Expertise
Twelve areas of expertise, two families of equal weight: the people who design, and the people who build.
SHEET 0Two familiesACENSI AERO · AX-01
Designing and building. Both are essential.
01
Engineering & Projects
The people who design, compute, integrate and steer.
- Aerospace engineeringDesign, analysis and substantiation of aircraft structures and assemblies.
- Systems engineeringArchitecture, requirements, integration and verification of complex systems.
- Mechanical engineeringMechanical design, mechanisms, landing gear, controls and equipment.
- Electrical engineeringElectrical networks, harnesses, installation and integration.
- AvionicsThe systems that give flight its intelligence: electronics, integration, testing.
- Software & embedded systemsEmbedded software, engineering tools and data serving the program.
- Project & program managementSteering cost, schedule, risk and configuration, from launch to entry into service.
02
Manufacturing & Operations
The people who turn design into hardware — and keep it flying.
- IndustrializationTurning the definition into controlled processes, routings and production means.
- Manufacturing & assemblyProduction, structural assembly, systems integration and skilled trades.
- QualityQuality assurance, control, inspection and non-conformance management.
- Supply chainProcurement, flow, logistics and planning in support of the production rate.
- Maintenance & operationsMaintenance, inspection and field support to keep aircraft in service.
SHEET AAerospace value chainACENSI AERO · AX-01
From idea to aircraft in service.
An aerospace program needs complementary skills at every stage. Pick a stage to see where ACENSI contributes.
Stage 01 / 09
Concept
- What happens
- Defining the need, candidate architectures and the key trade-offs.
- What ACENSI brings
- Systems engineers and program managers to frame requirements, risks and course.
Expertise involved
Stage 02 / 09
Engineering
- What happens
- Sizing, analysing, simulating: turning the architecture into solutions.
- What ACENSI brings
- Structures, stress, mechanical, electrical, avionics, software.
Stage 03 / 09
Design
- What happens
- Producing the definition: digital mock-up, drawings, files.
- What ACENSI brings
- Design engineers, designer-draftspeople, harness designers.
Expertise involved
Stage 04 / 09
Industrialization
- What happens
- Making the definition buildable: processes, routings, tooling.
- What ACENSI brings
- Methods and industrial engineers, process specialists.
Expertise involved
Stage 05 / 09
Manufacturing
- What happens
- Producing parts and sub-assemblies at the expected rate and quality.
- What ACENSI brings
- Technicians, production leads, manufacturing engineers.
Expertise involved
Stage 06 / 09
Assembly
- What happens
- Joining sections, integrating systems, wiring, testing.
- What ACENSI brings
- Assemblers, wiring technicians, integration engineers.
Expertise involved
Stage 07 / 09
Quality
- What happens
- Demonstrating the conformity of every part and every step.
- What ACENSI brings
- Quality engineers, inspectors, non-conformance specialists.
Expertise involved
Stage 08 / 09
Delivery
- What happens
- Finalising, documenting and delivering the aircraft or equipment.
- What ACENSI brings
- Configuration management, quality, supply chain, project control.
Expertise involved
Stage 09 / 09
Maintenance
- What happens
- Keeping the aircraft available, safe and efficient for decades.
- What ACENSI brings
- Maintenance technicians, inspectors, support engineers.
Expertise involved
SHEET BFind your expertiseACENSI AERO · AX-01
What does your program need?
Select one or more needs: the matching expertise and profiles appear.
6 matching areas of expertise
Aerospace engineering
Design, analysis and substantiation of aircraft structures and assemblies.
Structures engineer · Stress engineer · Design engineer · Materials engineer
Systems engineering
Architecture, requirements, integration and verification of complex systems.
Systems engineer · V&V engineer · Test engineer
Mechanical engineering
Mechanical design, mechanisms, landing gear, controls and equipment.
Mechanical engineer · Design engineer · Designer-draftsperson
Electrical engineering
Electrical networks, harnesses, installation and integration.
Electrical engineer · Harness designer · Test engineer
Avionics
The systems that give flight its intelligence: electronics, integration, testing.
Avionics engineer · Electronics engineer · Test engineer
Software & embedded systems
Embedded software, engineering tools and data serving the program.
Software engineer · Embedded software engineer · Test engineer
Project & program management
Steering cost, schedule, risk and configuration, from launch to entry into service.
Program manager · Project manager · Project engineer · PMO · Planner · Configuration manager
Industrialization
Turning the definition into controlled processes, routings and production means.
Methods engineer · Manufacturing engineer · Industrial engineer · Process specialist
Manufacturing & assembly
Production, structural assembly, systems integration and skilled trades.
Production lead · Aircraft assembler · Production technician · Wiring technician · Manufacturing engineer
Quality
Quality assurance, control, inspection and non-conformance management.
Quality engineer · Inspector · Quality specialist · Supplier quality engineer
Supply chain
Procurement, flow, logistics and planning in support of the production rate.
Supply chain specialist · Planner · Logistics specialist
Maintenance & operations
Maintenance, inspection and field support to keep aircraft in service.
Maintenance technician · Field technician · Inspector · Support engineer
Select at least one need.
STA 12 — Take-off
Ready for your next program?
One profile, a team or a complete setup: tell us what you need and we will get back to you.