Thanks to our multidisciplinary team, we combine industrial rigor with a spirit of innovation to bring ambitious projects to fruition, in compliance with the most demanding standards.

We have recognized expertise in electronics, IT and mechanical engineering. With our extensive and constantly updated design, methods and production resources, we are able to provide innovative, high-performance solutions fully adapted to your requirements.

 

Expressing and framing needs

We support you from the identification, definition and documentation of your project requirements, right through to the drafting of your product specifications, for flawless project execution.

Preliminary analysis

Kick-off meeting: Initial meeting to understand the context, issues and objectives of the project.
Information gathering: Assessment of current systems/products, analysis of existing documentation and various specific constraints (Normative, Technical and Process).

Definition of needs

Interactive work sessions with stakeholders to identify, define and clarify needs.
Interviews and questionnaires: complementary data collection methods to deepen understanding of your expectations.

Drafting of specifications

Requirements writing: Detailed description of functionalities, expected performance, technical and regulatory constraints.
Intermediate validation: Review of intermediate specifications by your teams to ensure accuracy and relevance of requirements.

Revisions and Finalization

Corrections and adjustments: Integration of your feedback and comments.
Final version: Validation and delivery of the final version of the specifications.

 

A precise and exhaustive definition of your needs is essential for the smooth development of your product:

  • Time savings: speed up the process of defining requirements and developing solutions.
  • Quality and precision: guarantee a high-quality document, facilitating the work of technical teams.
  • Cost control: avoid the extra costs associated with upstream modifications and specification errors.

Technical pre-study

We carry out an in-depth analysis of your project, assessing its technical feasibility and the associated risks. This leads to a technical and financial proposal, and project planning. Our strategic recommendations provide a clear, structured vision of the project before it is launched.

Project analysis

  • Identification and documentation of needs and functional, technical and normative requirements, etc.
  • Study of the context and environment in which the project will be carried out,
  • Assessment of constraints and identification of project-specific opportunities.

Assessment of technical feasibility and associated risks

  • Analysis of available and appropriate technologies for the project.
  • Project risk analysis and action plan (risk control and reduction)
  • Study of the compatibility of proposed technical solutions with existing systems.

Drawing up a technical and financial proposal

  • Estimate of costs and human and material resources required to complete the project,
  • Estimate production costs and piece prices.

Project planning

  • Definition of project milestones.
  • Drawing up a schedule with precise deadlines.
  • Allocation of resources and definition of the responsibilities of the various stakeholders.

Strategic recommendations

  • Advice on best practices and strategies to ensure project success.
  • Identify opportunities for optimization and cost reduction.
  • Proposed contingency plans to manage unforeseen events and changes.

This methodical and comprehensive approach enables ANNECY ELECTRONIQUE to provide a solid foundation for the realization of complex projects, ensuring a clear understanding of the objectives, the means to be implemented and the expected results.

Mock-ups and proofs of concept

Proof of concept (PoC) is a crucial phase in transforming ideas into tangible models. We create functional mock-ups that clearly illustrate the functionality and design envisaged for your project.

These mock-ups enable us to identify any technical bottlenecks and, thanks to invaluable feedback from your teams, to refine and improve the proposed solution. They play a decisive role in demonstrating the technical feasibility of ideas and testing the key hypotheses of all or part of a project.

We use advanced technologies and tools to create realistic, high-performance PoCs, while minimizing costs and lead times.

This approach enables innovative concepts to be tested quickly and efficiently, their viability assessed and any necessary adjustments made before moving on to the next stage of development.

Design, integration, validation

We design and develop your product to meet the technical and functional requirements of your project.

Preliminary design

  • Functional design: Definition of the technical solution for each aspect, system architecture (electronics, software, mechanics).
  • Technical specifications: Drafting of requirements matrices and detailed technical specifications.
  • Ecodesign: Lifecycle analysis, choice of sustainable materials and energy optimization.

Development

  • Electronic design: component selection, schematics, placement, routing with a carbon footprint reduction approach.
  • Software development: coding, unit testing, user interface development.
  • Mechanical design: 3D design, choice of materials, structural and thermal analysis to minimize environmental impact.

Integration and Testing

  • Systems integration / Prototyping: Assembling the various parts (electronics, software, mechanics) into a complete system.
  • Integration tests: Verification of the proper functioning of each component and of the integrated system with sustainability criteria.

Validations

  • Functional validation: In-depth testing to ensure that the product meets functional and environmental requirements.
  • Customer validation : Presentation to the customer and iterative adjustments.

Technical file

  • Compliance with applicable electrical, ESD, EMC, mechanical, climatic and environmental standards and regulations.
  • CE marking technical file

Industrialization and production

Our ISO 9001 and ISO 14001-certified production facilities, along with all the company’s processes, guarantee our capacity to industrialize and produce small and medium-sized series, offering optimum flexibility and quality to meet the varied needs of our customers.

Manufacturing file

  • Technical documentation: design drawings, material specifications, electronic schematics, component lists (BOM).
  • Test procedures and resources: Protocols and test benches for components, sub-assemblies and final products.
  • Operating procedures: assembly and quality control instructions.

Supplier selection

  • Selection and evaluation: Identification and qualification of suppliers on the basis of quality, costs and lead times.
  • Contracts: Negotiation of conditions including quality, deadlines and non-conformity management.

Setting up production resources

  • Equipment : Installation of test equipment and series production.
  • Layout: Optimizing facilities for efficient workflow.
  • Training: Training operators and technicians in new procedures.

Production Validation

  • Pilot production: Launch of a pre-production run to validate processes.
  • Reviews and Audits: Evaluation and adjustments based on pilot production results.

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Our technical skills

Electronics
  • Development of complex electronic boards
  • Digital: SoC, ATMEL, Microchip, IMX, STMx, Texas MSP, Renesas, NXP, Arduino ESP, etc…
  • Analog: Acquisition, sensors and processing
  • Communication: CAN (LS, HS, FD), Ethernet, Wifi, BLE, SPI, I2C
  • Multilayer PCBs, SMD & through-hole components
  • Tools: Cadstar, Altium, LT Spice

 

On-board & off-board software
  • Linux, Windows, QNX operating systems
  • Embedded & real-time applications, Drivers, HAL, …
  • Web application, Angular Framework, Node.js, HTML, CSS, JS, PHP
  • Language C, C++, Qt, Java, Python, .Net, Assemblers, UML, SysML
  • Continuous integration and automatic testing JENKINS, GITLAB CI/CD

 

Protocols
  • Wifi, Ethernet, TCP/IP, UDP, Bluetooth & BLE
  • CAN, CANOpen, LIN, J1939, DoCAN, DoK-Line, DoIP, KWP2000, UDS, etc…

 

Mechanical engineering
  • Mechanical design and integration,
  • Prototyping and 3D printing
  • Tools: Solidworks

 

Standards
  • ISO9001 & ISO14001
  • CE, electrical safety IEC/EN 62368, ROHS, REACH, Machine Directive,
  • EMC EN 301489, EN 55032, EN 55035, Radio EN 300328, EMF EN 62479