Searching for a research job is a little different from searching for almost any other kind of job.
Research careers rarely fit neatly into one title. A computational linguist might apply for roles called research scientist, data scientist, ML engineer, or applied scientist. An academic might be looking at postdocs, fellowships, policy roles, or industry R&D.
That makes your job search less about finding the perfect job board and more about building a small toolkit. Here are the best tools for finding research-based careers, what each is good at, and where they fall short.
1. LinkedIn
Best for: Broad searches, networking, and industry discovery.
LinkedIn is the best starting point because research careers increasingly cross the line between academia and industry. It combines job discovery with networking, alerts, and a public profile — and lets you find people and organisations as much as job listings.
Pros: Huge range of jobs across academia, industry, and government. Excellent for finding people rather than just vacancies. Job alerts can surface opportunities you wouldn’t search for manually.
Cons: Volume can be overwhelming. Generic searches return a lot of loosely related jobs. Research projects are hard to communicate in enough depth.
Best approach: Use LinkedIn as a discovery and networking layer, not as your whole strategy.
2. Takeoff
Best for: Turning your experience, projects, and research into a career portfolio.
Most job boards are good at answering where are the jobs? They’re much worse at answering why should someone hire me? That gap is especially costly for researchers.
A CV can tell an employer that you completed a degree, published a paper, or contributed to a project. It doesn’t show what you actually did — the problem you solved, what you built, what methods you used, or what happened because of your work.
Takeoff is built around a simple idea: your career is more than a résumé. It gives you a place to show the work behind those claims. A research project becomes a project page. A thesis becomes a concise explanation of problem, methodology, and impact. A collection of projects becomes a coherent portfolio that shows how you think and what you can do.
Pros: Gives research projects somewhere to live beyond a résumé. Lets you demonstrate skills through actual work. Helps connect academic experience to industry roles. Useful for graduates and early-career researchers with strong work but limited professional experience.
Cons: A portfolio only works if you put care into what you include. You still need a good résumé for many applications.
Note: Takeoff isn’t another place to look for jobs. It’s the layer that helps you make a stronger case once you find them.
3. Indeed
Best for: Broad coverage and discovering roles you might not have considered.
Indeed’s large index makes it useful when you’re still exploring where your skills fit. A search for “research” can return roles ranging from university research assistants and policy analysts to UX researchers, data scientists, and scientific roles.
Pros: Very large job inventory. Good coverage outside traditional academic research. Useful for discovering alternative job titles and seeing how employers describe the work.
Cons: Results can be noisy. Research-heavy roles can be buried. Not designed for showcasing research projects.
Best approach: Use Indeed to discover adjacent roles and understand how employers frame the work you want to do.
4. Nature Careers
Best for: Scientists, academic researchers, and STEM careers.
Nature Careers is one of the strongest specialist boards for scientific careers. Jobs can be filtered by location, organisation type, position type, and subject area — with useful career content alongside the listings.
Pros: Strong concentration of research-focused positions. Much better signal-to-noise ratio than general boards for many STEM fields. International reach.
Cons: Much stronger for science and STEM than for humanities, policy, design, or communications research.
Best approach: Check Nature Careers regularly, but don’t assume a specialist board eliminates the need for networking or a strong portfolio.
5. Science Careers
Best for: Scientific and biomedical research careers.
Science Careers, from AAAS, is a specialist platform built around scientific hiring, reaching researchers through the Science ecosystem.
Pros: Strong fit for laboratory, academic, and scientific industry roles. Specialist context makes relevant opportunities easier to spot.
Cons: Narrower than general platforms. Less useful for research careers outside science.
Best approach: Treat it as a specialist supplement to your broader search.
Search smarter, not just broader
One of the biggest mistakes researchers make is searching for only one job title. Start with a skill or problem instead.
Someone with a background in computational linguistics might search for: Computational Linguist, Research Scientist, Applied Scientist, NLP Engineer, Machine Learning Engineer, Data Scientist, Research Engineer, or Language Technology Researcher.
Your academic title describes where you came from. Your skills describe where you can go.
Don’t let your best work disappear inside a CV
You spent months designing an experiment, collecting data, writing code, analysing results, or producing a thesis — and then the final version gets compressed into two lines on a résumé.
With Takeoff, you can turn your projects, education, achievements, writing, and experience into a professional site that gives employers a clearer picture of the person behind the application.
The goal isn’t to make your job search more complicated. It’s to make your existing work work harder.