Rahul Anand Sharma

ML Systems Engineer @ Google Cloud

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Mountain View, CA

Email

Resume / CV

I am an ML Systems Engineer & Researcher at Google Cloud, specializing in hardware-software co-design, distributed accelerator systems, and high-performance inference.

At Google Cloud, I focus on inference optimization of Gemini models across GPUs and TPUs, and previously drove accelerator enablement and scaling analyses for TPU v7 (Ironwood) (Google Cloud Tech Impact Award, 2026).

Earlier, I was an Applied Scientist at AWS architecting GenAI root-cause analysis for Apache Spark at hyperscale (Amazon Q), completed my Ph.D. in Electrical & Computer Engineering at Carnegie Mellon University (CyLab, CIT Dean’s Fellow), and conducted systems research at Microsoft Research (FarmBeats, DeepEdge).

My work spans 15+ publications in top systems and security venues (SIGCOMM, NSDI, USENIX Security), 2 US patents, and systems recognized by GatesNotes, Satya Nadella, and the front page of Hacker News.

15+
Top Systems Papers
(SIGCOMM, NSDI, Security)
2
Granted US Patents
(Distributed AI & Sensors)
450+
Citations & Keynote
Features by Tech CEOs
2026
Google Cloud
Tech Impact Award

Core Focus
  • LLM Inference Optimization: Gemini model serving across GPUs and TPUs, KV-cache optimization, model parallelism, and low-latency runtimes.
  • Accelerator Infrastructure & Scaling: TPU v7 (Ironwood) cluster scaling, collective communication, and interconnect bottleneck modeling.
  • Systems & Network Security: Active network testing at hyperscale, ML-driven telemetry, and wireless sensing.

Selected Recognition & Press

AWS Official Launch: Architected and introduced Generative AI troubleshooting for Apache Spark in AWS Glue (Amazon Q).
Lumos hidden device localization featured on the front page of The Hacker News, Der Spiegel, and Technical.ly.
FarmBeats highlighted by Bill Gates on GatesNotes: Can Computers Help Feed the World?
Sports AI research featured by Microsoft CEO Satya Nadella in his Keynote Address.
Broadcast sports AI research covered by The Washington Post, NDTV, and The Register.

Flagship Systems & Research

USENIX Security '22 Front Page HN
Lumos: Hidden IoT Localization

Mobile sensing system leveraging 802.11 PHY/MAC features and AR to identify and localize hidden IoT cameras and devices with 95% accuracy.

ACM SIGCOMM '20 Cloud QoS
Contention-Aware VNF Prediction

ML-driven contention-aware predictor for virtualized network functions (VNFs) to model resource bottlenecks and guarantee cloud QoS under multi-tenant workloads.

USENIX NSDI '19 US Patent
DeepEdge: Distributed Edge AI

Edge-cloud scheduling framework optimizing DNN inference pipelines under severe compute and bandwidth constraints, enabling graceful performance degradation.

ACM CoNEXT '22 Benchmarking Suite
Lumen: IoT Anomaly Detection

Modular benchmarking framework resolving domain-shift degradation and systematically evaluating ML network anomaly detection across 100+ commercial IoT devices.