Skip to content

Engagement models

Choose the delivery structure that fits the work.

The collaboration model describes how engineering responsibility is organised. The partnership tier describes the planning horizon, scale, flexibility and commercial framework. They are separate decisions.

Five ways to organise the responsibility.

Start with the engineering result, its interfaces and the continuity it needs. The delivery structure follows that boundary.

Specialist Capacity

Focused engineering responsibility for a defined technical need. CEVOLARION plans and performs the agreed work, with the specialist providing the primary technical interface.

Best fit
A difficult technical problem or a missing specialist competence.
Scope boundary
A focused scope with agreed interfaces, evidence and decisions.
Scaling
Additional competence can form an Engineering Cell when the work requires it.
Handover / continuity
Technical findings, agreed outputs and a documented handover.

Engineering Cell

A multidisciplinary delivery structure built around an agreed engineering responsibility and one primary technical interface. Its size follows the work.

Best fit
Several disciplines must progress together across connected interfaces.
Scope boundary
The agreed delivery scope, technical interfaces and customer decisions.
Scaling
A Cell can grow to department-scale capability or operate alongside other Cells.
Handover / continuity
Reviewable outputs, technical continuity and handover as the assignment changes.

Defined Work Package

A bounded engineering result with agreed inputs, outputs, interfaces, acceptance and handover. The scope can range from a work package to complete embedded-system development.

Best fit
A defined package, product, subsystem or platform needs delivery responsibility.
Scope boundary
Agreed requirements, assumptions, deliverables and acceptance criteria.
Scaling
One or multiple Cells can deliver the project within the agreed boundary.
Handover / continuity
Accepted deliverables, evidence and the material needed to continue or operate the result.

Managed Embedded Engineering Service

Ongoing engineering responsibility for a product, platform, customer-tailoring stream or explicitly defined engineering function.

Best fit
Engineering responsibility continues across releases, variants and lifecycle change.
Scope boundary
A service scope with agreed interfaces, governance and change control.
Scaling
One or multiple Engineering Cells operate the continuing service.
Handover / continuity
Maintained baselines, service evidence and a defined transition or exit plan.

Managed Verification & Test Service

Ongoing responsibility for verification and test, including agreed automation, environments, execution, reporting and evidence.

Best fit
Recurring verification or test infrastructure needs sustained responsibility.
Scope boundary
The agreed test scope, quality-framework interfaces and evidence requirements.
Scaling
The service can span products and operate through one or more Cells.
Handover / continuity
Maintained test assets, usable results and controlled knowledge transfer.

Model and tier compatibility.

The model defines the work. The tier defines the planning and commercial framework.

Standard combinations. A short add-on is not a standalone continuing service.
Collaboration modelFlexContinuityScaleStrategic
Specialist CapacityPrimary fitNot offered as a standard combinationShort add-on onlyShort add-on only
Engineering CellPrimary fitPrimary fitPrimary fitNot offered as a standard combination
Defined Work PackagePrimary fitPrimary fitNot offered as a standard combinationPrimary fit
Managed Embedded Engineering ServiceNot offered as a standard combinationNot offered as a standard combinationNot offered as a standard combinationPrimary fit
Managed Verification & Test ServiceNot offered as a standard combinationNot offered as a standard combinationNot offered as a standard combinationPrimary fit

No partnership tier buys better engineering, faster response or priority over another customer.

Compare partnership tiers ↗

Start with the engineering situation.

Discuss the result, constraints and responsibility before choosing a collaboration model.

Talk to us