Computer Systems Engineers/Architects
of tasks in the Computer Systems Engineers/Architects role are ones AI can already do, per AI experts.
From a Stanford study where AI experts and computer systems engineers/architects workers rated each real task (O*NET). Not a guess from the job title.
Key statistics
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- AI can already do 10% of the 10 work tasks in the Computer Systems Engineers/Architects role, according to AI experts in the Stanford WORKBank study (O*NET SOC 15-1299.08).
- Workers in the Computer Systems Engineers/Architects role want about 70% of their tasks automated (Stanford WORKBank, 1,500 U.S. workers).
- 1 of 10 Computer Systems Engineers/Architects tasks are Automation Green Light, wanted by workers and do-able by AI, that is 10% of the role (Stanford WORKBank).
- The typical Computer Systems Engineers/Architects task scores 3.17/5 for worker desire to automate and 3.05/5 for AI capability today (Stanford WORKBank, 1-5 scale).
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What workers told Stanford
Of the 10 tasks studied for Computer Systems Engineers/Architects, 1 (10%) are in the Automation Green Light zone, AI can largely do them and workers want it. Across all tasks, workers want about 70% automated. The typical task scores 3.17/5 for worker desire and 3.05/5 for AI capability.
All 10 tasks, most-wanted first
Monitor system operation to detect potential problems.
R&D Opportunitywant 4 · AI 3Design and conduct hardware or software tests.
R&D Opportunitywant 3.6 · AI 2.5Research, test, or verify proper functioning of software patches and fixes.
Green Lightwant 3.57 · AI 4Provide advice on project costs, design concepts, or design changes.
R&D Opportunitywant 3.57 · AI 2.33Communicate project information through presentations, technical reports, or white papers.
R&D Opportunitywant 3.5 · AI 3.33Provide technical guidance or support for the development or troubleshooting of systems.
R&D Opportunitywant 3.33 · AI 3.33Collaborate with engineers or software developers to select appropriate design solutions or ensure the compatibility of system components.
R&D Opportunitywant 3 · AI 3.33Evaluate current or emerging technologies to consider factors such as cost, portability, compatibility, or usability.
Low Prioritywant 2.6 · AI 3Identify system data, hardware, or software components required to meet user needs.
Low Prioritywant 2.5 · AI 3Define and analyze objectives, scope, issues, or organizational impact of information systems.
Low Prioritywant 2 · AI 2.67
Related occupations
Other Computer and Mathematical roles in the Stanford WORKBank study, closest AI-capability share first.
- Health Informatics SpecialistsAI can do 11% of tasks today · workers want 22% automated
- Information Technology Project ManagersAI can do 13% of tasks today · workers want 38% automated
- Clinical Data ManagersAI can do 14% of tasks today · workers want 100% automated
- Computer and Information Research ScientistsAI can do 17% of tasks today · workers want 100% automated
- Business Intelligence AnalystsAI can do 33% of tasks today · workers want 100% automated
- Information Security AnalystsAI can do 40% of tasks today · workers want 60% automated
Lower-automation alternatives
Less of these jobs is automatable today: AI experts rate a smaller share of their tasks as doable than the 10% for Computer Systems Engineers/Architects (Stanford WORKBank).