CEVOLARION takes on embedded engineering work where technical depth, ownership or delivery capability is needed.
That may be a difficult technical issue, a defined development scope or an ongoing engineering service.
The work
Some assignments need one specialist. Others need a complete engineering organisation around the problem. The delivery setup should follow the work, not the other way around.
A product, subsystem or platform can be delivered as a defined project, from technical definition through implementation, integration, verification and handover. The stages and responsibility boundary are agreed for the assignment.
Explore project deliveryBring a blocked phase, a difficult technical decision or an interface that is not converging. We can take responsibility for the defined work while your organisation continues its wider development.
Find the relevant capabilitiesA defined engineering area can operate as an external service. An Engineering Cell can grow with the work, operate alongside other Cells and form part of a Managed Service with continuing responsibility.
Explore Managed ServicesCapabilities
The relevant disciplines are combined around the assignment, its interfaces and the responsibility CEVOLARION accepts.
Requirements, architecture, functional allocation and interfaces, with traceability and controlled technical change.
Electronics architecture, schematics, PCB development and prototype bring-up, connected to verification and manufacturing support.
Low-level software, platform configuration, drivers and embedded architecture, from hardware interfaces to integrated software baselines.
Communication architecture, interface specifications and configuration across embedded devices, networks and upstream systems.
Integration planning, configuration and dependency management, with defect isolation across software, hardware and supplier boundaries.
Verification strategy, test design and execution, linking requirements and risks to findings and release-relevant evidence.
Repeatable test environments, automated execution and engineering feedback workflows, including orchestration, test data and reporting.
Standards-aware engineering support, traceability, safety-related work and evidence preparation for review and release decisions.
Prototype-to-production support, deployment and sustaining engineering, including variants, customer tailoring and controlled baseline change.
Lifecycle
CEVOLARION can join one stage, several connected stages or a complete development path. The boundary is defined around the actual product, interfaces, evidence and handover required.
Clarify the problem, requirements and responsibility boundary.
Allocate functions and define system and discipline interfaces.
Implement electronics, platform and embedded software.
Bring components, configurations and interfaces into a working baseline.
Evaluate behaviour and assemble the agreed engineering evidence.
Prepare the release, production support and technical handover.
Maintain, adapt and control change across variants and product life.
FOR STARTUPS & GROWING COMPANIES
Serious engineering does not require a large organisation.
Growing companies face a particular engineering challenge: decisions have to be made quickly, priorities can change, specialist knowledge is not always available internally, and today's prototype may need to become tomorrow's product.
We are comfortable working in that environment.
CEVOLARION can join where the need is greatest — from solving a specific technical problem or strengthening an existing team to building an Engineering Cell around a product or taking responsibility for a defined development scope. As the product and organisation grow, the engineering setup can grow with them.
Start with what you need now. Build only what the next stage requires.
Engineering Cell
An Engineering Cell is shaped around the assignment. It can begin with one specialist competence, add disciplines as interfaces and workload grow, scale to a department-sized capability, or operate alongside other Cells. Managed Services adds the operating layer when responsibility becomes ongoing.
Focused engineering responsibility and a primary technical interface.
The disciplines required by the work, connected around one agreed boundary.
Add disciplines, grow to department-scale capability or operate parallel Cells as the work requires.
The ongoing operating and responsibility layer around one or more Cells.
Explore the operating model ↗Engineering environment
Industries
Embedded platforms, control electronics and connected engineering disciplines in vehicle and e-mobility development.
Systems and requirements, hardware/software integration and evidence in qualification-oriented engineering environments.
Embedded hardware, firmware and interfaces across industrial devices, automation and field integration.
Adjacent work is assessed against the actual technical scope and responsibilities. An industry label alone does not establish a suitable delivery fit.
Trust & discretion
Customer projects, organisations and technical details are not used as marketing material without permission. Fit is established through the scope, engineering methods, responsibility boundary and direct technical discussion.
Careers
Technical depth, judgement and ownership matter alongside the ability to communicate across systems, hardware, software and test. Review, verification and learning are part of the engineering work.
A brief description of the product, current state, constraint and desired result is enough to start. Do not send source code, restricted design data or other confidential technical material in the first message.
