Top Engineering Jobs

Assemble and integrate UAV platforms, wiring harnesses, electrical systems, and sensing payloads. Test, troubleshoot, inspect, maintain, and repair aircraft for flight readiness. Support field operations and flight testing, improve assembly processes, and ensure quality and workmanship standards. The role requires mechanical and electrical integration experience, technical drawing and schematic interpretation, complex system troubleshooting, and the ability to work independently in a fast-paced production environment.

Design, implement, and maintain gameplay bot systems for League of Legends using game AI and machine learning. Build supporting services and tools, collaborate with designers and global engineering teams, lead complex technical initiatives, contribute to architecture, improve engineering practices, and mentor teammates. The role requires Mandarin proficiency and hybrid work in Los Angeles.

Develop, calibrate, and validate active safety, motion control, and ADAS functions for passenger vehicles. Conduct vehicle testing, analyze data, investigate root causes, create test plans and reports, and support vehicle integration with systems, software, hardware, and customer engineering teams. Travel 30–40% to proving grounds and customer locations, including multi-week assignments.

Leads and develops backend software engineering managers and technical teams, establishes development metrics and delivery processes, and drives high-quality product releases. Partners with design and business teams on customer-centered experiences, facilitates cross-functional planning, mentors employees, improves engineering practices, and supports long-term organizational and product goals.

Build and ship new products from zero to one across backend services, APIs, data pipelines, AI-driven workflows, and React front ends. Partner with customers to prototype solutions, design experiments, analyze results, and guide product direction. Establish technical architecture and reusable standards, then scale successful prototypes into production systems. Collaborate with product, platform, data, and operations teams while using AI tools throughout development.

Designs, deploys, and maintains virtual desktop infrastructure for FBI environments, primarily using Omnissa Horizon and Citrix. Responsibilities include engineering Windows and Linux baseline images, supporting virtualization platforms, automating provisioning and patching with PowerShell, optimizing performance, maintaining security and compliance, managing backup and recovery, troubleshooting as final-tier support, documenting systems, and training government staff.

Administer and secure Microsoft-based infrastructure, Azure, Hyper-V, Microsoft 365, Entra ID, Fortinet networking, and endpoint environments. Automate administrative tasks with PowerShell, Graph API, and Power Automate; manage identity, backups, security remediation, and SSO integrations. Provide Tier 2/3 support, investigate incidents, document systems, manage provisioning and hardware lifecycles, and collaborate on infrastructure projects, vendors, and licensing.

Build and operate end-to-end, consumer-scale features across backend services, APIs, iOS, and Android for Life360’s Aging in Place vertical. Use AI-native and agentic workflows with LLMs, contribute to architecture and code reviews, participate in on-call response, mentor teammates, and establish AI engineering practices adopted across the organization. Collaborate with product and design while ensuring performance, reliability, accessibility, and member-focused outcomes.

Develop and maintain Ruby on Rails backend systems supporting solar development, value evaluation, and loan servicing. Responsibilities include writing and reviewing code, maintaining CI/CD pipelines, solving complex domain problems, collaborating with Product and company experts, shaping architecture and technical direction, and improving engineering processes as the company scales.

Design, develop, and maintain real-time embedded firmware and system-level software for laser marking and engraving controllers. Implement low-level CPU firmware, Embedded Linux kernels, and device drivers; integrate Ethernet-based hardware and industrial protocols (EtherNet/IP, Profinet); support firmware-backed APIs for remote control; collaborate on hardware bring-up and core firmware architecture decisions.