PHM Technology is a leading provider of model-based engineering software that enables the commercial companies, Department of Defense (DoD), and defense contractors to design, analyze, and manage complex military weapon systems with greater safety, reliability, and mission readiness. Through its advanced Digital Risk Twin® technology, PHM Technology delivers a unified platform for assessing system performance, predicting failure modes, and identifying potential risks across the lifecycle of defense platforms. From aircraft and ground vehicles to naval systems and munitions, PHM Technology supports the DoD’s drive for innovation, accelerated certification, and enhanced operational resilience in modern military environments. 

Focus Area: CBM+/Predictive Maintenance

Frank (Matt) Juarez 
frank.juarez@phmtechnology.com 
830–431–7399 

Problem Statement:

Accurately identifying, assessing, and mitigating design, safety, and reliability risks for modern defense and aerospace systems are difficult to achieve  early in the product lifecycle. Traditional methods rely on fragmented tools, manual processes, and static models that limit the ability to perform comprehensive Failure Modes and Effects Analysis (FMEA), Functional Hazard Analysis (FHA), and Safety Case development in an integrated, traceable, and model-based environment.

Technology Solution Statement:

PHM Technology’s MADE (Maintenance Aware Design Environment) provides a model-based, integrated solution that enables engineers to systematically analyze, manage, and mitigate risks throughout the development lifecycle of complex defense and military systems. MADE transforms traditional, siloed engineering and safety processes by digitally connecting system design data with automated risk, reliability, and safety assessments.

Benefits Statement: 

MADE (Maintenance Aware Design Environment) by PHM Technology provides a model-based, automated engineering environment that delivers significant operational and program benefits. MADE enables faster, more accurate risk identification and mitigation, reduces manual engineering effort, and enhances traceability across the system lifecycle. By integrating safety, reliability, and maintainability analysis into the early stages of design, MADE helps defense programs reduce certification timelines, lower life cycle costs, and increase mission readiness—all while improving confidence in system safety and performance.

The software allows users to generate Failure Modes and Effects Analysis (FMEA), Functional Hazard Analysis (FHA), Fault Tree Analysis (FTA), and Safety Cases directly from system models, ensuring consistency, traceability, and compliance with defense standards.

MADE integrates with existing engineering data sources and supports iterative design processes, enabling real-time risk assessment and continuous improvement. By providing a single, authoritative environment for safety, reliability, and maintainability analysis, MADE reduces manual effort, improves data integrity, and accelerates the path to certification and operational deployment for military weapon systems.