Top Linux Jobs in San Diego, CA

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 and develops mechanical subsystems for rugged, high-volume sensor products from concept through production. Responsibilities include PCB and electrical packaging, enclosures, sealing, connectors, thermal interfaces, prototyping, tolerance analysis, environmental testing, manufacturing design, and thermal and structural simulation. The engineer collaborates with electrical, manufacturing, supply chain, and test teams to deliver validated products for harsh outdoor environments.

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.

Develop and test web and mobile platform features, write maintainable code, manage SQL Server databases, integrate APIs and third-party tools, participate in code reviews, troubleshoot bugs, and improve accessibility and user experience.

Optimizes injection molding processes, machine performance, cycle time, uptime, scrap reduction, and production efficiency. Leads machine startups, troubleshooting, tool trials, material sampling, process validation, and new product launches. Supports quality compliance with IATF and ISO standards, prepares process documentation, trains manufacturing staff, and drives continuous improvement, safety, and sustainable production practices.

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.

Build and own studio-wide systems that improve software quality, testing, performance, developer velocity, and infrastructure reliability. Responsibilities include functional test automation, load and chaos testing, regression analysis, device compatibility labs, build and GPU clusters, CI infrastructure, disaster recovery exercises, developer tooling, quality metrics, and technical leadership across distributed engineering teams.

Supports mechanical engineering activities for new and existing medical devices, including design history documentation, prototype development, qualification testing, supplier coordination, technical reviews, and regulatory compliance. The role requires engineering drawings, 3D modeling, machining and fabrication knowledge, injection molding familiarity, FEA and CFD experience, and understanding of ISO and FDA requirements for medical product development. This is an onsite position in Somerset, Pennsylvania, with no visa sponsorship.

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.