Top Linux Jobs in San Diego, CA

Lead the design, optimization, and evolution of Azure and hybrid infrastructure platforms. Responsibilities include Azure networking, hybrid connectivity, cloud architecture, migrations, infrastructure automation, secure and resilient solution design, performance and cost optimization, and collaboration on Zero Trust practices. The role also involves mentoring engineers, influencing cloud strategy, and evaluating emerging technologies such as Azure OpenAI, IoT, and cloud-native services.

Administer and engineer Linux and Windows infrastructure, virtualization platforms, storage systems, networks, backups, monitoring, access controls, and security patches. Install and maintain servers, services, and infrastructure applications including VMware, Jenkins, Git, LDAP, and Jira. Provide Tier III support, troubleshoot hardware and software failures, manage system performance and recovery, maintain procedures, and coordinate storage vendors. After-hours and weekend support may be required.

Develops optical metrology models and measurement recipes for semiconductor manufacturing, using spectroscopic ellipsometry and optical CD techniques. Troubleshoots measurement variability, analyzes metrology results, documents findings, and presents product capabilities. Supports customer success, sales, marketing, new product introductions, field-service escalations, and cross-functional troubleshooting. Conducts experiments to characterize tool and subcomponent performance while collaborating with customer and internal engineering teams.

Build and align lasers and optical test equipment in a cleanroom, develop assembly and alignment procedures, collect and analyze test data, present results, manage hardware vendors, and troubleshoot fixtures at vendor and Singapore manufacturing sites.

Develop and implement applications for existing and pre-release semiconductor metrology products. Diagnose customer problems, optimize metrology solutions, support FaST systems, verify hardware and software resolutions, conduct demonstrations and technical training, and document new applications and best known methods. The role requires understanding FinFET processing, lithography and etch challenges, critical metrology points, and customer process needs. Annual travel to customer sites and headquarters is required.

Build Go and Python software infrastructure for computer-aided manufacturing, including geometric representations, spatial algorithms, process planning, and machine-software integration. Collaborate with process experts to convert physical knowledge into explicit models, constraints, interfaces, and testable behavior. Ensure geometric correctness, reproducibility, and validation through testing and physical measurements while using AI throughout development.

Leads electrical engineering strategy and organization development for robotics and autonomous manufacturing systems. Oversees electrical architecture, electronics development, integration, interconnect diagrams, harness design, system bring-up, verification, safety, reliability, and manufacturability. Establishes engineering standards, leads technical reviews, manages cross-functional roadmaps, and hires and develops engineers and leaders.

Lead a team of manufacturing engineers while personally driving critical equipment projects from architecture and CAD through build, integration, qualification, and production release. Own equipment deployment, production readiness, root-cause correction, documentation, change control, staffing, capital budgets, supplier execution, and throughput, yield, cost, and uptime improvements. Develop engineers through hands-on technical leadership and establish manufacturing standards as the company scales from pilot to high-volume production.

Designs, develops, prototypes, tests, and optimizes electromechanical components including valves, pumps, sensors, and degassers for life science instruments. Creates CAD models and engineering documentation, performs calculations and tolerance analyses, leads design-for-manufacturability activities, troubleshoots systems, and collaborates with electrical, software, manufacturing, quality, supply chain, product management, customers, and suppliers to transition products into production.

Designs and develops optical systems for semiconductor metrology and inspection applications. Responsibilities include optical modeling, tolerance analysis, component specification, prototyping, testing, customer collaboration, troubleshooting, and cross-functional solution development. The role uses Zemax or similar software and supports manufacturability, procurement, fabrication, and opto-mechanical integration. It also involves customer meetings, sales support, industry events, technical reporting, and limited travel.

Evaluates, selects, installs, modifies, maintains, and improves vacuum and thin-film semiconductor manufacturing equipment. Analyzes equipment-performance data, troubleshoots failures, manages installation and upgrade projects, maintains technical documentation and spare-parts inventories, and implements corrective actions to improve uptime, reliability, yield, productivity, and operating costs. Collaborates with engineering, maintenance, operations, contractors, and other teams in a cleanroom manufacturing environment.

Develop and operate integrated hardware test systems, including hardware-in-the-loop testbeds, RF test environments, production test setups, and electrical fixtures. Lead qualification, certification, EMI/EMC compliance, customer integration, and low-volume production testing. Build simulators, integrate testbeds into CI/CD pipelines, and maintain test asset reliability through calibration, debugging, and continuous improvement.

Prepare and manage U.S. and international earth station regulatory filings, including technical link budgets, antenna compliance, RF hazard analyses, and ITU filing data. Track licensing requests, approvals, renewals, obligations, and coordination activities in Jira. Support customers, regulators, legal counsel, equipment certification, and type approvals for satellite communications antennas across multiple frequency bands.

Own the lifecycle of deployed ground-station electronics spanning RF, power, and high-speed digital systems. Monitor performance, investigate failures, drive corrective actions, improve designs, and support schematic capture, PCB layout, manufacturing, testing, qualification, and field deployment. Collaborate with production teams to deliver reliable, testable, and manufacturable products.

Design, develop, and scale Pi’s core platform, including backend systems, shared services, internal APIs, frameworks, and abstractions for authentication, authorization, multi-tenancy, asynchronous jobs, and service communication. Improve system architecture, reliability, performance, and maintainability while collaborating with product, AI, and infrastructure teams to solve shared engineering challenges.

Develop and optimize CNC programs, define machining methods, tooling, fixturing, and inspection requirements, and support production launches. Troubleshoot machining issues on the shop floor, prepare manufacturing documentation and estimates, interpret blueprints and GD&T, and lead continuous improvement efforts. Collaborate with machinists, supervisors, quality teams, and production personnel to improve quality, productivity, cost, and delivery for precision aerospace components.

Develops and optimizes manufacturing processes for precision-machined aerospace components. Responsibilities include CNC strategy and programming, tooling and fixture design, routings, setup documentation, cost estimating, production troubleshooting, GD&T interpretation, process validation, PPAP and first article support, ERP/MRP data maintenance, and continuous improvement. The engineer collaborates with production, quality, engineering, and suppliers to support new product introduction and production launch.

Develop, validate, and optimize aerospace manufacturing processes from launch through production. Perform root cause analysis, reduce scrap and variation, improve yield and throughput, develop tooling and fixtures, maintain process documentation, and lead Lean/Six Sigma initiatives. Partner with machinists, quality, and production teams while ensuring compliance with AS9100 aerospace standards.

Design, develop, and maintain Salesforce managed packages using Apex, Lightning Web Components, Flows, integrations, and metadata-driven configuration. Own complex features across architecture, packaging, testing, deployment, and subscriber-org support. Troubleshoot production issues, make technical decisions, review designs, mentor developers, and collaborate with security, infrastructure, database, customer service, and operations teams. Apply Salesforce development, cloud, database, DevOps, security, and software architecture best practices.