Electronic design & engineering services
Full product design and professional PCB layout — backed by in-house manufacturing, so the work you commission is the work that ships.
Electronic design and engineering services cover the work of turning electronics from an idea into a manufacturable product — system architecture, schematic and PCB design, firmware, prototyping, and validation. We offer the full scope and the individual disciplines, and carry any of them through to production on our own line.
Product Design
Whole-product engineering — new devices taken from idea to production, and shipped products kept alive and buildable.
Electronic Product Design
End-to-end electronic product design — requirements, system architecture, hardware, PCB, firmware, and validation — carried all the way to production.
ExploreIoT Product Development
IoT product development at the device level: radio selection, RF and antenna design, low-power firmware, provisioning, and certification.
ExploreElectronic Prototyping
Electronic prototyping with in-house assembly, from proof-of-concept to production-intent builds that answer the right question fast.
ExploreSustaining & Lifecycle Engineering
Sustaining engineering for shipped products — obsolescence management, EOL part replacement, cost reduction, and documentation recovery that keep proven designs buildable.
ExploreMechanical & Enclosure Design
Enclosure and mechanical design for electronic products — 3D CAD, thermal paths, ingress sealing, and DFM for molding, machining, and printing.
ExploreHardware & PCB
Board-level engineering — circuits, layout, power, interconnect, and the test equipment that proves them.
PCB Design & Layout
Professional PCB design and layout — from schematic capture to high-speed and HDI boards — released as a complete, manufacturing-ready file set.
ExplorePCB Reverse Engineering
PCB reverse engineering that turns physical boards into complete, modern CAD packages — schematic, layout, and BOM verified against the original.
ExplorePower Electronics Design
Power electronics design — DC-DC converters, AC-DC supplies, battery management and charging, and motor drives, validated on the bench across line and load.
ExploreTest Fixture Development
Test fixture design and development — bed-of-nails ICT fixtures, functional test stations, and end-of-line test software that catch defects before they ship.
ExploreHardware & Circuit Design
Schematic-level circuit engineering — analog, digital, and mixed-signal design, component selection, and simulation, released ready for layout.
ExploreWire Harness Design
Wire harness engineering — harness schematics, connector selection, wire sizing, and build documentation an assembly shop can quote and build from directly.
ExploreEmbedded & Firmware
The intelligence inside the hardware — embedded platforms, firmware, programmable logic, and user interfaces.
Embedded Systems Development
Embedded systems development from platform selection to release — bare-metal, RTOS, and embedded Linux, engineered alongside the hardware they run on.
ExploreFirmware Development
Firmware development for microcontroller and processor-based products: drivers, communication stacks, secure boot, and over-the-air updates.
ExploreHMI & GUI Design
Embedded HMI and GUI development — displays, capacitive and resistive touch, and LVGL or Qt interfaces running on the device itself.
ExploreWhich kind of engineering help do you need?
Our work falls into three families. Product design takes an idea to a finished device and keeps shipped products alive; hardware and PCB work engineers the board itself; embedded and firmware work gives the hardware its behavior. Most projects combine two or more.
| Product Design | Hardware & PCB | Embedded & Firmware | |
|---|---|---|---|
| You have | An idea or a spec with no design yet — or a shipped product that has to keep shipping | A circuit that needs a board, or a board that needs work, power, or forensics | Hardware that needs behavior, logic, or an interface |
| Typical work | Requirements, architecture, prototyping, enclosure, obsolescence redesign | Schematic capture, layout, power electronics, reverse engineering, test fixtures | Embedded platforms, firmware, touch interfaces |
| You receive | A validated, manufacturable product design — new or brought back to buildable | A manufacturing-ready board release package, or the test equipment to prove it | Tested code and logic released with the hardware |
Join at whatever stage you're in
You don't have to start at the beginning. Tell us where the project stands and we'll meet it there.
Start from an idea
You have a concept and a problem to solve. We define requirements, choose the architecture, and design the whole product.
Start from a schematic
You have the circuit figured out. We turn it into a manufacturable, signal-integrity-clean PCB and a complete release package.
Start from an existing product
You need a design fixed, cost-reduced, modernized, or reverse-engineered. We pick up where the last team left off.
Not sure which fits? Tell us about your project and we'll point you the right way.
Working with AEE: common questions
Our services fall into three families: product design (complete devices taken from requirements to production, plus sustaining engineering for shipped products), hardware and PCB (circuits, layout, power, reverse engineering, and test fixtures), and embedded and firmware (embedded platforms, programmable logic, and interfaces). Every one connects to the same engineering bench and the same production floor.
Yes. Some clients hand us a finished schematic and need only the layout; others need the whole product designed from a rough concept. We can join at any stage — even to rescue or improve an existing design — and scope the engagement to exactly what you need.
Yes. Manufacturing is in-house, so the design moves from engineering to production without changing hands. That is the main reason clients pick us over a design-only consultancy that has to hand your project to a separate factory.