Top Engineering Jobs

Designs, develops, tests, operates, and maintains reliable full-stack software products. Owns production-ready code, technical architecture, scalability, performance, security, compliance, and reliability. Establishes API governance standards and lifecycle controls, enables developer adoption through coaching and documentation, and supports GenAI, AI risk, gateways, and MCP initiatives. Collaborates across teams using agile and DevOps practices while conducting code reviews, analyzing failures, and driving continuous improvement.

Designs and builds enterprise API platform capabilities, including backend services, developer portals, API governance, lifecycle management, and automation. Develops Java, Spring Boot, Node.js, React, and TypeScript solutions using microservices, REST, GraphQL, event-driven architecture, and DevSecOps practices. Improves security, reliability, observability, and scalability; integrates responsible AI capabilities; and mentors engineers while contributing to technical strategy and architecture.

Designs, develops, tests, operates, and maintains full-stack software products. Responsibilities include writing production-ready code, creating scalable and reliable designs, analyzing failures, conducting code reviews, applying security and compliance practices, supporting software reliability, and contributing to agile and DevOps improvements. The role requires Java development, distributed systems experience, API integration, SQL, asynchronous operations, testing, and collaboration across teams.

Leads development of microservices-based, real-time software for a mission-critical air traffic automation platform. Designs enterprise data solutions, mentors developers, guides Agile/SAFe delivery, integrates databases, messaging systems, and APIs, and applies CI/CD, DevSecOps, automated testing, and AI-assisted development practices. Collaborates with systems engineering, product, QA, DevOps, and platform teams to deliver reliable, secure, high-performance software.

Leads enterprise OpenShift Virtualization operations, including platform design, administration, monitoring, troubleshooting, security, resilience, and VM lifecycle management. Oversees VMware-to-OpenShift migration waves using MTV/Forklift, coordinates incidents and maintenance in a 24x7 environment, leads virtualization operations teams, and maintains compliance documentation, runbooks, and infrastructure-as-code configurations.

Designs, develops, tests, validates, and documents optical and opto-mechanical systems for multi-laser metal additive manufacturing platforms. Responsibilities include laser beam delivery design, optical testing, alignment, calibration, supplier management, system integration, troubleshooting, documentation, manufacturability improvements, and project coordination from concept through production.

Build and lead the Vehicle Realism Platform for Waymo’s autonomous-driving simulator. Design scalable architectures, improve simulator reliability and reproducibility, bridge vehicle subsystems with simulation infrastructure, and deliver realistic simulation solutions across hardware platforms. Collaborate with robotics, onboard, hardware, evaluation, and simulator teams. The role requires backend development, production monitoring, systems programming, C++, and experience building products in distributed environments.

Graduate software engineering interns will analyze autonomous driving behaviors, build automated pipelines for undesirable-event response, improve behavior-detection signals, and quantify driving performance. The role involves Python or C++, data analysis using SQL or Python, and data-focused experimentation. Preferred experience includes machine learning model training and evaluation, agentic systems, C++, and large-scale distributed systems. The internship is hybrid and onsite.

Lead the Site Reliability Engineering team responsible for Waymo’s release and pipeline infrastructure. Own observability, incident response, capacity planning, on-call operations, software hardening, playbooks, and continuous reliability improvements. Investigate novel production events, contribute to system architecture, and partner across engineering organizations to improve large-scale software delivery systems supporting autonomous vehicles. Manage organizational growth, including hiring and developing additional engineers.

Designs, architects, integrates, and validates embedded digital, acoustic, and video systems for robotic surgery platforms. Responsibilities include PCBA development, electrical system architecture, simulation, prototyping, component and subsystem testing, EMI/EMC and thermal analysis, test fixture development, technical documentation, design reviews, and xFMEA participation. The role collaborates cross-functionally to improve product reliability, quality, and performance in a regulated medical device environment.

Provides technical engineering support for equipment design, manufacturing, process studies, project planning, implementation, testing, specifications, and investigations. Contributes to engineering standards and continuous improvement initiatives while applying statistical process control, safety, cost management, and manufacturing excellence concepts. Communicates project findings and supports compliance with company, environmental, health, and safety requirements.

Works under mentorship on projects that improve process efficiency, reduce cycle time and costs, and enhance execution quality. Applies project management and Lean/Six Sigma methodologies; supports product and process development, specification writing, documentation, testing, equipment and process validation, and design of new processes or test methods. Prepares reports, follows environmental and safety policies, and completes assigned departmental projects.

Own and optimize a fleet of more than 100 PostgreSQL databases for a SaaS platform. Responsibilities include monitoring performance and reliability, tuning queries, indexes, autovacuum, and connection pooling, planning capacity and costs, improving schemas, minimizing downtime, reviewing data models, and collaborating with engineering teams. The role also involves mentoring developers, establishing SQL best practices, and supporting scalable, secure database operations.

Develops and qualifies advanced multi-junction solar cell products for space and terrestrial applications. The role leads environmental qualification, confidence, and reliability testing; designs test circuitry and hardware; analyzes solar cell performance and failure mechanisms; interprets data using Excel and JMP; collaborates with R&D, manufacturing engineers, and vendors; and reports findings through presentations and formal documentation.

Leads and contributes to secure, auditable cloud automation across Azure, AWS, and OCI. Builds Terraform, Ansible, and GitOps CI/CD platforms with policy gates, artifact promotion, secrets management, audit trails, and compliance controls. Conducts infrastructure-as-code governance audits, remediates production risks, and partners with security, compliance, and change-management teams. Manages, mentors, and grows a team of cloud and platform engineers while serving as the technical authority for automation architecture.

Leads solution architecture for data and analytics, AI/BI, data science, and master data management initiatives. Develops enterprise architecture strategies, technology roadmaps, governance plans, and data integration solutions. Partners with business stakeholders, data owners, enterprise architects, and technical subject matter experts to assess needs, evaluate alternatives, manage risks and costs, and align technology investments with business objectives. Designs solutions using big data, database, visualization, middleware, and MDM technologies.

Lead design, build, and scale of Kubbly's messaging AI platform. Own architecture, reliability, observability, databases, integrations, CI/CD, and production systems while shaping product roadmap and engineering culture.

Lead the design and delivery of a core software platform area, such as data systems, cloud infrastructure, or internal and customer-facing tools. Provide technical direction, review designs and code, mentor engineers, establish scalable and reliable architecture, and manage the full development lifecycle through production. Collaborate with autonomy and robotics teams on data interfaces, uphold security and reliability standards, and support hiring and roadmap planning.

Lead autonomy engineering for construction robots installing solar racking systems. Own perception, planning, or controls from architecture and development through field deployment. Lead technical direction for a small autonomy team, review designs and code, mentor engineers, make hardware-software architecture decisions, and manage roadmap, releases, monitoring, and iteration. Regularly travel to the West Texas deployment site to validate performance and drive software improvements.

Lead the mechanical, electrical, and systems design of robotics subsystems from prototype through production. Direct a small team of hardware engineers, make architecture decisions, integrate controls and sensors, manage BOMs and suppliers, reduce costs, and improve field reliability. The role requires regular travel between a San Francisco robotics facility and a West Texas deployment site to resolve failures and implement design fixes.