Concept and platform selection
Define electronics architecture, assess MCU or processor platforms, select components and plan pin allocation around system constraints.
Capability
Electronics & Hardware Engineering
Develop and mature the electronics that connect product requirements to physical hardware and embedded software.
Electronics work can extend from a concept or hardware issue through schematic and PCB development, prototype bring-up, verification and production-support documentation. Design responsibility and access to prototypes are agreed for the assignment.
When to involve CEVOLARION
A new embedded product needs an electronics concept and platform choice aligned with software and interfaces.
A prototype does not behave as expected and the hardware/software boundary needs investigation.
A hardware variant or production change requires coordinated design, documentation and verification updates.
Focus topics
Recurring types of work within this capability, described in more depth.
Engineering scope
The agreed assignment determines which activities are included and where the responsibility boundary sits.
Schematics and PCB development
Develop or review schematics and support PCB development, including the low-level interfaces that software and other hardware depend on.
Control and specialised hardware
Undertake power-electronics-related engineering and FPGA-related development where the assignment requires those disciplines.
Prototype bring-up and verification
Support prototype preparation, bring-up, troubleshooting and hardware verification, connecting observed behaviour to design decisions.
Manufacturing and variant support
Prepare or maintain BOM and manufacturing documentation, coordinate technical issues with suppliers or contract manufacturers, and support product or variant changes.
Interfaces to adjacent disciplines
Systems & Requirements Engineering
Translate system allocation and operating constraints into hardware requirements.
Embedded Software & Platform Engineering
Coordinate pinout, drivers, hardware abstraction and platform bring-up.
Industrialisation, Deployment & Lifecycle Engineering
Carry design decisions and verification findings into production-support files and controlled variants.
Example engineering outputs
Outputs are assignment-dependent and agreed for each engagement.
Electronics architecture and component-selection records.
Schematics and PCB development packages within the agreed scope.
Prototype bring-up records and hardware verification results.
BOM, manufacturing-support and product-change documentation.
Methods and engineering environment
Schematic and interface review.
Prototype bring-up, measurement and hardware troubleshooting.
Hardware verification and controlled design maturation. Production responsibilities are agreed with the relevant manufacturing organisation.
Where this discipline connects
Highlighted stages indicate typical connections. The actual entry point and scope follow the product and assignment.
Define
Clarify the problem, requirements and responsibility boundary.
Architect
Allocate functions and define system and discipline interfaces.
Develop
Implement electronics, platform and embedded software.
Integrate
Bring components, configurations and interfaces into a working baseline.
Verify & Qualify
Evaluate behaviour and assemble the agreed engineering evidence.
Release & Deploy
Prepare the release, production support and technical handover.
Evolve & Tailor
Maintain, adapt and control change across variants and product life.
Delivered at the scale of the work
This capability can contribute to specialist work, an Engineering Cell, a Defined Work Package or an agreed Managed Service. The collaboration model and partnership tier are separate decisions.
Discuss an electronics design, prototype issue or hardware change.
Describe the current state, the interfaces involved and the result you need. Leave confidential technical files out of the first message.