RF consulting for product teams
Work with Ricardo Pereira on RF architecture, antenna integration, wireless performance, EMC challenges and AI-assisted RF tool development.
My expertise spans RF system architecture and design, antennas, electromagnetic simulation, laboratory measurement, and EMC and compliance support. I also use AI-assisted development to build RF tools, with a focus on test automation.
Meet RicardoServices
Support for RF design, integration, performance and EMC challenges, plus custom tools for RF test automation and development workflows.
When RF testing needs automation
Use AI-assisted development to build tools for RF test automation — from instrument control and repeatable test sequences to measurement data capture, analysis and reporting.
Test scripts or tools tailored to your setup, with documented test procedures, usage guidance and checks against agreed reference measurements.
Before you commit to a design
Review requirements, RF budgets and design assumptions before moving into implementation.
Findings, technical risks and prioritised recommendations for your design decisions.
When RF meets product constraints
Examine how the antenna and RF design fit your product, and identify the analysis or validation work needed.
Integration recommendations and a focused simulation or measurement plan.
When performance falls short
Investigate performance that differs from expectations by examining the design and measurement evidence.
Diagnostic findings and recommended next investigations to help your team move forward.
Preparing for EMC tests or resolving test issues
Investigate emissions and immunity issues, review grounding, shielding and layout, and support pre-compliance testing and certification preparation.
An investigation or test plan, design recommendations and clear next steps for testing and certification preparation.
Focused technical training around your team’s questions and experience level, with practical exercises and reference material.
Scope, deliverables and availability are agreed for each project.
Meet your consultant
My work connects RF system decisions with the design, simulation and measurement behind them.
View my professional background on LinkedIn (opens in a new tab)My background spans RF system architecture, RF and microwave design, antennas, electromagnetic simulation, laboratory measurement and certification.
I hold a master’s degree in Electrical and Computer Engineering from the University of Porto. My professional experience includes research at INESC TEC, antenna and hardware work at INVOLI, and RF design, certification and system architecture at Sonova.
I also use AI to build tools that support RF development, with a focus on automating tests and measurement workflows.
I also develop RF Journey, an educational project organised around Learn, Tools and Academy.
Explore RF Journey (opens in a new tab)Working together
Start with the engineering challenge. Define the work, required inputs and deliverables before making a commitment.
Share your product, development stage and the RF question you need to resolve.
Clarify inputs, deliverables, availability, and access to any tools, hardware or facilities the work requires.
Review the evidence, investigate within scope and document findings, uncertainties and recommendations.
Start a conversation
Tell me what you’re developing, where the project stands and what’s getting in the way.
Opens my professional profile on LinkedIn.