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Engineering Manager – AI Engineering

Meesho · On-site

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Last checked by MeritLog September 13, 2026Source: LeverSource version: lever-postings-v1

Source: the employer's Lever job board. Open the original listing for current details. Availability is not verified for this retained page.

Job details

Work model
On-site
Salary
Not listed by source
Location
Bangalore, Karnataka

Job description

About Meesho Meesho is India's fastest-growing internet commerce company, on a mission to democratize e-commerce for everyone. We serve millions of customers and over 1.75 million sellers through technology-driven innovation, building the scalable systems that power Meesho's most critical surfaces - Search, Recommendations, Personalized Ranking, Logistics, Fraud Detection, and Image Match. The AI Platform sits at the heart of this. It serves a peak of 1M+ real-time deep-learning model inferences per second on ordinary days, scaling 3x+ on sale days - with the reliability that scale demands. The team works at the frontier of applied AI and infrastructure - multi-region inference, novel embedding-search algorithms, and optimized open-weight LLM models - squeezing out every bit of computation and passing the cost savings straight back to customers. About the Role We are looking for an experienced Engineering Manager – AI Engineering to lead the development of scalable AI platforms and infrastructure while managing high-performing engineering teams. You will drive the design, delivery, and optimization of production-grade AI systems powering AI use cases across Meesho. What You'll Do • Lead, mentor, and grow a team of AI engineers - setting technical direction, raising the engineering bar, and owning execution and delivery end to end. • Architect and scale Meesho's AI platform: cross-region model inference, multi-GPU fleet allocation and management, distributed training, and feature-engineering infrastructure. • Drive inference optimization across the full stack - GPU kernel tuning, quantization (including outlier/tail-distribution handling), and memory/IO-bandwidth optimization - while building agents that codify and delegate known optimization procedures. • Optimize open-weight models at both the model and inference-engine level - distillation, quantization, speculative decoding, KV-cache and serving-engine tuning. • Scale data-science productivity through autonomous, agent-driven workflows spanning feature engineering, model training, and rollout. • Push the frontier across MLOps, LLMOps, compute efficiency, and distributed ML systems. • Partner with Product, Data Science, and Platform teams to turn AI capabilities into production impact for millions of users. • Own the team's operating rhythm: hiring, performance management, sprint planning, and OKRs. What You'll Need • Bachelor's or Master's in Computer Science or a related field. • 9+ years of software engineering experience, including 2+ years managing engineers. • Strong hands-on experience with the modern LLM inference stack - TensorRT-LLM, vLLM, SGLang - and with production, low-latency model serving at scale. • Depth in inference optimization: GPU kernel tuning, quantization, speculative decoding, KV-cache and memory/IO optimization. CUDA / GPU programming experience is a strong plus. • Experience with distributed training and the frameworks behind it - PyTorch FSDP, DeepSpeed, Megatron, or Ray. • Experience running GPU fleets in production - Kubernetes (ideally GKE), GPU scheduling and allocation, and multi-region/multi-cluster deployment. • Familiarity with building LLM-powered agents and agentic workflows, and a point of view on where autonomy can replace manual engineering toil. • Experience with big-data and streaming stacks - Spark, Flink, or similar. • Proficiency in Python; systems-level fluency (C++ / Go / Rust) for performance-critical paths. • Strong leadership, problem-solving, and stakeholder-management skills. Preferred • Open-source contributions to inference engines, training frameworks, or ML infra tooling. • Experience managing GPU cost/efficiency (FinOps) for a large fleet on Cloud and Neo-Clouds. • Track record building platforms for high-scale consumer products (millions of users). • Familiarity with observability and reliability for ML systems (SLOs, autoscaling, incident response).

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