Managing Complexity in Engineering and Technology
A Technical Risk Assessment (TRA) focuses on identifying, analyzing, and mitigating risks within design, materials, and engineering processes. It ensures that technical assumptions and parameters underpinning complex projects are validated, verified, and reliable.
This assessment is essential in high-technology sectors such as aerospace, automotive, energy, and infrastructure—where design or material failure can result in severe operational or financial impact.
BQCIS brings deep multidisciplinary expertise—combining engineering, materials science, and reliability analysis—to deliver evidence-based insights. Using structured approaches such as FMEA, HAZID, and Fault Tree Analysis (FTA), our experts uncover potential weaknesses before they escalate into costly failures.
Key Technical Risk Activities
Key Benefits of Technical Risk Assessment
Reduced Design Defects
Identifying high-risk failure modes during the design phase helps prevent downstream engineering issues and costly rework.
Enhanced Product Reliability
Comprehensive technical risk analysis strengthens product safety and dependability throughout the lifecycle.
Validated Engineering Assumptions
Independent third-party reviews validate key engineering decisions, ensuring your designs meet operational and environmental demands.
Optimized Project Outcomes
Reducing technical uncertainty improves project planning, reduces warranty claims, and enhances overall client confidence.
Success Story
Design FMEA Prevents Major Product Recall
A leading consumer electronics manufacturer faced concerns about mechanical integrity in its new product line but lacked formal validation data to support launch readiness.
BQCIS facilitated a comprehensive Design FMEA session with the client’s R&D and manufacturing teams. The assessment identified critical stress points in the device housing likely to fail under repeated impact conditions.
The design team implemented a simple reinforcement bracket and improved assembly torque specifications, preventing a latent defect that could have caused widespread product failure post-launch. The fix saved the company millions in warranty costs and protected brand reputation.