Top Engineering Jobs

Supports reliability characterization, qualification testing, data analysis, DOE, statistical analysis, failure investigations, and technology transfer for silicon photonic devices and integrated circuits. Collaborates with process integration, manufacturing, design, technology development, and quality teams to improve product reliability, quality, and manufacturing maturity. Develops technical reports, evaluates environmental and electrical stress testing, supports root-cause analysis, and helps qualify new photonic technologies for production.

Owns end-to-end solution delivery, including stakeholder engagement, requirements gathering, architecture design, AI-native development, iteration, and production deployment. The role independently delivers moderately complex solutions, identifies system and workflow improvements, and contributes to team standards. Candidates need 2–4 years of experience in solutions, technical, product, or systems roles and a proven record of delivering AI-built solutions.

Develop and launch backend software supporting Lyft’s airport operations and real-time communications. Responsibilities include designing and maintaining tested code, leading features from concept through deployment, participating in code reviews and on-call rotations, troubleshooting production issues, explaining technical tradeoffs, and managing project priorities and deliverables in a collaborative cross-functional environment.

Designs, builds, automates, and manages secure, scalable cloud platforms. Responsibilities include developing platform services, APIs, self-service capabilities, CI/CD pipelines, IAM solutions, infrastructure automation, observability, and security controls. The role supports reliability, incident management, troubleshooting, modernization, documentation, and collaboration across development, security, architecture, and operations teams.

Leads two infrastructure and engineering systems squads, owning roadmap, prioritization, delivery, operational health, hiring, mentoring, and vendor budgets. Ships production code, manages on-call performance, oversees audits and automation, and partners across engineering and business functions. Requires substantial software engineering and people-management experience, hands-on production development across cloud or application technologies, strong CI/CD and observability knowledge, security awareness, and experience directing AI agents in production workflows.

Lead on-truck integration and bring-up of embedded compute platforms, sensors, networking, vehicle interfaces, and software releases. Own integration readiness, root-cause investigations, validation environments, automation frameworks, system-level test strategies, and technical documentation. Partner across hardware, software, systems, and autonomy teams to improve integration quality and scalability. Mentor engineers and support architecture decisions through lab and field evidence.

Designs, develops, implements, and supports business technology solutions, including workflows, applications, integrations, data models, reporting tools, and automation. Partners with business teams to gather requirements, improve processes, build scalable solutions, manage deployments, provide production support, and ensure security, governance, documentation, and user adoption. Requires expertise in business systems, workflow platforms, SQL, APIs, integrations, testing, and solution lifecycle management.

Administer and engineer Linux and Windows infrastructure, virtualization, storage, networking, backups, monitoring, security patches, and DevOps tools. Install and migrate servers, manage VMware environments, configure enterprise services, troubleshoot hardware and software, maintain procedures and security compliance, provide Tier III support, and optimize system performance. The role also requires occasional after-hours and weekend support, hardware handling, and coordination with vendors and technical teams.

Lead cross-functional engineering teams to define MV switchgear product requirements, manage NPDI execution, oversee testing and certification, mentor engineers, control OpEx/CapEx, and drive time-to-market and product quality improvements.

Designs and interprets electrochemical experiments for solid-state electrolyte materials and batteries. Characterizes performance using EIS, CV, CCD, polarization, cycling, and advanced analysis methods. Connects processing conditions, material properties, microstructure, and electrochemical outcomes to guide product development, process optimization, scale-up, and root-cause investigations. Uses statistical and data analysis tools to identify trends, communicate technical findings, and recommend improvements across engineering and manufacturing teams.