus and community.
University employees can choose from a wide range of professional training opportunities for career growth, skill development and lifelong learning and enjoy exclusive perks for numerous retail, restaurant and performing arts discounts, savings on local child care centers and special rates on select campus events. UNC-Chapel Hill offers full-time employees a comprehensive benefits package, paid leave, and a variety of health, life and retirement plans and additional programs that support a healthy work/life balance.
Primary Purpose of Organizational Unit Our mission is to improve the health and well-being of North Carolinians and others whom we serve. We accomplish this by providing leadership and excellence in the interrelated areas of patient care, education and research.
Patient care: We promote health and provide superb clinical care while maintaining our strong tradition of reaching underserved populations and reducing health disparities across North Carolina and beyond.
Education: We prepare tomorrow`s healthcare professionals and biomedical researchers from all backgrounds by facilitating learning within innovative and integrated curricula and team-oriented interprofessional education to ensure a highly skilled workforce.
Research: We develop and support a rich array of outstanding health sciences research programs, centers and resources. We provide infrastructure and opportunities for collaboration among disciplines throughout and beyond our university to support outstanding research. We foster programs in the areas of basic, translational, mechanistic and population research.
Position Summary Patient care: We promote health and provide superb clinical care while maintaining our strong tradition of reaching underserved populations and reducing health disparities across North Carolina and beyond.
Education: We prepare tomorrow`s healthcare professionals and biomedical researchers from all backgrounds by facilitating learning within innovative and integrated curricula and team-oriented interprofessional education to ensure a highly skilled workforce.
Research: We develop and support a rich array of outstanding health sciences research programs, centers and resources. We provide infrastructure and opportunities for collaboration among disciplines throughout and beyond our university to support outstanding research. We foster programs in the areas of basic, translational, mechanistic and population research.
The Department of Psychiatry at the University of North Carolina at Chapel Hill School of Medicine is seeking a physician-scientist with strong skills in computational neuroscience, structural biology, and molecular pharmacology to advance precision-medicine approaches in serious mental illness. The Research Assistant Professor position is a full-time, fixed-term appointment at the Research Assistant Professor level. Experience integrating in vitro functional assays (e.g., Bioluminescence Resonance Energy Transfer) with in silico structural methods (e.g., AlphaFold-based structure prediction and molecular dynamics simulations) is required. The successful candidate will develop a research program characterizing how genetic variants of neuroreceptors modulate medication binding and receptor dynamics, with the goal of informing pharmacogenetically guided drug selection in schizophrenia and other neuropsychiatric disorders. Additionally, the successful candidate is expected to be a skilled, independent researcher with excellent experience in designing and executing research studies, mentoring graduate students and other trainees, and writing research papers and grants.
Minimum Education and Experience Requirements 1. MD or equivalent medical degree.
2. Completion of, or near-completion of, residency training in psychiatry or a closely related clinical neuroscience specialty.
3. Research training and demonstrated experience in computational neuroscience, structural biology, and/or molecular pharmacology, including molecular dynamics simulations and/or cell-based functional receptor pharmacology assays.
4. Strong peer-reviewed publication record in computational, structural, and/or molecular neuroscience.
Preferred Qualifications, Competencies, and Experience 2. Completion of, or near-completion of, residency training in psychiatry or a closely related clinical neuroscience specialty.
3. Research training and demonstrated experience in computational neuroscience, structural biology, and/or molecular pharmacology, including molecular dynamics simulations and/or cell-based functional receptor pharmacology assays.
4. Strong peer-reviewed publication record in computational, structural, and/or molecular neuroscience.
1. PhD or MD/PhD in neuroscience, computational neuroscience, bioengineering, structural biology, or a related quantitative discipline.
2. Experience with G protein-coupled receptor (GPCR) structural biology, AlphaFold-based protein structure prediction, and high-performance computing for large-scale molecular dynamics simulations.
3. Experience with Bioluminescence Resonance Energy Transfer (BRET) or comparable cell-based functional assays, and a track record of competitive extramural research funding.
4. Ability to coordinate multi-disciplinary studies with collaborators from diverse scientific backgrounds.
Special Physical/Mental Requirements Campus Security Authority Responsibilities 2. Experience with G protein-coupled receptor (GPCR) structural biology, AlphaFold-based protein structure prediction, and high-performance computing for large-scale molecular dynamics simulations.
3. Experience with Bioluminescence Resonance Energy Transfer (BRET) or comparable cell-based functional assays, and a track record of competitive extramural research funding.
4. Ability to coordinate multi-disciplinary studies with collaborators from diverse scientific backgrounds.
Not Applicable.
Special Instructions Quick Link https://unc.peopleadmin.com/postings/320168 Department Contact Information
Department Contact Name and Title Ammie Senn, HR Consultant Department Contact Telephone or Email ammie_senn@med.unc.edu Academic Personnel Office Contact Information If you experience any problems accessing the system or have questions about the application process, please contact the University's Executive Vice Chancellor and Provost office at (919)-962-1091 or send an email to facultyrecruitment@unc.edu.
Please note: The Executive Vice Chancellor & Provost office will not be able to provide specific updates regarding position or application status.
If you have any questions about the job requirements or the hiring department notify the Department Contact.
Equal Opportunity Employer Statement Please note: The Executive Vice Chancellor & Provost office will not be able to provide specific updates regarding position or application status.
If you have any questions about the job requirements or the hiring department notify the Department Contact.
The University is an equal opportunity employer and welcomes all to apply without regard to age, color, gender, gender expression, gender identity, genetic information, national origin, race, religion, sex, or sexual orientation. We encourage all qualified applicants to apply, including protected veterans and individuals with disabilities.
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About University of North Carolina at Chapel Hill
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The University of North Carolina at Chapel Hill (UNC-Chapel Hill), located in Chapel Hill, NC, US, is renowned for being one of the leading research institutes in the world. Operating within the education industry, this public research university offers a broad range of undergraduate, graduate, and professional programs across various disciplines. UNC-Chapel Hill was chartered in 1789 and has maintained its legacy of academic excellence and innovative research for more than two centuries. The institution operates under the core values of excellence, innovation, engagement, accessibility, diversity, and inclusivity. Their mission is to serve the people of North Carolina and the United States by teaching a diverse community of students to become the next generation of leaders.
Industry
Colleges, universities, and professional schools
Company size
10,000+ Employees
Headquarters location
Chapel Hill, NC, US
Year founded
1789