Schematic Review
Catch design issues before they become expensive.
The schematic is the foundation of every electronic product. A single design mistake at this stage can lead to PCB re-spins, unreliable operation, manufacturing issues or EMC failures later in the project.
ElectronPath provides independent schematic reviews to identify potential problems before PCB layout begins. Every review considers functionality, component selection, power distribution, signal integrity, protection circuits, manufacturability and compliance requirements.
By resolving issues early, you reduce development time, avoid costly redesigns and increase confidence before committing to PCB layout.
Typical review areas
- Circuit functionality and design logic
- Component selection and availability
- Power supply architecture
- Protection and reliability
- Design for manufacturing (DFM)
- Design for test (DFT)
- EMC-aware design practices
- Opportunities for optimisation
PCB Design Review
Ensure your PCB is ready for manufacturing—and ready for the future.
A PCB can function correctly and still create problems during manufacturing, testing or EMC certification. Layout decisions also determine how easy it will be to maintain, upgrade or reuse the design in future products.
ElectronPath performs detailed PCB layout reviews before manufacturing to identify potential issues that may impact reliability, signal integrity, thermal performance or EMC compliance.
Beyond checking today’s design, we also look for opportunities to improve scalability, allowing future product variants or new features to be added with minimal redesign.
The objective is not only to manufacture a working PCB—but to build a robust platform for future development.
Review includes
- Component placement
- Routing quality
- Grounding strategy
- Power distribution
- High-speed signal routing
- Thermal considerations
- EMC best practices
- Manufacturing readiness
- Future expandability
EMC Troubleshooting
Solve EMC problems before—or after—certification.
EMC failures are frustrating, expensive and often occur after months of development.
I’ve experienced EMC from every perspective: as an electronics designer, an EMC engineer in a pre-compliance laboratory, and an EMC engineer in an accredited certification laboratory. I understand both the engineering decisions that create EMC issues and the practical constraints of certification testing.
ElectronPath helps identify EMC risks early through design reviews and pre-compliance assessments, reducing the likelihood of costly failures during certification.
If your product has already failed EMC testing, I can help analyse the root cause, recommend practical design improvements and support your team through successful re-testing.
Whether you’re preparing for your first EMC assessment or recovering from a failed test, the goal is the same: minimise delays, reduce redesign costs and achieve compliance efficiently.
Support includes
- EMC design reviews
- Pre-compliance assessments
- Root cause analysis
- Conducted and radiated emissions
- Immunity troubleshooting
- PCB and schematic improvements
- Filtering and grounding recommendations
- Certification support
System Design Support
Build a solid foundation before development begins.
Successful electronic products start with good system design—not just good hardware. Early architectural decisions influence performance, reliability, scalability, cost and the ease of future development.
ElectronPath provides system-level engineering support to help define the right architecture before detailed design begins. Whether you’re starting with a concept or refining an existing design, I work with your team to ensure the system is technically robust, practical to manufacture and aligned with your project goals.
From selecting the most suitable technologies to defining interfaces, power architecture and subsystem integration, the focus is on reducing technical risk and making informed engineering decisions early in the project.
A well-designed system not only meets today’s requirements but also leaves room for future features, product variants and evolving customer needs.
Support includes
- System architecture definition
- Requirements analysis
- Electronics and technology selection
- Hardware partitioning
- Interface definition (SPI, I²C, UART, CAN, Ethernet, USB, etc.)
- Power architecture and distribution
- Sensor and actuator integration
- Design risk assessment
- Design trade-off analysis
- Scalability and future-proofing
- Technical feasibility studies
- Design reviews and technical guidance
Technical Documentation
Professional documentation that supports your product throughout its lifecycle.
Clear, accurate documentation is essential for manufacturing, testing, certification and customer support.
ElectronPath produces technical documentation that is easy to understand, professionally presented and tailored to your product and industry.
Whether you’re launching a new product, delivering a system to a customer or preparing documentation for manufacturing, I can help produce the technical information your project requires.
Documentation services
- Product datasheets
- User manuals
- Installation guides
- Technical specifications
- Factory Acceptance Test (FAT) procedures
- Test reports
- Manufacturing documentation
- Engineering reports
- Customer documentation