10 different careers — and it means something different in each. Data acquisition for a Instrumentation Engineer is not data acquisition for a Optical Instrumentation Engineer. Below, the real task it carries in every job, with a ready AI prompt for each.
10careers do this work
3prompts that speak it
7attested by the job's own software
The data acquisition, job by job
Same artifact, different stakes — each card is one career's real use of it, with its prompt.
Instrumentation Engineer — Research electronic devices and systems
Survey available low-power data acquisition modules and proportional transmitters for the flow loop, compare performance, lifecycle cost, and certification against our safety standards, then produce a three-option recommendation with vendor references and procurement lead times.
Optical Instrumentation Engineer — Conduct research
Design and run the bench experiment to verify stray light suppression: state hypotheses, list equipment and alignment tolerances, outline data acquisition settings, and schedule two half-day sessions next week to collect and analyse results.
Welding Engineer — Support secure system architecture design
Review the control and network diagrams for the new welding data acquisition system, identify confidentiality gaps against the formal ICT spec, and produce a one‑page annotated architecture with mitigation priorities for the design review on Thursday.
Every job keeps its own logs, files, records and schedules — and the same one can live in hundreds of jobs, meaning something different in each. The LLOS Work Atlas maps them from the evidence — the software each career is attested to use — never from imagination.