MECHANICAL ENGINEERING
Mechanical & Structural Integration
Design of structures, mechanisms and components conceived to incorporate additional energy and functional elements.
TECHNICAL BACKGROUND
Technology we can build.
FET combines multidisciplinary engineering, integration, prototyping, testing and production capabilities to turn innovative functions into real components and working systems.
Engineering → Integration → Prototyping → Testing → Production
MULTIDISCIPLINARY ENGINEERING
Different technologies, one integrated development process.
Our projects often require mechanical, electrical, electronic and energy-related functions to be developed together. The technical background of FET is built around this integration.
ENERGY CONVERSION
Photovoltaics & Energy Harvesting
Integration of photovoltaic elements and other transducers into surfaces, structures and autonomous systems.
ENERGY STORAGE
Batteries, Storage & BMS
Battery systems, storage architectures and management electronics developed according to the needs of the host application.
CONTROL
Electronics, Control & Monitoring
Electronic control, sensing, communication and energy-management functions integrated into the overall system.
FROM DESIGN TO HARDWARE
Development continues until the system works.
Engineering is followed by physical realization. Prototypes and experimental systems allow functions, interfaces and performance to be verified before consolidation.
01
Design
Define functions, architecture and interfaces.
02
Prototype
Transform the design into physical components and systems.
03
Test
Verify operation, integration and performance.
04
Consolidate
Refine the solution for repeatable realization.
PRODUCTION CAPABILITY
Engineering with realization in mind.
FET develops products and components with attention to how they can actually be manufactured and assembled. Internal capabilities and selected external processes are combined according to the technology and scale required.
This allows development activity to remain closely connected to real production constraints rather than stopping at the conceptual stage.
TECHNICAL CAPABILITY
From an innovative function to a working product.
Our technical background supports the complete path from engineering and integration to prototyping, validation and production of real systems.