Top Engineering Jobs

Lead engineering teams building Garner’s core healthcare product, including data ingestion systems and AI-enhanced product experiences. Provide technical oversight, drive scalable features, mentor and hire engineers, improve quality and delivery speed, manage cross-functional risks and tradeoffs, and protect user privacy and security. The role requires hands-on engineering experience, engineering management experience, and familiarity with web applications, APIs, and AWS cloud infrastructure.

Lead and build a new engineering team within Adyen’s Issuing organization. Own the technical roadmap for card-issuing products, provide technical authority, coach engineers, manage performance, and ensure high-quality execution. Partner with product, commercial, operations, clients, banks, vendors, and other engineering teams to deliver scalable API-based financial services. Shape product strategy, address technical debt, uphold engineering standards, and support expansion of issuing capabilities.

Develop and optimize processes for product maturity, improve yield and quality across global sites, and collaborate with cross-functional teams to resolve yield issues.

Develop scalable Java and Spring Boot microservices, REST APIs, distributed event-driven systems, and real-time AWS applications supporting financial market clearing and risk operations. Optimize database access and SQL performance, work with Kafka, MongoDB or PostgreSQL, conduct software testing and risk analysis, address security vulnerabilities, follow SDLC and Agile practices, and assist production support.

High school engineering interns support aerospace teams with engine and component testing, data analysis, computer-aided design, manufacturing interfaces, and process improvements. Interns work with mentors while contributing to engineering processes and collaborating independently and as part of a team.

High school engineering intern supporting assembly and component testing, data analysis, computer-aided design, project management, manufacturing coordination, and process improvements. The role requires collaboration, problem-solving, communication, independent work, and drawing print review skills while complying with U.S. export-control requirements.

High school engineering intern supporting aerospace component and system design, development, assembly, testing, data analysis, CAD, inventory control, project management, manufacturing coordination, and process improvement while working with a mentor.

High school engineering or robotics students support aerospace engineering teams under mentorship. Responsibilities may include engine and component testing, data analysis, computer-aided design, manufacturing interfaces, process improvements, and drawing print reviews.

High school interns support aerospace software engineering teams by learning and contributing to design, development, testing, debugging, documentation, and engineering processes. Interns work with mentors and explore software interactions with hardware, embedded systems, avionics, displays, and data communications while developing programming, problem-solving, communication, teamwork, and professional skills.

Supports aerospace engineering activities under mentorship, including engine and component testing, data analysis, computer-aided design, manufacturing collaboration, and process improvement. The intern learns and contributes to engineering processes while developing problem-solving, communication, prioritization, teamwork, and drawing print review skills.

High school intern supporting aerospace engineering teams with engineering analysis, computer-aided design, manufacturing interfaces, process improvements, and engineering issue investigations. The intern will work with a mentor while learning and contributing to the design, development, building, and testing of aerospace components and systems.

Manage a team of modeling and simulation engineers to develop high-fidelity models, overseeing technical direction and people management while ensuring alignment with strategic objectives.

Leads the Insurance Product Configuration and Enrollment Platform Core, managing engineering managers and 20–30 engineers. Owns technical vision, distributed systems architecture, delivery commitments, operational excellence, testing strategy, partner implementations, and cross-team interfaces. Develops engineering leaders, manages hiring and vendors, and drives adoption of AI-augmented development tools and practices. Ensures scalable, secure, reliable platform services while balancing contractual delivery dates with long-term platform maintainability.

Design and ship a production project for the Edge team, including Java backend services, Linux-based device configuration and debugging, fleet observability tooling, telemetry pipelines, and remote diagnosis of hardware and connectivity issues. Participate in code reviews and engineering discussions while learning how IoT systems using LoRaWAN, BLE, and cloud services operate at scale.

Software Engineering Interns will ship production full-stack software, building caregiver-facing experiences in React and TypeScript and backend services in Java. Responsibilities include testing, code reviews, deployment, roadmap collaboration, and partnering with product managers, designers, and engineers. Interns receive mentorship, feedback, and experience operating reliable software supporting senior living and healthcare workflows.

Lead a small team of Site Reliability Engineers focused on the storage layer of MongoDB's cloud services. Responsibilities include setting technical direction, managing capacity, and improving operational processes.

Lead global payroll and time engineering strategy and delivery for Oracle HCM and ADP ecosystems. Own platform lifecycle, integrations, controls, compliance, resiliency, vendor governance, and adoption of AI-enabled engineering. Manage multiple teams, align cross-functional stakeholders (HR, Finance, Tax, Treasury), and drive modernization of integrations, SDLC automation, observability, and incident readiness.

Hands-on technical lead designing, building, and optimizing high-performance Linux compute platforms for low-latency electronic trading. Responsibilities include kernel- and hardware-level performance tuning, containerization, IaC and CI/CD design, automation and tooling development, vendor interfacing, AI-assisted engineering governance, and mentoring cross-functional engineering teams to deliver reliable, low-latency infrastructure.

Lead and grow the engineering team owning Trade Management and settlement workflows. Partner with Product, Data, Operations, and other engineering teams to plan, architect, implement, and operate backend and frontend systems. Drive delivery of complex initiatives, mentor engineers, enforce engineering best practices, and advocate for modern data and event-driven architectures to ensure reliable, scalable trade processing.

Lead multiple engineering teams to design, scale, deploy, and maintain high-scale data plane infrastructure (Spark/Flink and Apache ecosystem) for real-time event processing. Hire, mentor, and grow platform engineering talent; collaborate cross-functionally to deliver scalable data platforms, hybrid cloud/on-prem solutions, and improve performance and reliability for Falcon platform.

Design and deliver blockchain network infrastructure and platform APIs, lead multi-quarter initiatives (chain integrations, re-architecture, data migrations), define APIs/SLOs/observability and on-call ownership, ship SDKs and platform primitives, establish data contracts, and simplify cross-chain operations to enable analytics, ML, and data engineering teams.

Lead and grow a Production Engineering team to integrate, deploy, commission, and maintain humanoid robots. Own last-mile integration, on-site deployments, fleet rollout and observability, provisioning/configuration, and cross-functional handoffs while establishing repeatable processes, deployment playbooks, and on-call/reliability standards.

Lead and scale Flywire's B2B engineering across the Americas, define technology strategy and operating model, build internal engineering capacity, establish Austin as an engineering hub, drive AI-first initiatives, ensure platform reliability/security/scalability, partner cross-functionally, recruit and mentor senior technical talent, and represent B2B engineering at the executive level.

Lead and grow the engineering team owning the warehouse management system (WMS), vault, and fulfillment platforms. Ensure reliability, scalability, security, and integrations; partner with product; provide architectural guidance; champion AI/LLM tooling; establish operating standards, incident response, and observability; recruit and mentor engineers and technical leads.

Lead and grow a distributed Platform engineering team to build scalable, highly available infrastructure and developer platforms. Drive roadmaps across application and infrastructure, improve observability and automation, support CI/CD, security, and on-call operations, and engage with customers to incorporate feedback.