Electronic Product Design & Engineering

Engineering ideas into
working hardware.

WAVETRIS helps teams develop reliable electronic products—from architecture and board design to embedded systems, FPGA, power and validation.

PCBEMBEDDEDFPGAPOWERVALIDATION
01 / WHAT WE DO

One engineering partner.
From concept to validation.

Electronic products fail at the boundaries between disciplines. We approach hardware as a complete system—electrical, digital, power, firmware and validation working together from the beginning.

02 / SERVICES

Engineering where
the product needs it.

01+

Electronic Product Design

Architecture, component selection, schematic design, prototyping and engineering support from concept to manufacturable hardware.

ArchitectureSchematicPrototype
02+

PCB Design & Engineering

Board design focused on electrical performance, manufacturability, reliability and practical production constraints.

HDIHigh-speedDFM
03+

Embedded Systems

MCU-based product development, interfaces, drivers, board bring-up and firmware tightly integrated with the hardware.

MCUInterfacesBring-up
04+

FPGA & Digital Design

RTL development, digital interfaces, custom logic, sensor acquisition and FPGA-based acceleration for specialized systems.

RTLFPGADigital
05+

Power Electronics

Power architecture, DC/DC conversion, protection, power-path design and engineering for efficient, robust electronic systems.

DC/DCProtectionPower path
06+

Validation & Test Automation

Engineering validation, automated test setups, fixtures, data acquisition and repeatable workflows for product verification.

ValidationAutomationFixtures
03 / CAPABILITIES

Built around real engineering workflows.

We can enter at the architecture stage, solve a focused technical problem, or support the complete electronic development cycle.

01

System architecture & design reviews

02

Schematic capture & component engineering

03

High-speed and mixed-signal PCB design

04

Signal & power integrity engineering

05

EMI/EMC-aware design practices

06

Firmware and board bring-up

07

FPGA / RTL development

08

Power architecture and conversion

09

Prototype debugging and validation

10

Automated test system development

11

Design for manufacturing support

12

Engineering documentation

04 / HOW WE WORK

Clarity before complexity.

Every engagement starts with requirements, interfaces and engineering risks—not premature implementation.

01

Define

Requirements, interfaces, constraints and success criteria.

02

Architect

Partition the system and resolve the highest-risk decisions early.

03

Engineer

Design hardware, logic, firmware and supporting test infrastructure.

04

Validate

Bring-up, measure, debug and verify against the intended use case.

05 / INDUSTRIES

Designed for demanding
electronic systems.

01

Industrial

Reliable electronics for machines, controls, instrumentation and automation.

02

Aerospace & UAV

Embedded, sensing, control and communication electronics for demanding platforms.

03

Energy & Power

Power conversion, monitoring, protection and intelligent energy systems.

04

Mobility

Embedded controllers, interfaces and validation systems for connected products.

05

Instrumentation

Acquisition, measurement and signal-processing hardware engineered for accuracy.

06

Product Companies

An external hardware engineering team for new products, redesigns and technical problem solving.

06 / WAVETRIS

Engineering depth.
Product perspective.

WAVETRIS is an electronic product design and engineering company focused on turning technical requirements into robust, testable hardware.

We work across the boundaries that matter in real products: schematics and layout, firmware and FPGA, power and signal integrity, prototypes and production validation.

Our goal is straightforward: make engineering decisions that survive beyond the prototype.

07 / START A PROJECT

Have a hardware problem
worth solving?

Tell us what you are building, where you are stuck, or what you need engineered.

info@wavetris.com
For project enquiries, include your application, current development stage and expected scope.