Vertically-Integrated
Approach
From Specs to delivery
Vertical Integration Pipeline
From Concept to Qualified System.
Product Design
& Development
Every project begins with a thorough engineering phase where a multidisciplinary team defines the optimal architecture for each application. Mechanical, electrical, and firmware expertise is combined with advanced simulation and analysis tools to deliver solutions that meet the most demanding requirements from day one.
System Design
Mechanical Design
Electrical Design
HW / FW Design
FPGA Design
Thermal Simulation
Finite Element Method (FEM) Analysis
FMECA Analysis
RAMS Analysis
Risk Analysis
Project Management
Configuration Management
Obsolescence Management
Product Validation
Chassis & Enclosures
Manufacturing
The dedicated production facility in San Mauro Torinese spans 6,500 sqm and is equipped with state-of-the-art machinery for metalworking. Semi-finished aluminum, steel, and stainless steel enclosures are produced entirely in-house, ensuring precision and repeatability across every production run.
CNC Milling Machines
Punch Laser Station
Automatic Punching Stations
Automated Panel Bender
Bending Stations
Automated & Manual Welding Stations
Automated Foam Sealing & Gluing Center
SurTec Passivation Plant
Automatic Powder Coating Tunnel
Serigraphy & Digital Printing Laboratory
Large Build 3D Printer
Product Assembly
& System Integration
The integration laboratories at the Turin headquarters bring together hardware, firmware, and software into fully tested, mission-ready systems. As Intel Technology Providers and IPC-certified specialists, every assembly meets the highest standards for defense, aerospace, and critical infrastructure applications.
Electronic Board Integration
Server & Industrial PC Assembly
Electromechanical Assembly
System Integration
Industrial, MIL-spec & Custom Wiring
Operating System Installation
Embedded Real-Time Kernel Development
Software Application Development
Functional Testing
Electrical Safety Testing
Burn-In
Environmental Stress Screening (ESS)
In-House Validation
& Environmental Testing
The in-house environmental laboratory qualifies products against the most stringent military, aerospace, naval, and railway standards — without relying on external facilities. This accelerates development cycles and provides immediate feedback to refine designs before delivery.
Test Capabilities:
EMI / EMC Compliance
Temperature & Humidity Cycling
Shock & Vibration Testing
Acoustic Noise Measurement
IP Ingress Protection Testing (CEI EN 60529)
Salt Fog Testing
Qualification Standards:
MIL-STD-461 (EMC)
MIL-STD-810 (Environmental)
MIL-STD-167 (Mechanical Vibration)
RTCA/DO-160 (Avionics)
IEC 60945 / Lloyd's Register (Naval)
EU Compatibility
Product Lifecycle
Management
The commitment does not end at delivery. Every product is designed for long-term availability with comprehensive lifecycle services — from obsolescence monitoring and component traceability to repairs, maintenance, and technical support. Each unit ships with full documentation, anti-tampering identification, and a customizable acceptance test procedure.
Key Services:
Product Life Cycle Management
Obsolescence Notification & Mitigation
Full Component Traceability
Custom Acceptance Testing
RMA-based Repair & Maintenance
Dedicated FAE Technical Support
Extended Warranty Options
Engineering Capabilities
What GOMA Engineers Deliver.
System Architecture
Platform requirements, interface definitions, thermal budgets and SWaP-C² trade-off analysis from day one.
Mechanical Design
Enclosure design optimized for weight, structural integrity and thermal dissipation - validated through FEM analysis and CFD thermal simulation.
Electrical Design
Custom power distribution, signal conditioning, filtering and I/O interface design for MIL-grade power input tolerance.
HW / FW Design
Board-level hardware and firmware development including custom carrier boards, backplanes and embedded controllers.
FPGA Design
High-throughput, low-latency signal processing cores for video capture, encryption, sensor fusion and GPGPU interfacing.
FMECA & RAMS Analysis
Failure mode analysis, reliability/availability/maintainability/safety predictions to MIL-HDBK-217 and customer-specific methodologies.
Thermal Simulation
Computational fluid dynamics and thermal modelling to validate cooling strategies - conduction, forced air and cold plate.
Obsolescence Management
Proactive component lifecycle monitoring, last-time-buy strategies and redesign planning for 15+ year programs.
Manufacturing Equipment
Built With Precision.
CNC & Sheet Metal
CNC Milling Machines (aluminum, steel, stainless steel)
Punch Laser Station
Automatic Punching Stations
Automated Panel Bender
Bending Stations
Automated & Manual Welding Stations (TIG/MIG)
Surface Treatment & Finishing
SurTec Chromium-Free Passivation Plant
Automatic Powder Coating Tunnel
Automated Foam Sealing & Gluing Center
Serigraphy & Digital Printing Laboratory
Large-Build Industrial 3D Printer
In-House Test Lab
Test It. Qualify It. Ship It.
EMI / EMC
Full emissions & susceptibility testing in anechoic chamber
Temperature Cycling
Extreme cold to high temperature thermal stress
Humidity Cycling
Condensing and non-condensing humidity exposure
Shock & Vibration
Sinusoidal, random vibration and mechanical shock
Acoustic Noise
Sound pressure level measurement and analysis
IP Ingress Protection
Dust and water testing per CEI EN 60529
Salt Fog
Corrosion resistance for naval and coastal deployment
Burn-In & ESS
Extended thermal cycling under load for early failure detection
Certified Processes
Engineering You Can Trust.
UNI EN ISO 9001:2015
Quality Management System
International standard for quality management and assurance across all business processes.
AS 9100D/EN 9100:2018
Aerospace Quality
Quality management standard for the design and manufacture of aerospace and defence products.
AS 9120B/EN 9120:2018
Aerospace Distribution
Quality standard for the trade and distribution of electronic boards, mechanical and electronic equipment.
ISO 22163:2023
IRIS Railway
Railway-specific certification for electronic board design, system design and manufacturing processes.
ISO/IEC 27001:2022
Information Security
International standard for establishing, maintaining and improving an information security management system.
MIL-STD-810
Environmental Engineering
U.S. DoD standard defining laboratory test methods for temperature, humidity, altitude, vibration, shock and sand/dust validation.
MIL-STD-461
EMI/EMC Compliance
DoD standard governing electromagnetic interference and electromagnetic compatibility for defence electronic equipment.
MIL-STD-167
Mechanical Vibration
Specifies vibration testing requirements for shipboard equipment to withstand propulsion machinery and sea state conditions.
RTCA/DO-160G
Airborne Equipment
Primary environmental test standard for airborne electronics covering temperature, altitude, vibration, power input and lightning.
EN 50155
Railway Electronics
European standard for electronic equipment on rolling stock — temperature, power supply, shock/vibration and EMC requirements.
IEC 60945
Maritime Navigation
International standard for maritime navigation and radiocommunication equipment — environmental testing, EMC and safety criteria.
CE / EU Directives
European Conformity
EU conformity marking demonstrating compliance with safety, health and environmental requirements for the European market.
Two Facilities.
One Engineering Team.
Turin HQ
Strada Antica di Collegno 225 · Design, Integration, Testing
San Mauro Torinese
6,500 sqm CNC Mechanical Production Site
Contact
Any Mission Starts with a Conversation.
At GOMA Rugged Solutions, you talk to engineers - not salespeople. Tell us about your program requirements and we will identify the right platform, configuration and qualification path.