Top Engineering Jobs

Lead architecture, design, and implementation of BIOS, BSP, kernel and user-space device drivers and diagnostics for high-bandwidth Cisco routing and embedded platforms. Drive Linux hardware bring-up, board validation, debugging, and test planning while collaborating across teams, mentoring engineers, and delivering production-ready software.

Lead and scale a DevOps/SRE team responsible for a global payments platform. Define infrastructure, DevOps, and SRE strategy; oversee platform feature delivery, architecture, and code quality; collaborate cross-functionally; recruit and mentor engineers; and drive performance benchmarking and reliability for high-volume distributed microservices.

Lead the technical direction of a real-time fraud detection platform, including streaming, storage, machine learning training pipelines, and distributed systems. Responsibilities include architecture, coding, incident support, technical planning, mentoring, operational excellence, and collaboration with product and customer-facing teams. The role also establishes standards for AI-assisted engineering and develops LLM- and agent-based tools for engineering operations.

The Director of Workflow Engineering will lead ServiceNow architecture, develop AI-driven workflows, oversee automation, and ensure compliance with ITSM policies to enhance operational efficiency.

Own and scale AWS, on-premises, and Kubernetes infrastructure supporting Xona’s satellite navigation platform. Build observability systems with OpenTelemetry, automate delivery and infrastructure through IaC and GitOps, improve reliability and cost efficiency, and establish Kubernetes deployment standards. Partner closely with software teams to enable autonomous deployments, enforce security and performance practices, and design scalable, highly available infrastructure for a growing global service.

Leads flight test planning and execution through first flight and engineering, manufacturing, and development testing. Manages test conductors and directors, develops test plans, coordinates government and contractor teams, oversees flight test safety and reporting, and manages resources, cost, and schedule performance. Requires aviation flight test experience, leadership, an active DoD Secret clearance, and willingness to work extended shifts, weekends, and holidays.

Leads engineers responsible for designing, building, testing, and procuring military aircraft support equipment. Manages design reviews, test documentation, integration, validation, verification, schedules, budgets, earned value, performance reporting, proposals, and technical work packages. Coordinates with suppliers, customers, and internal stakeholders, resolves technical and operational issues, conducts briefings, and oversees staffing and employee performance. The role supports classified defense programs and requires active Secret clearance and approximately 10% travel.

Leads a team of 10–12 thermal and CFD analysts supporting solid rocket motor design, testing, and fabrication. Manages engineering priorities, schedules, staffing, technical standards, employee development, and cross-functional integration across multiple programs. Performs hands-on aerothermal analysis and design work, ensuring safety, quality, performance, and technical rigor. Requires propulsion engineering experience, thermal or CFD expertise, and the ability to obtain a DoD Secret clearance.

Leads the Process Development Engineering function for medical device industrialization and commercialization. Responsibilities include manufacturing readiness, design transfer, process validation, manufacturing documentation, DMR approval, engineering change management, supplier and contract manufacturer collaboration, sustaining engineering, quality investigations, and regulatory compliance. The manager will recruit and lead a team of up to five engineers while establishing scalable processes and technical standards.

Build and operate automation, tooling, and services for large-scale GPU clusters across cloud and on-premises environments. Develop provisioning, validation, upgrades, monitoring, repair, GitOps, and lifecycle workflows. Improve Day 0–Day 2 operations, reduce manual intervention, troubleshoot distributed systems, and participate in on-call and incident response while partnering across infrastructure teams.

Supports tire product development through testing-data analysis, tire construction research, R&D tool optimization, digital workflow development, data visualization, and technical validation. The intern assists with indoor and outdoor tire testing, materials and performance investigations, competitor research, and rapid analyses for R&D management.

Supports manufacturing process improvement projects using Lean Six Sigma principles. Responsibilities include identifying and reducing defects, rework, and process escapes; evaluating process risks; supporting mistake-proofing, automation, sensing, and verification solutions; and collaborating on fixture development, assembly-line optimization, ergonomics, safety, and process validation. The intern works with manufacturing engineering, design, and operations teams while documenting processes and presenting findings.

Leads the technology strategy, modernization, and execution for Employee Benefits and Employer Experience platforms. Oversees cloud-native, API-driven engineering, AI-first development, DevSecOps, application modernization, and enterprise technology roadmaps. Builds high-performing global engineering teams, drives organizational transformation, manages vendors, aligns technology with business priorities, and promotes engineering excellence, responsible AI adoption, productivity, resilience, and continuous improvement.

Leads and develops engineering teams while providing technical direction, improving engineering practices, modernizing architecture, reducing technical debt, and ensuring reliable delivery of scalable software systems. Partners with Product, Architecture, Design, Data, Security, Infrastructure, and executive stakeholders to align technical strategy, monitor engineering performance, optimize team structures, and drive continuous improvement.

Supports manufacturing engineers and operations through time studies, process improvement, facility layout updates, work instruction and manufacturing document revisions, non-conformance investigations, shop-floor problem solving, and data entry. The intern works under regular supervision and contributes recommendations for minor process improvements. The role requires pursuing a mechanical or manufacturing engineering degree and familiarity with CAD, SolidWorks, metal fabrication, and Microsoft Office.

Leads and develops a cross-functional software engineering team delivering and operating an enterprise AI platform. Responsibilities include coaching engineers, improving software development, testing, DevOps, support, reliability, observability, and delivery practices; partnering with product, architecture, AI, and business leaders; hiring and developing talent; and occasionally contributing hands-on to coding, debugging, automation, technical spikes, and code reviews.

Leads foundry relationships, process technology enablement, silicon manufacturing, yield improvement, reliability, and high-volume production for FPGA products. Oversees process qualification, PDK readiness, manufacturability, risk management, capacity planning, cost optimization, and supply assurance. Partners with design, product engineering, quality, supply chain, and executive teams while building and mentoring a foundry engineering organization.

Engineering Intern supporting automotive seat-system design and product development. Responsibilities include resolving design issues, preparing engineering documentation, coordinating DV and PV testing, supporting customer and test builds, applying DFAM and lean engineering principles, and evaluating CAD design changes for cost impact. The role provides exposure to seat regulations, durability, manufacturing, suppliers, and customer interfaces.

Leads firmware engineering teams and embedded product development for flow control products and electronic devices. Establishes development standards, quality processes, architecture practices, project plans, and firmware roadmaps. Oversees requirements, implementation, testing, validation, release, manufacturing transition, field support, and issue resolution. Manages employee performance, customer interactions, technical risks, and feature prioritization while contributing directly to firmware development and debugging as needed.

Leads global systems software engineering teams developing software for complex hardware platforms. Owns technical strategy, schedules, architecture decisions, development and testing processes, and cross-functional execution. Builds and scales engineering organizations, partners with product management, drives AI-assisted development and test automation, and ensures products reach market on schedule. Requires deep expertise in networking, Linux, virtualization, network processors, TCP/IP, switching, and IPsec, along with significant engineering leadership experience.

Administer and support Systems Engineering tools, including deployments, upgrades, testing, backups, compliance, integrations, and configurations. Partner with engineering programs to implement solutions, deploy desktop applications, migrate from legacy tools, and improve software support practices. The role requires Windows and Linux administration, scripting, automation, troubleshooting, and expertise in requirements and testing tools, Agile or model-based engineering, and IBM Rational technologies.

Leads Brillio’s Salesforce engineering practice, overseeing managed package design, development, deployment, AppExchange compliance, and 1GP/2GP packaging strategies. Defines engineering standards, security protocols, technical roadmaps, and scalable Salesforce solutions while collaborating with product, QA, clients, sales, and delivery teams. The role also supports proposals, solutioning, thought leadership, client engagement, strategic delivery, and mentorship of senior engineering leaders.

Lead and grow a senior engineering team responsible for Betterment’s shared GraphQL API, authentication, authorization, and internal tooling platforms. Set technical strategy, govern security and permission models, improve reliability and developer experience, support AI-enabled API workflows, and partner with engineering, product, IT, security, operations, compliance, and customer support teams.

Leads software engineering teams developing the Health100 consumer health platform. Responsibilities include architectural leadership for distributed systems, APIs, and AI-enabled capabilities; recruiting and mentoring engineers; managing initiatives through delivery and production operations; establishing performance, risk, and governance practices; and partnering across product, design, security, analytics, and business teams. The role emphasizes Java, cloud-native development, microservices, Generative AI, intelligent automation, and scalable platform solutions.

Leads engineering teams delivering large-scale, cloud-native commerce platforms. Oversees technical strategy, architecture, delivery planning, budgets, vendors, quality, operations, and stakeholder communication. Guides software engineers, architects, and scrum masters while partnering with product and business leaders to execute technology roadmaps. Requires extensive software development and engineering leadership experience, distributed systems expertise, and proficiency with modern enterprise technologies including Java, Spring Boot, GraphQL, Kafka, MongoDB, and cloud platforms.