Top Senior Linux Jobs in San Diego, CA

Re-architect and operate a globally distributed, multi-tenant Model-as-a-Service platform. Own Go backend services, API compatibility, inference routing, Kubernetes-based model serving, performance optimization, multi-region reliability, tenant isolation, observability, metering, and invoice-grade billing. Lead migrations, define SLOs, support on-call operations, mentor engineers, and ensure scalable, secure, reversible delivery for a revenue-bearing platform.

Leads hands-on development of full-stack applications, backend services, APIs, microservices, integrations, and distributed message-driven systems using C# and .NET. Designs reliable asynchronous workflows, data models, and service contracts; troubleshoots production issues; supports monitoring and optimization; contributes to architecture, testing, code reviews, and agile planning; mentors engineers and applies AI-assisted development responsibly.

Designs and develops electromechanical actuators and motor-driven mechanisms for light electric vehicles, including braking and steering systems. Creates CAD models, drawings, manufacturing instructions, and validation plans; integrates electronics and embedded controls; leads DFMEAs and supplier validation; performs hands-on prototyping and testing; establishes actuator design standards; and mentors engineers.

The Project Engineer evaluates product feasibility, develops plans from purchase order through production release, reviews mold designs, coordinates sampling and customer approvals, and supports product launches. The role improves injection molding processes, quality, productivity, scrap, and setup times; resolves manufacturing and tooling issues; identifies cost savings; and collaborates with customers, sales, mold makers, and internal departments.

Designs, develops, and supports secure, scalable Azure applications, APIs, microservices, integrations, and event-driven systems using C# and .NET. Owns solutions end to end from requirements and architecture through deployment, observability, disaster recovery, and production support. Leads technical decisions, performance and cost optimization, DevSecOps, testing, incident response, and AI-assisted engineering practices while mentoring developers and establishing reusable standards.

Designs, develops, tests, and maintains scalable full-stack enterprise applications, ASP.NET Core APIs, Angular applications, SQL Server systems, and secure integrations. Leads architecture decisions, code reviews, troubleshooting, production reliability, CI/CD, observability, and technical documentation while mentoring engineers and collaborating with product, QA, architecture, and business teams.

Design and develop mechanical products from industrial design concepts through mass production. Own mechanical architecture, detailed part design, prototyping, testing, documentation, manufacturability, reliability, and production ramp. Collaborate with industrial designers, cross-functional teams, vendors, and global manufacturing partners. Lead design reviews, continuous improvement, root-cause analysis, FMEA, project coordination, sourcing support, and optimization for digital manufacturing processes.

Designs, programs, integrates, and supports robotic work cells, automated fixtures, PLCs, HMIs, vision systems, and machine safety systems. Provides production troubleshooting, supports new product launches, leads continuous improvement, analyzes manufacturing performance, trains technicians and operators, and maintains engineering documentation. The role requires hands-on expertise in industrial automation, robotics, electrical troubleshooting, CAD, injection molding, and manufacturing engineering.

Designs, develops, validates, and maintains rugged mechanical and electromechanical components for tactical radios and communications equipment. Responsibilities include SolidWorks CAD, thermal modeling, enclosure sealing, GD&T documentation, prototyping, fixtures, manufacturing support, tolerance analysis, and mechanical system requirements. The role collaborates cross-functionally through product development and production while evaluating materials, processes, and design improvements.

Own the full lifecycle of robot Class-A cladding surfaces from concept through mass production. Design thin-walled components, manage tolerances and interfaces, develop CAD models and drawings, coordinate prototypes and validation, interpret FEA and Moldflow results, and partner with suppliers and cross-functional teams. The role emphasizes robust attachment strategies, manufacturability, material selection, craftsmanship, and reliability across polymers, textiles, and composites.