The know-how and skills of the group's teams cover the entire life-cycle of your projects.
Whether it is electronics and optics, automation and industrial information, mechanics and hydraulics, electrical engineering or LV/HV electricity, the engineers in our various design offices support their customers throughout their project.
ELECTROTECHNICS
AUTOMATION AND INDUSTRIAL IT
MECHANICS AND HYDRAULICS
HV/LV ELECTRICITY
Development plateforms
Prelimenary design
- Feasibility study
- Process study
- Analysis and Diagnosis
- Obsolescence study
Specification
- Definition of architectures
- Dimensioning
- Justification
- Preliminary design
- FMECA
- Reliability calculation
Implementation / Commissioning
- Equipment manufacturing
- Integration
- FAT/SAT and IQ, OQ, PQ qualifications
- Commissioning
- User training
- Customer services/Maintenance
Design
- Detailed design
- Development
- Modeling
- Prototyping
- Internet Service Provider
Our skills
The teams carry out development (Freescale, Intel, STM, NXP, FGPA, Xilinx, Lattice, Altera, Actel and under environments such as Linus, CMX, WE. We also matter the following protocols: CAN, CAN OPEN, CAN SAFETY, TCP/IP, Ethernet, Profibus et Wifi. Our electronic design office engineers and technicians specializes in : product architecture, electronic design (hardware & software), mechanical design, product qualification, product validation, industrialization. The design office is responsible for the following tasks : design and development of embedded systems, test and measurement equipment, recovery of “built to print” files / obsolescence treatment, product expertise / after-sales service support and et quality department.
Our teams are experienced to make your products well established, development and design rules recognised for their level of excellence (DO178 and DO254, SIL), while ensuring the required environmental standards (RTCA DO-160, MIL- STD-810, MIL-STD-704, MIL-STD-461, MIL-STD-462, EN 61000, STANAG 4236, GAM EG13, ISO 7637, AECTP 300/400, EN 2282), all reinforced by the reliability calculations (FMEA, fault catalog, fault tree, MILBDBK217F, FIDES2009, NPRD95 ..) allowing AE to be accredited by many recognised industry actors.
Involvement
- Computer-assisted proofreading
- Design
- Validation
- Qualification
- Industrialization
- Expertise
- MCO
Flexibility
- Varied customer referential
- Design from scratch or renovation
- Adaptation to customer standards
- Consideration of the specific constraints of many applications
- Rapid identification of solutions to hazards
Expertise
- REX recognised in aero-defence applications
- Co-located multi-trade team
- Control of the development cycle
- Tools and ability for customer requirements analysis
These are the major assets of the electronic design office offer
Preliminary design
- Feasibility study
- Process study
- Diagnostic
- Obsolescence study
- Functional analysis
- Technical assistance
Specification
- Definition of architectures
- Dimensioning
- Justification
- Prelimenary design
- FMECA
- Reliability calculation
Design and validation
- Detailed design
- Development
- Production and integration
- Test: qualifications (IQ, OQ)
- Start-up
- Commissioning
- Documentation
They use for this tracking tools:
- Microsoft Planning
- Documentation, configuration monitoring, quality scheme, table of requirements, risk management.
- Orders, Octal CAPM
- Tracking/ SVN, Redmine developments
Fields of expertise
- Analog electronic (Low/high power, high voltage, high temperature)
- Sensors
- Aeronautical, space and industrial ignition systems
- Emergency cockpit indicators (temperature, speed, torque)
Preliminary design
- Feasibility study
- Collaborative project
- R&T
Design
- Design to specification
- Maintenance in Operational Conditions
- Obsolescence management
Testing means: climatic chambers, vibration equipment, HALT chamber
CAD software (Solidworks, Cadence-Orcad)