The 10 Best Job Boards for Computational Biology Positions
By Dr. Zubair Khalid, DVM, MS, PhD ·
Quick Answer
- Use specialized life-science boards first because they list computational biology roles that general job sites often miss, then supplement with federal and academic career portals.
- Build a search workflow that combines the National Institutes of Health training site, the National Science Foundation careers page, and the American Society for Microbiology career services to cover research, government, and industry positions.
- No single board covers every computational biology niche, so you must track multiple sources and set up alerts to avoid missing short-window federal and academic postings.
At a Glance
| Job Board | Best For | Key Limitation | Recommended Use |
|---|---|---|---|
| NIH Office of Intramural Training and Education | Postbaccalaureate and graduate research training positions | Focuses on NIH intramural programs, not private industry | Apply for research fellowships and training opportunities |
| NSF Careers | Federal science program and administrative roles | Limited to NSF positions, not all federal agencies | Check for program director and science policy openings |
| ASM Career Services | Microbiology and bioinformatics roles in academic and industry settings | Strong in microbiology, weaker for pure computational roles | Use for networking and professional development |
| O*NET OnLine | Understanding job tasks and skill requirements | Not a job posting board, it is an occupational database | Use to match your skills to job descriptions |
| AAVMC Career Resources | Veterinary bioinformatics and animal health research roles | Focused on veterinary medicine pathways | Use for veterinary computational biology positions |
| BLS Occupational Outlook Handbook | Career outlook and education pathways | Provides data, not job listings | Use for labor market context and salary research |
Understanding the Computational Biology Job Market
Computational biology sits at the intersection of biology, statistics, and computer science. The field applies quantitative methods to biological data, including genomic sequences, protein structures, and population-level health records. The U.S. Bureau of Labor Statistics groups many of these roles under broader occupational categories, so job seekers need to understand how the official labor market classifies the work before they start searching.
The Bureau of Labor Statistics Occupational Outlook Handbook provides official definitions for occupations that overlap with computational biology, including biological technicians, computer and information research scientists, and medical scientists. Each of these occupation pages describes education pathways, work settings, and typical job duties. For example, medical scientists often conduct research to improve human health, while computer and information research scientists design new computing approaches. Computational biology roles can fall under either category depending on the employer and the specific job duties.
The O*NET OnLine database offers a more granular view of the tasks, skills, and knowledge required for specific occupations. When you search for computational biology roles, you will find that the job descriptions often combine tasks from multiple O*NET occupation families. A typical computational biology position may require statistical analysis skills, programming knowledge, and biological domain expertise. The O*NET database can help you identify which occupation codes match your target roles, which then helps you search more effectively on job boards.
The practical implication for job seekers is that computational biology does not have a single official occupation code. You must search using multiple job titles, including bioinformatics scientist, computational biologist, data scientist in biology, and research scientist. Each title may appear on different boards and may be classified under different occupation families.
The Specialized Life-Science Job Boards
NIH Office of Intramural Training and Education
The National Institutes of Health maintains a dedicated career development portal through its Office of Intramural Training and Education. This platform serves as the central hub for training and professional development within the NIH intramural research program. The site lists research training opportunities, fellowships, and career development resources for students and scientists at various career stages.
For computational biology job seekers, the NIH platform is particularly valuable because the NIH intramural program employs a substantial number of bioinformatics and computational researchers. The training office posts opportunities for postbaccalaureate fellows, graduate students, and postdoctoral researchers. These positions often involve working with large-scale genomic data, developing analytical pipelines, and collaborating with experimental biologists.
The practical approach is to check the NIH training site regularly and sign up for their mailing lists. The NIH also hosts career development workshops and networking events that can connect you with principal investigators who hire computational biologists. The site provides information about the NIH Graduate Student Partnership Program and the Postbaccalaureate Intramural Research Training Award, both of which can serve as entry points into computational biology research.
One limitation is that the NIH platform focuses on intramural positions. If you are looking for computational biology roles at universities, biotech companies, or other federal agencies, you will need to use additional boards. The NIH site also emphasizes training positions over permanent staff roles, so experienced researchers may find fewer options.
National Science Foundation Careers
The National Science Foundation operates a dedicated careers portal that lists employment opportunities across the agency. The NSF employs scientists, program directors, and administrative staff who support the federal research enterprise. For computational biologists, the NSF offers roles in program management, science policy, and research administration.
The NSF careers page describes the types of work performed at the agency, including scientific program management, policy analysis, and technical support. Computational biologists may find positions as program directors who oversee grant portfolios in bioinformatics, computational genomics, or systems biology. These roles require both scientific expertise and administrative skills, and they offer a different career path than laboratory-based research.
The NSF also hires temporary and rotating positions, which can be valuable for researchers who want to gain federal experience without committing to a permanent move. The careers page provides information about the application process, including the USAJOBS system that the federal government uses for most positions.
The limitation is that the NSF careers page lists only NSF positions. Other federal agencies that hire computational biologists, including the National Institutes of Health, the Food and Drug Administration, and the Department of Agriculture, maintain separate hiring portals. You will need to check each agency individually or use the central USAJOBS database.
American Society for Microbiology Career Services
The American Society for Microbiology maintains a career services platform that serves the microbiology community. While the society focuses on microbiology, its career resources extend to bioinformatics and computational biology because these fields increasingly overlap with microbial research.
The ASM career services page provides access to job postings, career development resources, and networking opportunities. The society hosts an annual meeting where computational biologists can present their work and connect with potential employers. The ASM also offers professional development webinars and mentoring programs that can help you build the skills needed for computational biology roles.
For job seekers, the ASM platform is particularly useful for positions that combine microbiology with computational analysis. These roles may include metagenomics, microbial genomics, and bioinformatics of infectious disease. The ASM job board lists positions from academic institutions, government agencies, and private companies.
The limitation is that the ASM career services are oriented toward microbiology, so pure computational biology roles that do not involve microbial systems may not appear on the board. You should use the ASM platform as one component of a broader job search strategy.
The Association of American Veterinary Medical Colleges Career Resources
The Association of American Veterinary Medical Colleges maintains career resources for individuals interested in veterinary medicine. The AAVMC career page provides information about veterinary education pathways and career options. For computational biology, this resource is relevant because veterinary medicine increasingly relies on computational approaches for genomics, epidemiology, and precision medicine.
The AAVMC career resources describe the educational requirements for veterinary careers, including the Doctor of Veterinary Medicine degree and specialized training programs. The page also discusses the various career paths available to veterinary professionals, including research positions that may involve computational biology.
For job seekers with a veterinary background, the AAVMC resources can help you identify computational biology roles in animal health research. These positions may involve analyzing genomic data from livestock, studying disease transmission patterns, or developing computational models of animal physiology. The AAVMC also provides information about dual-degree programs that combine veterinary medicine with computational biology or bioinformatics.
The limitation is that the AAVMC focuses on veterinary education and career paths. The page does not list job openings directly, so you will need to use the information to identify the types of positions to search for on other boards.
General Job Boards That Work for Computational Biology
The Occupational Outlook Handbook as a Search Tool
The BLS Occupational Outlook Handbook is not a job board, but it is an essential tool for computational biology job seekers. The handbook provides detailed information about occupations, including education requirements, work settings, and projected growth. The handbook can help you identify which job titles to search for and what qualifications employers expect.
The handbook describes the work of biological scientists, computer and information research scientists, and statisticians. Each occupation page includes a description of the work, the education and training required, and the employment outlook. For computational biology, you should review the pages for biological scientists and computer and information research scientists to understand the range of positions available.
The handbook also provides information about the work environment for each occupation. Some computational biology positions are based in academic laboratories, while others are in government agencies or private industry. The handbook describes the typical work settings, which can help you decide which type of employer to target.
The limitation is that the handbook provides general information, not specific job listings. You should use the handbook to understand the labor market and then apply that understanding to your job search on other boards.
ONET OnLine as a Skill Matching Tool
The ONET OnLine database provides detailed information about the tasks, skills, and knowledge required for each occupation. For computational biology job seekers, ONET can help you understand the specific requirements of the roles you are targeting. The database also provides information about the work context, including the physical and social demands of each occupation.
The ONET database is particularly useful for identifying the skills that appear in computational biology job descriptions. For example, a computational biology position may require programming skills, statistical analysis, and biological knowledge. ONET can help you identify which of these skills are most important for the specific occupation you are targeting.
The database also provides information about the knowledge areas required for each occupation. For computational biology, the relevant knowledge areas include biology, mathematics, computer science, and statistics. The database can help you identify gaps in your knowledge and plan your professional development.
The limitation is that ONET is a database, not a job board. It does not list current job openings. You should use ONET to understand the requirements of your target roles and then use that understanding to tailor your applications.
Building a Structured Job Search Workflow
Step 1: Define Your Target Roles
Before you start searching job boards, you need to define the specific computational biology roles you are targeting. Use the ONET OnLine database to identify the occupation codes that match your skills and interests. The database provides detailed descriptions of the tasks, skills, and knowledge required for each occupation, which can help you identify the job titles to search for.
Create a list of job titles that you will search for on each board. Common titles include computational biologist, bioinformatics scientist, data scientist in biology, and research scientist. You should also include related titles such as biostatistician and computer scientist, because these roles may involve computational biology work.
Step 2. Set Up Your Search Parameters
Each job board has its own search interface, so you need to set up your search parameters for each board. Use the job titles you identified in Step 1 and add relevant keywords such as genomics, proteomics, and sequence analysis. You should also set up alerts so that you receive notifications when new positions are posted.
The NIH training site and the NSF careers page both offer email alerts for new positions. The ASM career services also provides job alerts for members. You should set up alerts on all the boards you plan to use so that you do not miss new postings.
Step 3. Track Your Applications
Create a spreadsheet or other tracking system to record the positions you apply for. For each position, record the job title, the employer, the date you applied, and the status of your application. This tracking system will help you manage your job search and follow up with employers.
The tracking system should also include the requirements for each position, so you can identify the skills you need to develop. If you find that you are missing a required skill, you can use the professional development resources on the NIH training site or the ASM career services to build that skill.
Step 4. Use Professional Development Resources
The NIH Office of Intramural Training and Education provides professional development resources that can help you build the skills needed for computational biology positions. The training site offers workshops, courses, and mentoring programs that can help you develop your research skills and prepare for the job market.
The ASM career services also provides professional development resources, including webinars and training courses. These resources can help you build the skills that are in demand for computational biology positions.
Common Failure Patterns in the Job Search
Searching with Only One Job Title
A common mistake is to search for only one job title, such as computational biologist. Many computational biology positions are posted under different titles, including bioinformatics scientist, data scientist, and research scientist. If you search only one title, you will miss many relevant positions.
The solution is to use multiple job titles in your search. The ONET database can help you identify the alternative titles for your target occupation. You should also use keywords such as genomics, sequence analysis, and molecular modeling to capture positions that may not use the exact title.
Ignoring Federal and Academic Boards
Another common failure is to focus only on general job boards and ignore the specialized federal and academic boards. The NIH training site and the NSF careers page list positions that are not posted on general boards. These positions may offer unique opportunities for research and career development.
The federal government is a major employer of computational biologists. The NSF careers page describes the types of positions available at the agency, and the NIH training site lists research positions. You should check these boards regularly and apply to positions that match your skills.
Failing to Tailor Your Application
A third common failure is to send the same application to every position. Employers in computational biology look for specific skills and experience, so you need to tailor your application to each position. Use the job description to identify the skills that the employer is looking for, and then highlight those skills in your application.
The ONET database can help you understand the skills that are required for your target occupation. Use this information to tailor your application to each position.
Records and Measurements for Your Job Search
Application Tracking Metrics
Track the number of applications you submit each week, the number of interviews you receive, and the number of offers you receive. These metrics will help you evaluate the effectiveness of your job search strategy. If you are not receiving interviews, you may need to adjust your application materials or target different positions.
The tracking system should also record the source of each application. This will help you identify which job boards are most effective for your search. If you find that one board is generating more interviews than others, you should focus your efforts on that board.
Skill Development Records
Keep a record of the skills you have developed and the training you have completed. The NIH training site and the ASM career services offer courses and workshops that can help you build your skills. Record the courses you complete and the skills you develop, so you can include them in your applications.
The skill development record also helps you identify gaps in your knowledge. If you find that you are missing a skill that is required for many positions, you can focus your professional development on that skill.
The Role of Professional Networks
Building Your Network
Professional networks are important for finding computational biology positions. The ASM career services provides opportunities for networking through its annual meeting and other events. The NIH training office also provides networking opportunities for researchers.
You should build your network by attending conferences, joining professional organizations, and connecting with researchers in your field. These connections can provide information about job openings and can also provide recommendations for your applications.
Using Mentoring Resources
The NIH training office provides mentoring resources that can help you develop your career. Mentors can provide advice about job search strategies, career paths, and professional development. You should seek out mentors who work in computational biology and who can provide guidance on your career.
The ASM career services also provides mentoring resources for professionals in the microbiology field. These resources can help you build the skills and connections you need for a successful career.
Limitations of the Job Boards
Geographic Limitations
Many job boards list positions in specific geographic regions. The NIH training site lists positions at the NIH campus in Bethesda, Maryland, and other NIH facilities. The NSF careers page lists positions at the NSF headquarters in Alexandria, Virginia. If you are not willing to relocate, you may need to focus on boards that list positions in your area.
The Need for Multiple Boards
No single job board covers all computational biology positions. The specialized boards such as the NIH training site and the NSF careers page list only positions at their respective organizations. The general boards list a wider range of positions but may miss some specialized roles. You need to use multiple boards to cover the full range of opportunities.
The Importance of Timing
Many computational biology positions are posted for a limited time. Federal positions often have a short application window, and academic positions may be posted only during the hiring season. You need to check the boards regularly and apply promptly to avoid missing the application deadline.
Frequently Asked Questions
What is the best job board for computational biology positions?
The best board depends on your career goals. The NIH training site is best for research positions at the NIH, while the NSF careers page is best for federal science program roles. The ASM career services is best for microbiology-related computational biology positions. You should use multiple boards to cover the full range of opportunities.
Do I need a degree in computational biology to get a job?
Many computational biology positions require a degree in a related field, such as biology, computer science, or statistics. The BLS Occupational Outlook Handbook describes the education requirements for the occupations that include computational biology work. You should review the requirements for your target positions to determine the education you need.
What skills do I need for a computational biology job?
The skills required for computational biology positions include programming, statistics, and biological knowledge. The ONET database provides a detailed description of the skills required for each occupation. You should use the database to identify the skills you need to develop.
How do I find computational biology jobs in the federal government?
The NSF careers page lists positions at the NSF, and the NIH training site lists positions at the NIH. Other federal agencies that hire computational biologists, including the FDA and the USDA, maintain separate hiring systems. You should check the individual agency websites and the central USAJOBS database.
What is the difference between computational biology and bioinformatics?
Computational biology focuses on the development and application of computational methods to biological problems. Bioinformatics focuses on the development of tools and databases for biological data. The two fields overlap, and many positions combine both. The ONET database provides descriptions of the tasks and skills for each occupation.
How can I build my skills for computational biology positions?
The NIH training office provides professional development resources, including workshops and courses. The ASM career services also provides professional development resources. You can also build your skills through online courses and self-study.
How long does it take to find a computational biology job?
The time it takes to find a job depends on the job market, your skills, and your search strategy. The BLS Occupational Outlook Handbook provides information about the employment outlook for the occupations that include computational biology. You should use this information to set realistic expectations for your job search.
Should I use a general job board or a specialized board?
You should use both. General job boards list a wide range of positions, while specialized boards list positions that may not appear on general boards. The NIH training site and the NSF careers page list positions that are not posted on general boards. You should use multiple boards to cover the full range of opportunities.
Using the Evidence
| Source | Best use in this topic | Important limitation |
|---|---|---|
| Occupational Outlook Handbook | official guidance | Check the linked page for current local requirements |
| O*NET OnLine | official guidance | Check the linked page for current local requirements |
| Office of Intramural Training and Education | official guidance | Check the linked page for current local requirements |
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References and Further Reading
- Occupational Outlook Handbook. U.S. Bureau of Labor Statistics.
- O*NET OnLine. U.S. Department of Labor.
- Office of Intramural Training and Education. National Institutes of Health.
- Careers at NSF. U.S. National Science Foundation.
- Career Services. American Society for Microbiology.
- AAVMC Career Resources. Association of American Veterinary Medical Colleges.
- NCBI Literature Resources. National Center for Biotechnology Information.
- PubMed. National Library of Medicine.
This article is educational and does not replace institutional policy, professional advice, or applicable safety and regulatory requirements.