Electronics Design Services in New Zealand
Evolution Electronics provides electronics design services in NZ for startups, inventors, and technical teams that need practical help with embedded systems, PCB design, firmware development, and prototype hardware. Based in Auckland, the business supports projects throughout New Zealand.
Circuit Design
Electronic design from concept through schematic capture, component selection, and practical architecture decisions suited to prototype and low-volume builds.
Firmware Development
Embedded firmware for microcontroller-based products, peripheral integration, communications, bring-up, and iterative development as designs evolve.
PCB Layout & Prototyping
PCB layout focused on prototype and R&D hardware, with design choices aimed at buildability, sensible cost, and efficient revision cycles.
Low-Volume PCB Production
In-house low-volume PCB production support to help get prototype boards built, tested, and refined quickly during development.
3D Modelling
3D CAD work for enclosure concepts, mechanical integration, brackets, fit checks, and development-stage hardware packaging.
3D Printing
3D printed parts for concept validation, prototype fit-up, test fixtures, and practical early-stage product development.
PCB Design Services NZ
PCB design support includes schematic capture, component selection, PCB layout, design review, prototype-ready files, and practical decisions that suit low-volume and iterative development. The emphasis is on hardware that can be built, tested, revised, and improved efficiently.
Embedded Systems Engineering NZ
Embedded systems work covers firmware development, microcontroller integration, peripherals, communications, bring-up, debugging, and system-level problem solving. This is useful for both new product development and existing designs that need refinement.
Prototype Development and Product Support
Many projects need more than one isolated task. Evolution Electronics supports concept development, electronics design, PCB prototyping, enclosure fit-up, and practical iteration so ideas can move toward reliable prototypes and production-ready hardware. For a broader summary, visit the dedicated electronics design NZ page or get in touch to discuss a project.