Top Linux Jobs in San Diego, CA

Develop and sustain manufacturing test strategies, fixtures, software, and infrastructure for boards, modules, and systems. Collaborate with hardware design, quality, manufacturing, IT, and global factory teams to support new product introduction, resolve production issues, improve test yields, reduce test time and costs, and enhance data collection and reporting. Develop test software using LabVIEW, TestStand, and Python.

Leads automation and process-control engineering for terminal upgrades, migrations, maintenance, and lifecycle management. Responsibilities include configuring, programming, monitoring, and troubleshooting DCS, SIS, and PLC systems; developing technical designs and specifications; coordinating vendors and stakeholders; supporting HAZOP/PHA activities; reviewing installation and testing; managing project scope and schedules; and ensuring safety, cybersecurity, regulatory, and operational standards are met.

Lead a senior engineering team building customer-facing products, AI-powered analytics, and infrastructure. This hands-on manager will guide architecture, product execution, engineering practices, team growth, and AI-enabled software development. The role requires strong technical judgment, ownership, autonomy, and experience leading senior engineers in a high-trust environment.

Design and prototype mechanical systems and components for AI-driven robots. Create 3D models and fabrication drawings, run simulations and tests, iterate through hands-on prototyping, coordinate with vendors, and ensure integration with electrical and software systems. Travel ~25% for site visits.

Assists the Port Engineer with maintenance planning, repairs, inspections, preventive maintenance, troubleshooting, documentation, vendor coordination, regulatory compliance, procurement, and inventory management for Marlin-class vessels. Attends vessels during Jacksonville port calls and periodic ship rides, supporting operational readiness and safe vessel performance. The role combines office, warehouse, and hands-on maritime fieldwork.

Leads corporate infrastructure operations, reliability, security, and performance across identity, email, endpoints, cloud, and enterprise systems. Manages a junior engineer, sets technical direction, supports escalated issues and incidents, oversees vendors and licensing, and delivers infrastructure projects, migrations, rollouts, and lifecycle refreshes. Partners with Cybersecurity, HR, Legal, and Technology Support on access, compliance, investigations, and security initiatives. Participates in an after-hours on-call rotation.

Leads Electrical Engineering, Cyber Engineering, and related programs while supporting strategic planning, curriculum development, faculty recruitment and evaluation, scheduling, accreditation documentation, assessment, laboratory development, funding pursuits, and departmental administration. The Chair teaches and participates in scholarship, supports students and faculty, integrates faith and learning, and advances the university’s Christian mission.

Leads enterprise integration architecture, standards, governance, roadmaps, and technical strategy across APIs, events, data movement, identity, cloud, SaaS, and customer or partner systems. Partners with cross-functional teams, guides architectural reviews, supports acquisitions and automation initiatives, and mentors integration engineers and project teams. Requires strong enterprise architecture, distributed systems, security, communication, and strategic planning skills, with occasional travel and after-hours support as needed.

Designs, implements, monitors, and supports customer LAN/WAN networks and telecommunications systems. Responsibilities include configuring routers, switches, firewalls, DNS, DHCP, SIP trunking, RTP, QoS, call routing, and enterprise communication platforms. The role diagnoses network and telephony issues, supports E911 compliance, coordinates with vendors, provides customer support, and performs field engineering with travel up to 50%.

Leads electrical architecture and hardware development for advanced automotive camera, display, and controller systems. Oversees schematics, PCB layout, component selection, hardware simulation, and signal, power, and thermal integrity analysis. Defines technology roadmaps and design standards, ensures Functional Safety and cybersecurity compliance, collaborates with cross-functional teams and suppliers, and provides technical leadership from concept through production launch while optimizing performance, reliability, manufacturability, and cost.