High-integrity Systems Engineer with over 5 years of experience bridging the gap between Hardware-Software Integration (HSI) and Cloud Native Architectures. Specialized in transitioning safety-critical engineering principles from aerospace (Rolls-Royce) to scalable AWS/GCP cloud environments.

• Current Focus: Developing high-availability serverless backends and automating Infrastructure as Code (IaC) to optimize operational yield.
• Aerospace Foundation: Proven expertise in DO-178B/C compliance and MC/DC for Rolls-Royce engine systems—ensuring 100% reliability in mission-critical environments.
• Technical Philosophy: Leveraging automation to eliminate decision fatigue and technical debt through rigorous validation and fault-injection testing.

• Architected a serverless backend using AWS Step Functions and Lambda to orchestrate complex educational data workflows.
• Optimized relational data performance by implementing advanced indexing and query optimization in PostgreSQL (RDS).
• Result: Reduced system latency and improved data consistency for multi-tenant registration modules.

• Developed a Python-based automation framework for tracking hardware performance metrics and battery health optimization.
• Deployed scalable monitoring agents on GCP Compute Engine utilizing Load Balancing for high-availability reporting.
• Result: Enabled real-time fault detection and hardware-level performance auditing.

• Engineering Experience: 5+ Years (Aerospace & Cloud Systems)
• Key Projects: Rolls-Royce Control Systems, Semiconductor Yield Analytics, Educational SaaS Backend.
• Interests: Silicon Validation, Infrastructure Automation, and High-Performance Computing.

• LinkedIn: linkedin.com/in/renangisridhar
• Email: [sridharkrrenangi@gmail.com]
• Location: Hillsboro, Oregon (Greater Area)