This position is listed on behalf of a partner company, who manages all applications and next steps. Our partner is looking for a Technical Lead - GPU Infrastructure based in Saudi Arabia.

This is a hands-on technical leadership role responsible for architecting and delivering a large-scale GPU infrastructure platform.

You will lead the evolution from managed Kubernetes workloads toward bare-metal GPU infrastructure, including Slurm-based research computing and Kubernetes-powered inference.

The role combines deep systems expertise with engineering leadership, team management, and direct ownership of architecture and delivery.

You will oversee a distributed team spanning backend, frontend, Dev Ops, QA, and documentation while maintaining high technical standards.

Your work will support research, model training, and managed inference workloads requiring reliable, scalable, and observable GPU compute.

You will also serve as the primary technical interface with infrastructure partners, hardware providers, and internal platform consumers.

This is an opportunity to shape the architecture and operational foundations of a sophisticated GPU platform in a fully remote environment.

Accountabilities

The Technical Lead will own the platform architecture and engineering delivery while remaining deeply involved in technical decisions, infrastructure operations, team leadership, and partner relationships.

Own the end-to-end platform architecture, including architecture proposals, high-level and low-level designs, technical reviews, and ongoing architecture documentation. Lead and line-manage a distributed engineering team across backend, frontend, Dev Ops, QA, and documentation. Establish engineering standards, oversee code and design reviews, manage release gates, conduct one-to-ones, and provide growth and performance feedback. Design, build, and operate a managed Slurm service supporting research and model-training workloads. Own Slurm controllers, accounting, partitions, login nodes, node onboarding, acceptance testing, driver and CUDA baselines, upgrades, stalled-job detection, node health, draining, autohealing, storage visibility, identity, and workload isolation. Lead GPU infrastructure operations on bare-metal environments, including NVIDIA drivers, CUDA, Fabric Manager, NVSwitch, DCGM, MIG, node burn-in, and acceptance processes. Own Kubernetes cluster bootstrap and lifecycle on partner-provided bare metal, including NVIDIA GPU Operator and Network Operator. Oversee GPU isolation using technologies such as Kube Virt and VFIO and manage day-two infrastructure operations, upgrades, backup, recovery, and node replacement. Define managed inference architecture covering serving, multi-GPU and multi-node parallelism, autoscaling, request routing, endpoint reliability, and confidential-compute capabilities. Establish observability across the control plane, GPU fleet, and application layers through metrics, logging, alerting, and SLOs. Lead incident response, post-incident reviews, and the development of an on-call model that is sustainable for a lean engineering organization. Act as the primary technical interface with infrastructure partners and vendors, translating requirements into written specifications and acceptance tests. Manage technical escalations with partners through resolution and contribute to capacity planning and hardware sourcing decisions. Work directly with research, model-training, and product teams to translate workloads into platform requirements and manage capacity constraints. Hire and develop members of the platform team while maintaining a high technical bar. Contribute to architecture decisions involving distributed systems, high-performance computing, networking, storage, virtualization, and GPU workloads.

Requirements

The ideal candidate combines deep hands-on GPU and infrastructure expertise with proven technical leadership experience. They should be comfortable operating complex production systems, making architecture decisions, leading distributed teams, and remaining close to the code and infrastructure.

8+ years of hands-on engineering experience, including at least 3 years leading teams responsible for infrastructure platforms used by other teams. Bachelor's or Master's degree in computer science, engineering, or a related field, or equivalent practical experience. Extensive hands-on experience operating Slurm in production, including slurmctld, slurmdbd, partitions, QoS, priority, accounting, prolog and epilog, node health, and upgrades. Experience operating HPC or GPU training clusters for research or model-development users. Strong experience operating NVIDIA GPU fleets on bare metal, including driver and CUDA lifecycles, Fabric Manager, NVSwitch, DCGM, MIG, node burn-in, and acceptance. Deep knowledge of Infini Band, subnet configuration, RDMA, SR-IOV, and diagnosing multi-node NCCL performance issues. Strong Linux systems expertise, including kernel modules, drivers, PCIe passthrough, vfio-pci, cgroups, namespaces, and performance tuning. Proven production Kubernetes experience covering control planes, upgrades, CNI, CSI, operators, custom controllers, and multi-tenancy. Experience with HPC storage and large-scale data movement, including shared filesystems such as VAST, Lustre, or NFS and node-local NVMe caching. Experience distributing large model weights and datasets across multiple nodes. Strong observability and operations experience with Prometheus, Grafana, Loki, or comparable platforms, including SLOs, incident response, and post-incident reviews. Working proficiency in Java Script and Node.js sufficient to review control-plane, CLI, and worker services and make architecture decisions. Experience delivering a multi-tenant Iaa S, Paa S, research computing service, or comparable platform with resource isolation, quotas, usage metering, APIs, and CLI interfaces. Demonstrated people leadership across time zones and the ability to lead cross-functional technical reviews. Strong written architecture and decision-making skills, including documenting alternatives and trade-offs. Confidence communicating technical decisions and respectfully challenging partners or executives when necessary. Excellent written and spoken English. Fully remote availability with a working location between UTC and UTC+5:30 to provide overlap with teams and partners across Europe and India. Willingness to travel occasionally to partner sites and team events.

Desirable Experience Includes

Slurm operators on Kubernetes, such as Soperator or Slinky, or Kubernetes-native schedulers such as Kueue, Volcano, KAI, or Kubeflow Trainer. Modern model-serving technologies such as v LLM, SGLang, or Tensor RT-LLM. GPU parallelism strategies, quantization trade-offs, and GPU memory planning. Multi-tenant GPU isolation using Kube Virt, Kata Containers, QEMU/KVM, Firecracker, or similar technologies. Confidential computing technologies such as Intel TDX, AMD SEV-SNP, or NVIDIA confidential-compute capabilities. Cluster API, kubeadm, Cilium, GPU autohealing, infrastructure as code, and Git Ops. Experience working on the operator side of a GPU cloud, university or national HPC center, or AI research platform. Peer-to-peer or distributed-systems experience. Experience working with hardware providers responsible for provisioning but not operating infrastructure, including establishing contracts and acceptance tests.

Benefits

100% remote position. Opportunity to lead the architecture and delivery of a sophisticated GPU infrastructure platform. High-impact technical leadership role spanning bare-metal GPU infrastructure, Slurm, Kubernetes, inference, and observability. Leadership responsibility for a distributed engineering organization across multiple technical disciplines. Significant ownership over architecture, engineering standards, delivery planning, and team development. Direct involvement with infrastructure partners and hardware providers. Opportunity to support advanced AI research, model training, and managed inference workloads. International and distributed working environment with colleagues and partners across Europe and India. Occasional opportunities for travel to partner locations and team events. Opportunity to work at the intersection of high-performance computing, AI infrastructure, distributed systems, and cloud-native technologies.

How Jobgether Works

We use an AI-powered matching process to ensure your application is reviewed quickly, objectively, and fairly against the role's core requirements. Our system identifies the top-fitting candidates, and this shortlist is then shared directly with the hiring company. The final decision and next steps (interviews, assessments) are managed by their internal team.

We appreciate your interest and wish you the best!

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