Teams that may benefit.
Industrial plants, manufacturers, engineering and maintenance leaders, project managers, integrators and technical procurement teams.
05 / Product, project and assembly engineering
Lifecycle engineering, from an idea to a verifiable solution.
We develop multidisciplinary scopes for products, systems, equipment and infrastructure: concept definition, requirements, basic and detailed design, engineering for manufacture and assembly, integration, testing and lifecycle support.
The problem we structure
From symptom to technical scope.
Cross-discipline interfaces, incomplete information and late acceptance criteria create changes, rework and untraceable decisions. Concurrent engineering aligns performance, manufacture, assembly, operation, maintenance, cost and schedule from the early stages.
Typical deliverables
Work outputs that can be reviewed.
The final proposal selects and adjusts these deliverables. None is assumed automatically.
- 01
Design basis, requirements, architecture and interfaces
- 02
Conceptual, basic, preliminary or detailed engineering
- 03
Models, calculations, drawings, lists and specifications by discipline
- 04
Material, process and fabrication or assembly criteria
- 05
Design review for manufacture, assembly, operation and maintenance
- 06
Interface, risk and open-item matrices
- 07
Supply, assembly and inspection scope
- 08
Testing and commissioning protocols
- 09
Handover dossier and operation or maintenance recommendations
Relevant contexts.
Manufacturing, industrial processing, food and beverage, infrastructure, energy and operations involving mechanical, thermal, electrical or fluid systems, subject to scope validation.
Service method
Four stages to maintain control.
The sequence adapts to the context while keeping ownership, reviews and closure criteria visible.
Definition
Need, site conditions, interfaces and criteria.
Engineering
Alternatives, architecture, design, analysis, materials and interdisciplinary integration.
Readiness
Procurement, fabrication, resources, permits, safety and assembly plan.
Execution
Installation, change control, testing, open items and handover.
FAQ
Questions that set expectations.
01Can MIET support engineering only?
Yes. The scope may cover a single phase or combine engineering, supply coordination, assembly, testing and handover.
02What information is needed for a proposal?
Objective, location, operating conditions, available drawings or surveys, interfaces, constraints, required date and acceptance criteria.
03Is commissioning included?
Only when expressly included in the proposal and responsibilities, utilities, protocols, safety and acceptance are defined.
A technical conversation starts with scope
