Saurabh Tiwari

Led AI-native engineering systems for Meta’s wearable ecosystem by integrating LLM-based agents into CI/CD pipelines for prompt-driven execution, validation, triage, and reporting. Reduced manual testing effort by ~60% and manual triaging by ~70% using agent-triggered validation and orchestrated self-healing workflows, with human-in-the-loop approvals and agent observability.

Led enterprise AI strategy and platform engineering for Samsung Knox security and mobility systems, transforming fragmented initiatives into a unified production-grade AI platform at global scale. Architected an AI control plane integrating LLMs, CV, and federated learning across orchestration, governance, and distributed enforcement for millions of devices, building and scaling a 100+ member glob

Built and scaled Samsung’s enterprise AI engineering capability for mobility and security platforms, moving the organization from isolated ML use cases to platform-driven AI systems. Founded and scaled a 25+ person AI engineering team, productionized foundational models for device authentication and secure analytics, introduced MLOps/model lifecycle practices, and reduced time-to-market for AI fea

Led platform engineering and carrier integration for Samsung’s mobile systems, delivering globally certified devices with strong cross-regional execution. Delivered platform-level capabilities (FOTA, GPS, and carrier-specific features), served as onsite engineering lead with AT&T for alignment on certification requirements, and launched multiple carrier-certified devices with zero critical defects

Developed core connectivity modules for Samsung’s mobile platforms, enabling scalable and reusable components across global product lines. Built and optimized Bluetooth and WiFi modules for Intel-based platforms to improve performance and reliability, collaborating with Samsung Korea and Intel Germany and reducing defect density by ~15%.

Led embedded software engineering during the Kyocera–Mindtree transition, ensuring stability of telecom stack delivery. Delivered key telecom stack features across voice, messaging, and connectivity, reducing delivery delays by 40% to improve engineering predictability and customer trust.

Contributed to core connectivity logic enabling seamless GSM↔WiFi handover based on real-time signal conditions. Improved stability and performance of the connection manager across OEM devices and supported integration of connectivity behavior on production systems.

Engineered Push-to-Talk (PTT) features in C for global operators. Supported OEMs in integrating PTT solutions into commercial devices and delivered core functionality for deployment.

Completed an MCA (Computers) program from 2001 to 2004.

Completed a Vocational Course in Computer Networks at IIT Kanpur.