Top Engineering Jobs

Lead design, implementation, and deployment of core platform tooling enabling secure, cloud-native application delivery. Integrate with defense systems, own architecture, mentor engineers, contribute to open source, maintain documentation, and participate in a shared 24x7 on-call rotation.

Administer Windows and Linux servers, VMware virtualization, Azure and AWS cloud infrastructure, storage, networking, and enterprise backup systems. Manage Active Directory, patching, monitoring, disaster recovery, security mitigation, and lifecycle upgrades. Troubleshoot escalated infrastructure issues, provide tier-three support, maintain documentation, participate in on-call rotations, and recommend improvements to system performance, capacity, availability, and scalability.

Develop and maintain embedded firmware for photonics instrumentation, including bare-metal and real-time systems, hardware interfaces, data acquisition, real-time control, and host communication. Responsibilities include board bring-up, hardware and firmware debugging, optical instrument integration, documentation, testing, and release procedures. Senior-level candidates may design firmware architecture, develop FPGA functionality, lead technical decisions, and mentor engineers.

Own the architecture and platform evolution of a large monorepo, including module boundaries, shared services, infrastructure, CI/CD, observability, and agent-ready development workflows. Lead migrations, AI-assisted code review, test generation, CI gates, and background coding agents. Work across the stack as a product engineer, establish technical direction across teams, and improve how software is built, verified, and deployed.

Provides plant electrical, instrumentation, and controls engineering support for PLC-based systems in a high-volume manufacturing facility. Responsibilities include designing, integrating, testing, commissioning, troubleshooting, and improving automation systems; managing capital projects; supporting maintenance teams; leading technical training; overseeing controls staff; and advancing safety, lean manufacturing, reliability, and efficiency initiatives.

Provides engineering support for paper mill manufacturing, focusing on process optimization, troubleshooting, safety, quality, reliability, waste reduction, and continuous improvement. Leads Lean and Six Sigma initiatives, capital projects, process trials, equipment commissioning, and start-up activities. Develops process controls, operating procedures, technical documentation, training, and corrective actions while collaborating with Operations, Maintenance, Quality, vendors, and plant leadership.

Handles automotive glass customer complaints by gathering issue information, coordinating internal investigations, issuing quality alerts, managing containment and corrective actions, and verifying effectiveness. Maintains customer scorecards and complaint reports, analyzes quality data, supports returns and sorting activities, communicates with customers, and trains teams on 8D reporting and root-cause analysis. Requires manufacturing and quality knowledge, IATF 16949 familiarity, customer interaction, and occasional travel to customer facilities.

Leads and advises on systems engineering across complex GEOINT, NSG, ASG, and federal agency environments. Responsibilities include requirements engineering, architecture traceability, solutions design, integration, testing, reliability, risk management, technical planning, and analysis of alternatives. The role translates mission needs into system requirements, integrates major acquisitions across organizational boundaries, and oversees junior systems engineering staff.

Develop and sustain radiation monitoring devices through experimentation, product design, prototyping, manufacturing transition, verification, and validation. Create specifications, test plans, and technical documentation; analyze experimental data; troubleshoot manufacturing and product issues; support existing products; and manage independent projects. Collaborate with research, engineering, manufacturing, quality, operations, service, marketing, and external partners while maintaining regulatory, quality, and scientific integrity standards.

Lead the end-to-end delivery of advanced AI ASICs, spanning microarchitecture, RTL, verification, physical design, signoff, tapeout, and silicon bring-up. Build AI-native, automated chip-development methodologies, improve PPA and silicon quality, make critical technical and execution decisions, and recruit and lead a world-class silicon engineering organization.