Electronics engineers (professional)
Professional electronics engineers undertake research and design, direct construction and manage the operation and maintenance of electronic motors, communications systems, microwave systems, and other electronic equipment.
Task Bundle Breakdown
How AI interacts with this occupation's task bundle
Task-by-Task Breakdown
Every task scored individually — sorted highest to lowest AI exposure
organises and establishes control systems to monitor performance and evaluate designs
AI-powered monitoring platforms (e.g., IBM Maximo, Azure IoT with anomaly detection) can automate performance tracking, flag deviations, and evaluate design metrics in real time, though engineers must interpret results, adjust control logic, and make corrective decisions.
undertakes research and advises on all aspects of telecoms equipment, radar, telemetry and remote-control systems, data processing equipment, microwaves and other electronic equipment
AI tools like Perplexity, Elicit, and domain-specific LLMs can rapidly synthesise technical literature and standards on telecoms, radar, and microwave systems, but expert judgment is still required to interpret findings and advise clients on complex, context-specific applications.
determines and specifies appropriate production and/or installation methods and quality and safety standards
AI-assisted tools within PLM and CAD environments (e.g., Siemens Xcelerator, PTC Windchill with AI) can recommend production methods and flag safety/quality standard deviations, but final specification decisions require professional engineering accountability and regulatory sign-off.
tests, diagnoses faults and undertakes repair of electronic equipment
AI diagnostic tools and machine learning models (e.g., those embedded in oscilloscopes or test platforms like National Instruments) can accelerate fault identification by pattern-matching against known failure modes, but physical testing, hands-on repair, and validation of complex faults still require skilled engineers.
conceives and develops engineering designs from product ideas in electronics engineering
Generative AI tools integrated into EDA platforms (e.g., Cadence AI, Ansys SimAI) can suggest circuit topologies and optimise component selection, but the creative conception of novel product ideas and translating them into viable engineering designs still requires deep human expertise.
ROI Calculator
Electronics engineers (professional)
This is not a pay rise — it's 720 hours of productive capacity that AI could return to you, valued at your current rate.
The portion of your current salary tied to tasks AI can automate or augment. Not a prediction of job loss — a signal of where your role is changing fastest.
How is this calculated?▾
Task weights — each task is weighted by its O*NET frequency rating. Where frequency data is absent, equal weighting is applied.
AI time reduction — tasks scored as "AI Automates" assume 80% time saving; "AI Assists" assumes 40%; "Human-Led" assumes 5%.
Salary equivalent — annual hours saved × (salary ÷ 1,800 working hours/year).
Value at risk — salary × share of role time in AI-automate or AI-assist tasks.
Figures are indicative estimates for planning purposes, not guarantees of productivity gain or job loss risk.