Top Engineering Jobs

Lead a Systems Operations & Sustainment engineering team (~20-30 staff) supporting satellite launch, commissioning, on-orbit test, operations, and sustainment for national defense programs. Coordinate processes, lead new business/cost estimating efforts, manage hiring, performance, career development, and cross-functional stakeholder engagement while enforcing standards and supporting proposals and operations readiness.

Leads the engineering effort for a complex electronic warfare program, providing technical direction across design, development, testing, verification, fielding, and support. Develops system-level technical solutions, manages engineering cost and schedule, assesses risks, and ensures customer requirements are met. Represents engineering teams to program leadership and serves as the decision authority between the Chief Engineer and engineering organization. Requires leadership of cross-functional engineering teams and experience with complex electronic systems.

Leads hardware engineering teams on advanced R&D projects involving RF, EO/IR, optical, laser, and sensor technologies. Owns technical execution, cost, schedule, architecture, design quality, staffing, risk mitigation, and field testing. Supports proposals and business capture through technical scope development and estimates. Coordinates cross-functional engineering teams, drives process improvements, and transitions research technologies into operational products. The role is fully onsite and requires an active Secret clearance.

Leads engineering execution for complex electronic systems across design, development, verification, manufacturing transition, fielding, and support. Partners with program management and cross-functional teams to meet technical, cost, and schedule requirements; oversees engineering bids, risks, resources, budgets, staffing, processes, and performance metrics. Serves as the primary engineering contact for customers and leadership while developing multidisciplinary teams and improving program execution.

Manages and mentors iOS and Android engineers building Snapchat’s creator experiences. Sets strategy, roadmaps, and measurable goals; partners with Product, Data Science, Operations, executives, and engineering teams; evaluates technical tradeoffs; hires and develops talent; and leads scalable, secure, high-quality delivery. The role also oversees experimentation, observability, incident response, complex cross-team initiatives, and effective use of AI-assisted engineering tools.

Provides technical leadership for enterprise SaaS and low-code platforms, including planning, implementation, integration, testing, administration, security, performance, and compliance. Maintains Atlassian tools such as Confluence, Jira, and SpiraTest; supports knowledge management; documents solutions; facilitates training; coaches team members; and drives platform improvements. Requires expertise in Atlassian implementations, cloud technologies, SDLC practices, REST APIs, and system administration.

Leads the X-BAT Hardware Test Software team developing Python-based automated production test systems for avionics and aircraft electrical assemblies. Responsibilities include managing engineers, owning technical roadmaps, designing test frameworks and station-control software, integrating instrumentation and FPGA-enabled hardware, improving test coverage and production reliability, and coordinating with electrical, mechanical, embedded, manufacturing, and program teams.

Leads the strategy, architecture, and operations of Zscaler’s global observability platform and telemetry pipelines. The role oversees petabyte-scale ingestion, platform modernization, reliability, SLOs, incident response, cost optimization, and automation. It also requires leading a distributed engineering organization, partnering with product, security, SRE, and support teams, and aligning telemetry capabilities with business outcomes.

Leads software engineering teams building AI-enabled developer tooling, governed agent platforms, self-healing production agents, and internal builder workflows. Owns platform strategy, roadmap, architecture, observability, identity and access models, cost governance, operational metrics, and executive reporting. Requires production experience with LLM or agent systems, internal developer platforms, MCP architectures, cloud platforms, CI/CD, OpenTelemetry, and non-human identity models.

Leads the strategy, architecture, modernization, engineering, security, and operations of Cargill’s global network infrastructure. Oversees data centers, cloud connectivity, corporate offices, manufacturing sites, and agricultural locations. Manages network performance, vendor relationships, technology investments, cybersecurity initiatives, enterprise transformation, and globally distributed engineering teams while driving resiliency, innovation, and business value.

Designs, automates, and manages highly available AWS cloud infrastructure using Terraform and Ansible. Develops Jenkins pipelines, maintains infrastructure code in GitHub, secures data with AWS KMS, and builds complex network and multi-account environments. Provides advanced system administration, operational support, disaster recovery, documentation, technical guidance, and on-call support for enterprise cloud and virtualization platforms.

Principal Software Engineer responsible for designing scalable software frameworks, delivering secure production code, reviewing and debugging code, and advancing agentic AI-enabled engineering workflows. The role establishes governance, validation, security, auditability, and resiliency standards for AI-assisted development. It also provides technical leadership, advises cross-functional teams, develops reusable engineering methods, influences senior stakeholders, and supports cloud-native application development and operational stability.

Leads a managed services engineering team supporting mainframe environments. Oversees customer satisfaction, service-level agreement delivery, staffing, resource allocation, operational processes, continuous improvement, budgets, vendor relationships, and technical service optimization. Serves as product owner for assigned services, manages performance and development, coordinates strategic technology planning, and supports customer reviews and escalations. Requires mainframe expertise, consulting leadership, ITIL knowledge, process improvement skills, and the ability to manage complex customer and business priorities.

Leads architecture and engineering for consolidating global wide area networks into a unified platform. Defines carrier-scale routing, traffic engineering, resiliency, automation, telemetry, validation, and AI-assisted operational strategies. Oversees transformation plans, migrations, production rollouts, technical standards, risk controls, and reliability improvements while partnering across engineering, infrastructure, cloud, security, operations, and architecture teams.

Architects and maintains enterprise test automation frameworks across frontend, API, backend, database, and messaging layers. Leads functional, integration, regression, performance, and load testing; develops reusable Selenium, Cucumber, and TestNG components; validates microservices and business-critical workflows; and builds CI/CD pipelines with Jenkins, Docker, and Kubernetes. Establishes testing strategies, manages test environments and data, analyzes defects and results, and improves BDD testing practices and quality processes.

Supports DRAM platform bring-up, validation, characterization, debugging, and reliability analysis across server, client, and mobile systems. Analyzes engineering and customer data, builds dashboards and reports, and develops Python-based automation and testing tools. Collaborates with hardware, firmware, systems, validation, and analytics engineers while using AI-assisted development tools to investigate customer issues and next-generation DRAM features.

Intern supports photomask manufacturing by analyzing production data, investigating defects and process issues, applying SEM/EDX and SPC methods, developing automation and AI solutions, and recommending improvements to quality, cycle time, and engineering efficiency.

Supports DRAM platform bring-up, validation, characterization, and debugging across server, client, and mobile systems. Analyzes customer and system data for performance and reliability trends, develops Python-based automation tools and dashboards, and collaborates on DRAM reliability, fault management, and RAS initiatives. Uses AI-assisted development tools to improve coding, debugging, documentation, and engineering workflows while working with cross-functional engineering teams.

Leads a cross-functional engineering and science team supporting U.S. Space Force software evaluation and integration. Responsibilities include evaluating physics-based concepts, designing and testing full-stack software, implementing end-to-end solutions, reviewing and writing code, translating RF and space weather requirements, coordinating engineering disciplines, mentoring personnel, and communicating technical concepts to diverse stakeholders.

Lead multiple software engineering teams supporting a large-scale merchant transaction platform. Responsibilities include technology strategy, Java application modernization, architecture oversight, platform reliability, scalability, incident management, security and regulatory compliance, engineering metrics, staffing, budgeting, and talent development. The role partners with product, business, architecture, and operations stakeholders while driving cloud-native practices, automation, AI-assisted engineering, and continuous improvement.

Leads software engineering strategy, architecture, product roadmap execution, and development of scalable business applications. Manages and mentors teams of 15–30 engineers and support staff, builds a strong engineering culture, ensures technical feasibility, and addresses performance, reliability, and scalability issues. The role remains hands-on while guiding technical direction, cross-functional collaboration, and long-term engineering priorities.

Provides technical leadership for enterprise network reliability, vulnerability remediation, lifecycle management, configuration compliance, automation, observability, and modernization. Defines architecture, engineering standards, and roadmaps; leads cross-functional transformation programs; develops scalable IaC and self-healing solutions; improves network resiliency, security, availability, and operational efficiency. Serves as a technical authority during critical incidents, mentors engineers, evaluates emerging technologies, and drives measurable improvements in risk reduction and lifecycle compliance.

Provides technical leadership for network reliability engineering, vulnerability remediation, lifecycle management, configuration compliance, automation, observability, and enterprise modernization. Defines architecture, engineering standards, roadmaps, and governance while leading transformation programs and critical incident investigations. Partners across engineering, security, infrastructure, product, and operations teams to build scalable, resilient network platforms. Drives Infrastructure as Code, self-healing capabilities, risk reduction, lifecycle compliance, and measurable improvements in reliability, availability, and operational efficiency.

Leads Treasury Technology engineering teams and delivers scalable platforms for liquidity, funding, cash management, regulatory reporting, risk management, and balance sheet optimization. Responsibilities include cloud adoption, platform modernization, AI and ML implementation, DevOps, CI/CD, security, resilience, regulatory compliance, stakeholder collaboration, roadmap management, budgeting, vendor oversight, and talent development.

Leads a large team of interior engineering designers supporting Instrument Panel and Floor Console vehicle programs. Responsibilities include staffing, workload prioritization, technical direction, design and release execution, process and standards development, training, performance management, issue resolution, and cross-functional collaboration. The role guides technical solutions, manages math development processes, removes roadblocks, and ensures successful delivery of vehicle program design objectives.