Top Linux Jobs in Dallas, TX

Leads infrastructure engineering across VMware, OpenShift, Linux, and Windows environments. Designs and maintains virtualized and bare-metal platforms, troubleshoots complex issues, and drives automation using Shell, Terraform, and Ansible. Manages provisioning, patching, monitoring, CI/CD integration, networking, storage, security, and compliance activities. Supports Tier 3 data center operations and validates AI-assisted recommendations for secure, resilient, auditable infrastructure outcomes.

Leads architecture and implementation of unified camera BSP infrastructure across Linux and Android. Responsibilities include camera driver development, Android Camera HAL integration, device-tree configuration, sensor bring-up, ISP and image-quality tuning, media validation, stress testing, CSI and PHY debugging, vendor coordination, and technical documentation. The role requires strong embedded C/C++ expertise and experience with V4L2, Linux kernel camera drivers, Android, Yocto, AOSP, and Qualcomm camera pipelines.

Develop and maintain embedded firmware for Android and Linux products on ARM platforms. Responsibilities include kernel and OS development, device drivers, device tree configuration, hardware interfacing, debugging, feature implementation, performance optimization, testing, technical documentation, and field escalation support across the software development lifecycle.

This role involves the design, development, and implementation of systems engineering activities, focusing on Java application deployment in Linux WebSphere environments while also supporting automation, troubleshooting, and performance tuning.

The Linux Developer will manage and optimize Linux servers, perform configurations, ensure security, and implement DevOps practices.

Lead the design, deployment, and lifecycle management of secure, scalable container runtimes and OS platforms. Collaborate across teams to implement best practices for Docker/Kubernetes, CI/CD, packaging, and kernel-level Linux work while driving reliability, security, and low-downtime operations.