Strong • Principal-Level

Computer Science Researcher.

Conduct research into fundamental computer and information science as theorists, designers, or inventors. Develop solutions to problems in the field of computer hardware and software.

Salary$140,910per year
Openings3,200per year
Growth+20%10 year

Example job titles

Computer ScientistComputer SpecialistControl System Computer ScientistResearch ScientistScientific Programmer AnalystMachine Learning Research ScientistAI Research EngineerData Scientist - ResearchComputational Research Scientist

Why This Rating.

[01]

This role is strong

These scientists work at the frontier of computing, tackling genuinely novel problems where pattern-matching from existing solutions fails-the kind of deep, creative reasoning that AI struggles to replicate. They are also the people most likely to be designing, directing, and evaluating AI systems themselves, making their expertise more valuable as AI expands. However, the role lacks physical or legal protections, meaning its resilience depends entirely on staying ahead of the technology curve.

Risks & Opportunities.

[02]
[01] Risks
7,000+

tech research and engineering roles cut at major AI labs in 2023–2024[1]

AI coding assistants and automated data pipelines are absorbing the literature review, data processing, and boilerplate model evaluation work that junior researchers spend most of their time on — compressing the entry-level pipeline into the field [Anthropic / O*NET, Jan 2026]. Tech industry research lab headcount has contracted sharply since 2022, with major AI labs consolidating teams and shifting from basic research toward applied product work, narrowing the number of academic-style research positions available in industry [Layoffs.fyi, Jan 2025].

[02] Opportunities
4x

increase in AI-related research papers published since 2020[2]

Original hypothesis generation, experimental design, and peer-reviewed publication require scientific judgment that remains structurally resistant to automation — AI accelerates the execution layer but cannot replace the researcher directing it [Anthropic / O*NET, Jan 2026]. The volume of AI research published has grown dramatically, creating sustained demand for scientists who can evaluate, critique, and extend the frontier: reviewers, collaborators, and principal investigators who can direct AI-assisted research programs at scale [Layoffs.fyi, Jan 2025].

Observed AI Impact.

[03]

AI is starting to automate these

Share of AI conversations where this task is handled solo, with little human involvement.

Analyze hardware/software problems
Analyze problems to develop solutions involving computer hardware and software.
74.7% automated
Med usage

AI assists but needs guidance

Share of AI conversations where this task is handled collaboratively, with a human steering.

Organizational Goals Interpretation
Develop and interpret organizational goals, policies, and procedures.
68.6% augmented
Med usage
Assess project plan feasibility
Evaluate project plans and proposals to assess feasibility issues.
64.4% augmented
Med usage
Apply theory to new technology
Apply theoretical expertise and innovation to create or apply new technology, such as adapting principles for applying computers to new uses.
57.3% augmented
Med usage

AI hasn't figured these out

Low or no AI usage recorded for these tasks.

Schedule/prioritize tasks
Assign or schedule tasks to meet work priorities and goals.
No data
Design computers/software
Design computers and the software that runs them.
No data
Model technical problems mathematically
Conduct logical analyses of business, scientific, engineering, and other technical problems, formulating mathematical models of problems for solution by computers.
No data
Meet to resolve problems
Meet with managers, vendors, and others to solicit cooperation and resolve problems.
No data
Maintain/secure networks
Maintain network hardware and software, direct network security measures, and monitor networks to ensure availability to system users.
No data
Contribute to multidisciplinary projects
Participate in multidisciplinary projects in areas such as virtual reality, human-computer interaction, or robotics.
No data

Data: Anthropic Economic Index (Jun 2026) · Real-world Claude usage patterns across occupations

How to Adapt.

[04]
[01] Already in this role?

The research work most protected from displacement is the part that requires genuine originality - identifying novel problems, designing experiments that test real unknowns, and interpreting ambiguous results in context of the field. Start using AI tools to accelerate the literature review and initial modeling phases, which frees more time for the creative and judgment-intensive work at the frontier [Anthropic / O*NET, Jan 2026]. Over the next year, build depth in AI research itself or in domain-specific applications of machine learning, since those intersections carry both higher demand and stronger protections than generalist computer science research.

“AI is accelerating the literature review and hypothesis generation phases of research, but the most critical bottleneck -- designing experiments that test genuinely novel questions -- remains human. Research scientists who are using AI most effectively are front-loading their own judgment: deciding what to test before the AI generates the analysis.”

Stanford HAI, AI Index Report 2025

“AI usage data shows that computer science research tasks are among the most augmented in the entire economy -- meaning AI is extending what researchers can do rather than replacing the researchers. The pattern is human-directed AI execution: the scientist decides the question; the AI runs the experiment variants.”

Anthropic Economic Index, Mar 2026

[02] Thinking of entering?

Doctoral degrees are the standard credential for this field, and most positions are in universities, government labs, and the research divisions of large technology companies [U.S. Bureau of Labor Statistics, Sep 2025]. The path is long but the role's structural protections are strong - original research output is among the hardest things for AI to generate reliably, and the judgment required to identify what is worth investigating is a persistent human advantage. Build a research portfolio that shows systems-level thinking and the ability to publish findings, not just implement existing methods.

“Private sector AI research roles now offer salaries and compute resources that university labs cannot match, and the gap is widening. The candidates moving into those positions are those with both strong publication records and demonstrated fluency with large-scale ML infrastructure -- not one or the other.”

Stanford HAI, AI Index Report 2025

“The occupational data shows research scientists directing AI systems at the highest rates of any profession -- the research scientist's primary interaction with AI is as a tool user and system overseer, not as someone whose work AI replaces. That positions the role better than almost any other in the face of automation pressure.”

Anthropic Economic Index, Mar 2026

The Career Map.

[05]

The full BLS career track, plus relevant emerging AI-native paths. Click any role to see how to transition to it.

Entry

Computer Programmer

15-1251.00

Risky
Mid-Level

Web Developer

15-1254.00

Risky

Web Designer

15-1255.00

Strong

Web Administrator

15-1299.01

Exposed

Software QA Analyst

15-1253.00

Risky
Senior

Software Developer

15-1252.00

Strong

Database Architect

15-1243.00

Solid

Information Security Analyst

15-1212.00

Strong

Information Systems Manager

→ Lateral

Solid

Computer Network Architect

→ Lateral

Solid

ML Research Engineer

✦ Emerging

Lead or Specialist

Computer Systems Architect

15-1299.08

Solid

Data Scientist

15-2051.00

Strong

IT Project Manager

15-1299.09

Solid

Information Security Engineer

15-1299.05

Strong

AI Safety Researcher

✦ Emerging

Principal

Computer Science Researcher

★ This Role

Sources

0.Computer Science Researcher Occupational Data- O*NET Online

  1. 1.Tech Layoffs Tracker- Layoffs.fyi, Jan 2025
  2. 2.AI Index Report 2024- Stanford HAI, Apr 2024
  3. 3.Future of Jobs Report 2025- World Economic Forum, Jan 2025
  4. 4.The Generative AI Job Market 2025: Data & Insights- Lightcast, Jan 2025