Top Linux Jobs in San Diego, CA

Plans and executes functional, regression, integration, system, cyber survivability, performance, and security testing for mission-critical Army software systems. Develops test strategies, plans, cases, scripts, traceability matrices, and reports; manages defects; supports automated testing, test environments, data preparation, and release decisions. Coordinates testing across engineering, program management, vendors, and stakeholders while ensuring compliance with DoD acquisition and testing policies.

Leads software engineering teams delivering scalable, secure SaaS healthcare platforms. Responsibilities include team development, architecture, coding standards, quality practices, release execution, cloud systems, AI-assisted engineering, DevOps, CI/CD, Agile processes, resource planning, and cross-functional collaboration. The role requires hands-on technical leadership, offshore and onshore team management, continuous improvement, and communication with executive stakeholders.

Manage Azure cloud infrastructure, including compute, storage, networking, load balancing, DNS, security, monitoring, and logging. Build CI/CD pipelines and secure Linux machine images, implement Infrastructure as Code, troubleshoot deployments, and improve application reliability. This two-month contractor engagement requires independent delivery of production-quality infrastructure, with opportunities to support multi-cloud environments and confidential computing.

Lead the architecture and hands-on development of an AI-enabled automation and product engineering capability. Build secure sandbox and transition environments, define API, integration, microservice, data, cloud, and model deployment standards, and guide prototypes into enterprise-ready solutions. Partner with engineering, cybersecurity, ERP, infrastructure, and data teams to integrate solutions with existing systems. Mentor developers, ML engineers, and platform engineers while establishing reusable architectures, tooling, governance, and technical guardrails.

Designs and analyzes mechanical components and assemblies for aerospace and mission-critical applications. Performs structural, vibration, thermal, and static analyses; creates and reviews drawings; supports manufacturing, production, testing, quality resolution, troubleshooting, and R&D. Collaborates with RF, manufacturing, production, QA, customers, vendors, and sales while ensuring design-for-manufacturability, aerospace compliance, documentation quality, and continuous improvement.

Develop 3D models and engineering drawings for bulk material handling systems using Revit, Tekla, and AutoCAD. Model conveyors, chutes, equipment, structural steel, platforms, and supporting structures; review vendor information; coordinate models; identify constructability issues; and occasionally collect field measurements at job sites.

The Analog Design Engineer will design and deliver analog/mixed-signal circuits, collaborating with various teams for successful silicon production. Responsibilities include developing specifications, circuit design, simulation, and troubleshooting to ensure quality outcomes.

QA automation engineer responsible for designing, developing and executing automated tests for web, mobile and service APIs. Work in Agile teams, produce test artifacts (RTM, test cases), integrate automation into CI/CD, support test data setup, report defects, and collaborate with stakeholders to define acceptance criteria and deployment activities.

Design, simulate, fabricate, and characterize micro- and nano-electronic devices for wireless brain stimulation. Perform cleanroom photolithography, thin-film deposition, etching, and electrical/material characterization. Collaborate with biomedical partners to explore implant applications.

Internship role to design and implement automated testing using low-code/no-code platforms. Create, maintain, and run automated test cases, document and track defects, produce test plans and reports, improve test coverage, and communicate progress with clients and teams. Involves end-to-end responsibility from planning through deployment and incorporation of feedback.