AI For Electronic Engineers (II Edition): Using Artificial Intelligence for Hardware Design, Analysis, Debugging, Validation and Engineering Documentation (AI-Powered Engineering Series Book 1) by Asia Cazòrla
English | June 24, 2026 | ASIN: B0H6J4GNHP | 373 pages | EPUB | 14.43 Mb
AI for Electronic Engineers - Second Edition
Volume 1 of the AI-Powered Engineering Series
Design smarter. Analyze deeper. Debug faster. Document better.
Artificial Intelligence is changing electronic engineering-but using AI effectively requires more than asking technical questions and accepting generated answers.
AI for Electronic Engineers - Second Edition is a revised and updated practical guide to integrating Artificial Intelligence into professional electronic hardware development. This new edition refines the original methodology, reorganizes key topics, and introduces structured workflows for AI-assisted design, analysis, verification, debugging, and documentation.
The objective is not to replace engineering expertise, but to use AI to accelerate technical work while keeping critical decisions traceable, verifiable, and under engineering control.
The book follows the electronic product lifecycle from requirements and architecture to detailed design, prototype validation, manufacturing, and failure analysis.
What You Will Learn * Requirements & Prompt Engineering - create structured requirements and engineering prompts with clear context, constraints, and verification criteria.
* Datasheets & Component Selection - extract critical parameters, compare components, and evaluate technical trade-offs.
* Architecture & Schematic Design - develop system blocks, power trees, interfaces, and perform AI-assisted design reviews.
* Analog & Digital Hardware - analyze circuits, timing, clocks, resets, interfaces, and design margins.
* PCB Design & Stackup - review placement, routing, return paths, controlled impedance, and physical implementation.
* Signal & Power Integrity - identify SI/PI risks and combine AI analysis with simulation and measurement.
* EMC / EMI Engineering - investigate emissions, coupling paths, filtering, shielding, immunity, and compliance risks.
* Thermal Design & Reliability - evaluate power dissipation, thermal paths, derating, stress, and failure mechanisms.
* Embedded Firmware Support - improve hardware-firmware integration, RTOS analysis, and debugging.
* Measurements, Debugging & Failure Analysis - organize laboratory data, develop hypotheses, identify root causes, and verify corrective actions.
* DFM, DFA, Documentation & Compliance - support manufacturing reviews, supplier communication, traceability, and AI governance.
From AI Assistance to Engineering Evidence Practical case studies explore an industrial controller, battery-powered IoT sensor node, and high-speed embedded board , connecting hardware, PCB, firmware, SI/PI, EMC, thermal design, validation, and manufacturing.
Professional prompt frameworks and engineering checklists provide reusable tools for real projects.
The central principle is simple:
AI proposes. Engineering knowledge evaluates. Simulation predicts. Measurement provides evidence. The engineer makes the final decision.
Datasheets, calculations, simulations, measurements, manufacturing capabilities, and applicable standards remain the foundations of professional engineering.
AI for Electronic Engineers - Second Edition is Volume 1 of the AI-Powered Engineering Series , a connected collection dedicated to practical AI-assisted methodologies across electronic, PCB, embedded, RF, and related engineering disciplines.
Use AI to work faster-but use engineering to prove that the result is correct.
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