Reliability, Maintenance & Managing Risk
A week of short courses on Reliability and Risk
July 20-23, 2026
Huntsville, AL
Courses - Vinayak (Viny) Hegde
Reliability Strategy vs. Tactical Planning – Aligning DfR, ALT, RDT, and Growth Models to Business Objectives
In many organizations, reliability efforts fail to deliver measurable business impact due to a disconnect between high-level strategy and day-to-day execution. This session bridges that gap by establishing a structured framework that aligns Design for Reliability (DfR), Accelerated Life Testing (ALT), Reliability Demonstration Testing (RDT), and reliability growth models with overarching business objectives such as cost, quality, and time-to-market. Attendees will learn how to transition from reactive, test-driven approaches to a proactive reliability strategy that integrates cross-functional inputs, supports decision-making, and drives predictable product performance. Real-world examples will demonstrate how to balance technical rigor with business priorities to maximize ROI from reliability investments.
Key learning objectives include the following:
- Understand the distinction between reliability strategy and tactical execution
- Learn how to align DfR activities with product lifecycle and business goals
- Develop structured approaches for ALT and RDT planning tied to risk and usage conditions
- Apply reliability growth models to track and improve system performance
- Integrate reliability metrics into executive-level decision frameworks
- Balance speed-to-market with reliability assurance using risk-based methodologies
FRACAS Implementation and Closed-Loop Reliability Systems
A well-executed Failure Reporting, Analysis, and Corrective Action System (FRACAS) is fundamental to achieving continuous reliability growth, yet many organizations struggle with incomplete implementation and lack of closed-loop effectiveness. This session provides a comprehensive guide to designing and operationalizing a robust FRACAS framework that ensures failures are systematically captured, analyzed, and resolved with measurable impact. Participants will explore how to integrate FRACAS with reliability growth models, field data, and cross-functional teams to create a sustainable feedback loop from design through post-market surveillance. The session emphasizes practical deployment strategies, data integrity, and governance models that drive accountability and long-term reliability improvements.
Key learning objectives include the following:
- Understand the architecture and essential elements of an effective FRACAS system
- Learn how to establish closed-loop corrective action processes with traceability
- Integrate FRACAS with reliability growth tracking and field performance data
- Define roles, responsibilities, and governance for cross-functional ownership
- Utilize failure data to prioritize corrective actions and design improvements
- Implement metrics and dashboards to monitor system effectiveness and closure rates
- Drive cultural adoption of reliability as a continuous improvement discipline
Vinayak (Viny) Hegde
Viny is a seasoned Reliability Engineering leader with over 25 years of experience across medical devices, aerospace, automotive, and industrial systems. He is a doctoral candidate in Industrial and Systems Engineering, with a results-driven approach focused on advancing reliability methodologies for complex, safety-critical systems. Viny has built and scaled reliability programs for robotic surgical platforms and capital medical equipment, bringing deep expertise in Design for Reliability (DfR), accelerated life testing (ALT), reliability demonstration testing (RDT), FRACAS implementation, and ensuring essential performance in highly regulated environments. He is known for aligning reliability engineering practices with business objectives to drive product quality, reduce lifecycle risk, and enable predictable performance.
Viny is deeply committed to advancing reliability as both a technical discipline and an organizational capability. He has contributed to the reliability community through IEEE RAMS publications and leadership roles and is also an active member of the ASQ Reliability and Risk Division (RRD) committee. He actively promotes knowledge sharing through structured learning sessions and cross-functional engagement, helping teams translate complex reliability methodologies into practical execution. His work emphasizes closed-loop reliability systems, data-driven decision-making, and building a sustainable reliability culture to deliver measurable and lasting impact across organizations.