Discover Reliable RF and Antenna Solutions for Real-World Results
Wavelayer Consulting helps you build, refine, and launch electromagnetic and embedded systems that just work — in the lab and in the field. Whether you’re starting from scratch, solving system bugs, or enabling your team, we bring deep technical leadership and a practical, integration-focused mindset to every project.
📩 Want to work together? Contact us
We specialize in creating RF front-ends and antennas tailored to your product, environment, and performance targets.
Expertise includes:
- Ground-penetrating radar (GPR) and radar guidance systems
- Dual-band and dual-polarization satellite & GNSS antennas
- Low-profile IoT and industrial wireless systems
- Custom metasurfaces and reflectarrays
What we deliver:
- System feasibility studies and design proposals
- Full-wave simulations (HFSS, CST, FEKO)
- Custom antenna design, prototyping, and integration
- Firmware for real-time telemetry and sensor interfacing
- Hardware validation in lab and field conditions
Example: Led rugged antenna design and telemetry firmware development for Surgical Mining™ guidance systems at Novamera Inc., enabling real-time subsurface imaging and guidance in the field.
From PCB design to embedded debugging, we help you develop hardware that performs reliably in real-world conditions.
We support:
- Signal integrity analysis and layout reviews for RF boards
- Embedded system integration (sensors, radios, logic controllers)
- RF material selection and dielectric consulting
- Custom fixture and test setup development
- Cross-disciplinary hardware/firmware/mechanical coordination
Example: Developed a GPR-focused hardware test lab, including anechoic chamber design, while coordinating multi-vendor firmware integration for radar-based mining tools.
We bridge advanced electromagnetic design with intelligent signal processing, enabling ML to work meaningfully in hardware-constrained systems.
Capabilities:
- ML-based synthesis of metasurfaces and reflectarrays
- Real-time radar signal classification and feature extraction
- Embedded ML inference frameworks for field use
- Data-driven QA and predictive reliability logic
Example: Published novel GAN-based inverse design methods for multilayer metasurfaces (IEEE T-AP, Nature Sci. Reports) and deployed ML-powered QA pipelines for real-time radar data assessment.
Technical knowledge only matters when it’s shared effectively. We provide high-impact education grounded in real technical challenges.
Offerings:
- Custom workshops: Intro to HFSS, Antenna Design 101, Radar System Debugging
- University-style team lectures + applied projects
- Simulation training tied to real datasets and use cases
- Live Q&A, post-training mentorship, and team coaching
Example: Delivered 3-week workshops for technical teams and served as course instructor at University of Toronto and Humber College.
Watch a sample: HFSS Tutorial – Introduction to HFSS and Simple Antenna Simulation
🔧 Example Engagements
- Field-validated antenna redesign for different applications
- Embedded telemetry firmware for inertial navigation systems
- Real-time radar echo classification using embedded ML
- End-to-end integration and testing of an industrial sensing stack
- Hardware and firmware debug support during field trials