Mechanical Engineering
From concept to production, we engineer what lasts
Mechanical engineering plays a central role in the success of every smart metering and embedded system project. At Andrea Informatique, mechanical design is not an isolated discipline — it is fully integrated into our multidisciplinary approach, where hardware, software, and mechanical teams work together to achieve reliability, performance, and industrial scalability.
Mechanical engineering plays a central role in the success of every smart metering and embedded system project. At Andrea Informatique, mechanical design is not an isolated discipline it is fully integrated into our multidisciplinary approach, where hardware, software, and mechanical teams work together to achieve reliability, performance, and industrial scalability.
Our mechanical department specializes in the design, simulation, and optimization of enclosures and assemblies for smart meters, communication modules, and test equipment. The goal is to ensure that each product combines technical precision, regulatory compliance, and manufacturability, while maintaining an optimal balance between robustness, cost, and aesthetics.
Whether developing prototypes for validation or supporting large-scale industrialization, Andrea’s mechanical engineers contribute their expertise at every stage from concept definition to certification and production launch.
Mechanical Design and Integration
Andrea’s mechanical design process begins with a deep understanding of the functional and environmental requirements of each project.
Our engineers work closely with electronic designers to integrate printed circuit boards, antennas, sensors, and connectors in the most compact and thermally efficient way possible.
Every enclosure is designed to meet IP, IK, and EMC standards, ensuring protection against water, dust, shocks, and electromagnetic interference. The design phase also includes 3D modeling, structural simulations, and material studies, helping us anticipate deformation, stress, and vibration under real-world conditions.
We use industry-leading CAD tools such as CATIA, and Fusion 360, enabling rapid iterations and accurate validation. Each design goes through multiple review cycles — mechanical architecture, mounting strategy, sealing optimization — to ensure perfect fit with electronic and RF components.
Simulation and Validation
Simulation is at the heart of Andrea’s mechanical process.
Before manufacturing any prototype, our teams perform thermal, structural, and vibration simulations to predict mechanical behavior under operational conditions.
Thermal analysis ensures that electronic components maintain optimal temperature even in harsh environments, while vibration and impact studies validate long-term durability for field-deployed devices.
We also conduct mechanical testing campaigns, combining laboratory analysis and real-world validation, to confirm compliance with industrial and environmental norms.
This rigorous validation process minimizes design risks, reduces costs, and guarantees that the final product can withstand years of operation in demanding conditions.
Prototyping and Industrialization
Once the mechanical design is approved, Andrea supports clients through the prototyping and pre-production phases.
Our facilities include additive manufacturing capabilities for rapid 3D printing of functional prototypes, as well as partnerships with specialized suppliers for injection molding, machining, and surface finishing.
Each prototype undergoes dimensional control and functional testing to verify its compliance with specifications. These iterations enable fast optimization before launching large-scale production.
During the industrialization stage, Andrea assists in defining tooling, tolerances, and assembly procedures, ensuring that designs transition smoothly from lab to factory while maintaining consistent quality and performance.
Collaboration with Other Disciplines
One of Andrea’s key strengths lies in its cross-disciplinary collaboration.
Mechanical engineers work hand-in-hand with software and electronics teams to anticipate integration challenges, electromagnetic compatibility issues, and ergonomic constraints.
This synergy guarantees that the mechanical design not only protects the system but actively contributes to its functionality — whether by optimizing antenna placement, managing heat dissipation, or facilitating maintenance access.
Andrea’s holistic approach ensures that every mechanical decision aligns with electrical, RF, and firmware constraints — a critical advantage for utilities and manufacturers targeting certified, high-performance smart devices.
Research and Continuous Improvement
Andrea invests continuously in research and innovation in mechanical design.
Our teams experiment with advanced materials, additive manufacturing techniques, and lightweight structures to improve resistance and reduce environmental impact.
We also explore new design methodologies integrating digital twins and multi-physics simulation, allowing faster development cycles and better predictive accuracy.
This ongoing R&D effort strengthens Andrea’s position as a partner capable of delivering mechanical solutions that combine technical excellence, cost efficiency, and sustainability.
