Embedded Structural Health Monitoring System for Real‑Time Infrastructure Diagnostics (Structural Health Monitoring System and Associated Methods, Tech ID: 15‑003)
Technology Overview: This technology provides an embedded structural health monitoring (SHM) system designed to continuously assess the integrity and condition of critical infrastructure. By integrating distributed sensing and intelligent data processing, the system detects structural changes such as stress, fatigue, or damage in real time. The platform supports predictive maintenance strategies, enabling operators to identify issues before failures occur and extending the operational lifespan of assets.
Industry Pain Point: Conventional infrastructure inspections are labor‑intensive, infrequent, and often fail to detect early‑stage structural degradation.
NJIT Solution: This system enables continuous, real‑time structural diagnostics, improving safety and reducing maintenance costs.
Key Features & Advantages
- Continuous, real‑time structural monitoring
- Early detection of damage and fatigue
- Enables predictive maintenance strategies
- Reduces inspection and downtime costs
Development Stage: TRL 5–6 – System validation completed in representative environments.
Target Markets
- Civil infrastructure and transportation
- Energy and industrial facilities
- Smart infrastructure systems
Market Opportunity
- Global structural health monitoring market (2026): ~$4.5B
- CAGR: ~12–13%
- Projected market size (2035): ~$12–14B
Commercial & IP Details
Inventors: William Contreras, Sotirios Ziavras