Top System Engineer Jobs

Designs, upgrades, and sustains avionics laboratory hardware and test equipment for B-1 platform software and weapons integration. Responsibilities include electrical and mechanical system design, DMS modernization, cybersecurity collaboration, configuration planning, procurement oversight, test planning, verification, troubleshooting, equipment classification, reporting, and proposal support. The role requires occasional domestic travel and collaboration with engineers, technicians, software developers, and cybersecurity professionals.

Provides white-glove, end-to-end desktop and voice support for trading floors and investment banking teams. Responsibilities include troubleshooting hardware, software, operating systems, virtual desktops, telephony, and trading applications; executing production deployments; developing scripts; managing escalations, risk controls, vendors, and root-cause analysis; documenting incidents; improving support processes; and mentoring junior staff. The role requires 100% on-site work, 24/7 flexibility, on-call coverage, and alternative shifts.

Develop Java-based Rhapsody modeling tools, middleware code generation, Jenkins CI/CD pipelines, automation scripts, and software engineering model integrations for SDV architectures. Perform testing, release management, user support, requirements analysis, workflow improvements, and technical solution development. Provide guidance to business teams and create tooling documentation and training materials.

Leads manufacturing engineering for advanced electrical and avionics systems from prototype through full-rate production. Develops processes, tooling, work instructions, inspection methods, and production controls; drives DFM/DFA, root-cause investigations, corrective actions, supplier qualification, process validation, and production readiness. Partners with design, quality, supply chain, test, and production teams to improve manufacturability, reliability, and testability while mentoring junior engineers.

Lead the technical direction, architecture, and operation of Snap’s omnichannel notification platform. Design scalable, highly available backend services, shared APIs, data models, orchestration, ranking, targeting, experimentation, and measurement systems. Drive cross-functional initiatives, improve reliability and observability, respond to incidents, develop technical roadmaps, mentor engineers, and influence architecture across teams.

Analyzes and optimizes semiconductor manufacturing operations through automation systems, scheduling, dispatch, line and area management, scenario studies, reporting, and statistical analysis. The role develops, tests, deploys, documents, and supports manufacturing solutions; provides expertise on cycle time, yield, throughput, queue time, equipment releases, and workstation optimization; and collaborates on training and continuous improvement initiatives.

Perform propulsion, engine/APU, and fuel system integration and installation analyses; produce certification and configuration deliverables; support qualification testing, troubleshoot production and delivery issues, manage supplier and fleet problems, and maintain safety and airworthiness artifacts.

Lead propulsion and fuel system integration, supplier oversight, and factory/delivery support for 787 aircraft. Develop and approve designs, manage specifications and testing, troubleshoot production issues, analyze performance and safety data, and coordinate across internal and external stakeholders to ensure airworthiness and timely deliveries.

Lead design and analysis of aircraft primary (EPGS) and secondary (SPDS) electrical power systems. Develop requirements, system architecture, schematics, interface docs, and certification artifacts. Oversee supplier integration, support lab/flight tests, troubleshoot fielded hardware/software, and support FAA Part 25 certification.

Supports electrical and electronic system design, testing, troubleshooting, wiring and component fault resolution. Assists with schematics, hardware modifications, system requirements, production anomaly resolution, supplier compliance, shop build information, and product integration. The role supports instrumentation installation design across Boeing programs and requires collaboration with engineering, production, suppliers, and shop personnel.

Develop and implement radar signal-processing algorithms (Kalman filtering, probabilistic/statistical modeling) for target detection, discrimination, and tracking from pulsed-Doppler waveforms. Define system performance and interfaces, analyze seeker simulation data to improve robustness, optimize system-of-systems performance, review DSP techniques for reradiated signals, and support tactical implementation of algorithms into Ada or C++ software.

Develops and refines electrical interface designs and requirements for MK 41 shipboard vertical launching systems. Creates and reviews engineering models, CAD drawings, technical data packages, specifications, interface documents, analyses, and integration documentation. Updates designs to address electronic component obsolescence, performs documentation quality assurance assessments, identifies errors, and recommends product improvements. Collaborates independently and cross-functionally with launcher interface stakeholders.

Lead software engineering for the Weapons Storage and Security System Vault Modernization Program. Develop software plans, procedures, standards, and documentation; coordinate requirements across stakeholders; assess software performance, cybersecurity, and nuclear surety; maintain design and testing databases; and manage government ACAT deliverables for milestones including SRR and PDR.

Design, build, and maintain Hardware-in-the-Loop testbeds for rocket avionics subsystems. Integrate avionics electronics, simulation hardware and software, and support equipment; derive platform requirements; develop verification and validation plans; execute testing and data reviews; maintain platform configuration; and support vehicle software releases and run-for-record activities.

Designs and documents Vehicle Management System hardware, electrical requirements, interfaces, and system architectures. Leads requirements decomposition and traceability, develops test and validation approaches, troubleshoots hardware and software integration issues, and supports product lifecycle sustainment. Coordinates suppliers, test laboratories, and multidisciplinary engineering teams while monitoring supplier performance and investigating emerging technologies for future aircraft programs.

Leads dimensional integration for vehicle components and assemblies from concept through production. Defines dimensional requirements, performs variation analyses, validates measurement systems, evaluates supplier manufacturing capability, and resolves dimensional issues during builds and launches. Provides technical leadership in GD&T, tolerance allocation, metrology, dimensional variation management, and structured problem solving while developing standards, training, risk assessments, and best practices across cross-functional and supplier organizations.

Develops system-level test requirements, plans, procedures, and evaluation techniques for the Navy’s Strategic Weapon System. Supports requirements verification, system integration, on-site testing, data collection and analysis, technical documentation, and resolution of test anomalies. Collaborates with mechanical, electrical, systems, customer, contractor, and cross-functional engineering teams.

Develops system-level test procedures, requirements, plans, evaluation techniques, and technical documentation for the Navy Strategic Weapon System. Supports system integration testing, on-site data collection and analysis, anomaly resolution, verification and validation, and test analysis reporting. Collaborates with mechanical, electrical, systems, customer, contractor, and cross-functional engineering teams. Requires substantial engineering experience and an active Secret clearance with the ability to obtain Top Secret clearance.

Leads infrastructure engineering across VMware, OpenShift, Linux, and Windows environments. Designs and maintains virtualized and bare-metal platforms, troubleshoots complex issues, and drives automation using Shell, Terraform, and Ansible. Manages provisioning, patching, monitoring, CI/CD integration, networking, storage, security, and compliance activities. Supports Tier 3 data center operations and validates AI-assisted recommendations for secure, resilient, auditable infrastructure outcomes.

Own the V-BAT unmanned aircraft system reliability model and failure-prediction strategy. Build fault trees, analyze field and test data, identify single points of failure, guide design-for-reliability decisions, lead root-cause investigations and corrective actions, manage reliability testing and production screening, and track MTBF, failure-rate trends, and reliability growth for leadership.

Integrate and test spacecraft mechanisms and electro-mechanical hardware in cleanroom and laboratory environments. Write, review, and execute test procedures, plans, and scripts; verify requirements; troubleshoot hardware; and characterize or calibrate performance. Collaborate with ground systems, simulators, software teams, system engineers, technicians, and mission assurance personnel. Prepare technical documentation and presentations while supporting payload and space vehicle integration testing.

Tests and troubleshoots spacecraft mechanisms and electro-mechanical systems in laboratory and cleanroom environments. Writes and executes test procedures, plans, and scripts; verifies requirements; characterizes and calibrates hardware; operates test and measurement equipment; collaborates with software, ground systems, mission assurance, and engineering teams; and prepares technical documentation and presentations.

Leads hands-on software engineering for fixed-income trading systems spanning pre-trade, trade capture, pricing, real-time risk, and P&L. Designs scalable solutions, modernizes legacy platforms, supports testing and operations, and drives transformation initiatives. Collaborates with trading, risk, and P&L teams, leads pilots, develops metrics, and promotes responsible AI-assisted engineering practices, automation, governance, and secure software delivery across teams.

Lead development and execution of system verification strategies for a U.S. Navy weapon system. Manage verification IPTs, maintain requirements verification traceability (RVTM), oversee verification deliverables, lead and mentor engineering teams, and serve as primary technical interface with senior Navy customers. Support technical reviews and deliver presentations and documentation.

Build and scale reusable React and TypeScript UI components, design-system foundations, accessibility patterns, tooling, and frontend infrastructure. Lead architecture discussions, define component APIs, improve Storybook and testing workflows, drive adoption through documentation and migration guidance, and partner with design, accessibility, platform, and application teams. Mentor engineers, influence frontend standards, and solve ambiguous technical challenges while balancing scalability and maintainability.