Top Engineering Jobs

Lead design, development, integration, and test of precision EO/IR pointing, tracking, and stabilization systems. Develop control, estimation, and tracking algorithms; model and simulate system performance; integrate sensors, actuators, and embedded software; tune control loops and estimators; and lead hardware-in-the-loop, lab, and field testing while mentoring engineering teams.

Lead multiple infrastructure engineering teams, mentor engineers, drive adoption of enterprise AI-assisted workflows, ensure compliance/risk/security controls, oversee IT asset lifecycle/ITAM governance, and deliver resilient, automated cloud and observability solutions.

Manufacturing Engineering Interns will support development and test builds by creating work instructions, planning build activities, developing CONOPS, assembling and testing hardware, documenting issues and lessons learned, and improving manufacturing processes. The role involves close collaboration with design, test, quality, supply chain, and operations teams in a hands-on, onsite manufacturing environment.

Lead multiple software engineering teams to deliver audit-focused, data-intensive applications. Define strategy, architecture, AI-enabled engineering practices, and SDLC automation. Partner with stakeholders to translate requirements into scalable cloud-native solutions, enforce development standards, mentor engineers, manage budgets/resources, and ensure secure, compliant delivery.

Design and deliver a composable per-PR virtual environment platform: architect traffic isolation, dependency-graph intelligence, data and lifecycle management, CI/CD integration, hybrid provisioning (Kubernetes, VMs, cloud/on-prem), observability/SLOs, and drive adoption at scale while governing AI-enabled engineering workflows and responsible AI controls.

Lead an agile team to design, build, and operate cloud-native, microservices-based applications. Deliver secure, scalable production code, enforce resilient architectures, drive AI-assisted engineering practices, mentor engineers, automate remediation, and improve SDLC processes to ensure high-quality releases and operational stability.

Lead multiple engineering teams to build and operate a cloud-native Talent Acquisition platform. Own architecture, modernization, integrations, reliability, security, SDLC governance, vendor management, and adoption of responsible AI-assisted engineering to deliver measurable business outcomes.

Lead hands-on engineering for HR Pay & Time systems: design and operate highly available, serverless AWS applications, build full-stack services (Java/Python/front-end), drive AI-native and agentic engineering, enforce CI/CD, IaC, security and compliance, and hire/mentor teams while partnering with product and operations to deliver resilient payroll, benefits, and compensation capabilities.

Lead multiple engineering organizations to define and scale AI-enabled engineering operating models, SDLC/TLM automation, cloud-native delivery, governance, resilience, and incident response; manage stakeholders, cross-product projects, hiring, and talent development.

Lead multiple software engineering teams building data analytics capabilities: manage delivery, stakeholder relationships, compliance, SDLC automation, and enterprise-authorized AI-assisted engineering. Establish operating practices, measure outcomes (throughput, defect reduction, reliability), and ensure security, resiliency, reuse, and governance of development tools and patterns.

Lead multiple engineering squads to design, build, and operate Java-based, high-volume transactional and batch platforms. Provide architectural oversight, modernize legacy and cloud systems, enforce secure and compliant designs, coach engineers, own delivery outcomes, drive incident response and RCA, and apply Gen AI/LLM strategies to operational workflows. Align stakeholders across product, engineering, operations, and risk while managing budget, planning, and UX guidance for customer-facing applications.

Lead backend engineering for cloud-native, multi-cloud fintech products. Design scalable, reliable, and secure systems using domain modeling. Build testable, operable code, resolve production incidents, optimize performance and data access, and enable zero-downtime releases. Mentor teammates, drive technical direction, and continuously modernize technologies and patterns.

Lead global engineering for Benefits, Mobility, Travel, and Expatriate Payroll & Tax. Manage a 125+ vendor ecosystem, migrate PeopleSoft to cloud, deliver end-to-end payroll integrations and automation, set cloud-native/IaC/CI-CD standards, embed security/compliance, drive responsible AI adoption, and hire and influence across senior stakeholders.

The Program Engineering Manager II leads engineering efforts ensuring solutions meet requirements, manages cross-functional teams, oversees budgets, and maintains communication with leadership while identifying technical risks.

Supports electrical engineering projects by preparing calculations, drawings, and visual aids; assisting project managers and engineers; making minor AutoCAD and Revit revisions; collecting and verifying data; and performing tasks under supervision.

Develop electrical engineering designs for industrial facilities, including power distribution, grounding, lighting, controls, fire alarm, and construction documentation. Prepare calculations, specifications, technical studies, and infrastructure planning documents; research engineering solutions; communicate with clients and project stakeholders; support proposals and design-build work; and travel occasionally as needed.

Lead a squad building factory and launch platform software: manage engineers, own architecture and full SDLC, ship code, partner with cross-functional teams, mentor and hire, and uphold engineering standards for production systems.

Design, develop, and deploy mechanical test fixtures, stands, and integration tooling to validate X-BAT aircraft subsystems. Create CAD models and drawings, perform structural/thermal analyses, support environmental, vibration, and endurance testing, troubleshoot failures, and collaborate with cross-functional teams to improve test efficiency and hardware reliability.

Lead strategy and execution to improve engineering effectiveness, efficiency, and delivery predictability. Build operating models, governance, metrics, and cadences; drive cross-functional initiatives (AI enablement, developer experience, technical governance); improve team effectiveness and organizational scaling.

Supports cross-functional engineering and operations projects during a 12-month internship. Responsibilities include analyzing data, improving efficiency, assisting with procedures and project implementation, supporting safety and quality initiatives, contributing to cost control and budgeting, and participating in meetings and training. The intern will gain exposure to manufacturing operations and multiple business units while working under experienced engineers and managers.

Supports mechanical engineering teams in developing spacecraft concepts and hardware, building and testing designs for extreme space environments, and delivering tested hardware for spacecraft integration. The intern works with mentors and cross-functional teams, applies engineering concepts to real challenges, provides progress updates, and develops technical and professional skills through projects, training, and collaboration.

Supports mechanical engineering teams in developing, designing, building, and testing spacecraft hardware. Works with mentors and cross-functional teams to solve engineering challenges, improve technical capabilities, and deliver tested hardware for spacecraft integration. The internship is full-time and on-site for at least 12 consecutive weeks in Long Beach, California, beginning in early 2027.

Lead the engineering organization responsible for bringing data center hardware into production-ready AI and HPC infrastructure. Own automated provisioning, Linux deployment, configuration, validation, GPU clusters, Kubernetes environments, monitoring, and workload readiness. Establish standards across servers, GPUs, networking, storage, firmware, and software automation while partnering with hardware, network, SRE, data center operations, and software teams. Build and develop a high-performing engineering organization capable of scaling infrastructure across thousands of servers or GPUs.

Leads the engineering organization responsible for designing, building, testing, integrating, and flying reusable satellite hardware. Responsibilities include scaling the team, recruiting senior engineers, owning schedules and design reviews, establishing requirements and configuration processes, managing suppliers, resolving risks and anomalies, and partnering with program management. The role requires extensive spacecraft or launch vehicle experience, engineering leadership, and a successful record delivering complex aerospace hardware through flight.

The Manager of Supplier Quality Engineering oversees quality assurance for sourced materials, manages supplier processes, and ensures compliance with quality standards, focusing on continuous improvement and project direction for new product introductions.