Top Engineering Jobs

Develop and manage fraud-control platforms that reduce financial and regulatory risk while preserving user experience. Investigate and mitigate emerging risk patterns, resolve production issues across services and technology layers, and build modular fraud systems. Collaborate with engineering, product, policy, legal, operations, and data science stakeholders to translate business needs into software requirements, system designs, and roadmap priorities.

Principal Engineer responsible for architecting, building, testing, deploying, and operating full-stack TypeScript applications. The role leads React and Next.js front ends, Node.js services, APIs, cloud infrastructure, integrations, databases, CI/CD, observability, security, and AI capabilities. It owns products end to end, establishes engineering standards, partners with creative and operations teams, and provides technical leadership on client projects. Strong autonomy, communication, architecture, and production operations skills are required.

Own the architecture and technical direction of Clarify’s data platform, including ingestion pipelines, eventing, integrations, canonical data models, public APIs, and webhooks. Build reliable systems that handle scale, retries, conflicts, backfills, and deduplication. Establish observability, operate production systems with on-call ownership, and mentor engineers through design reviews and pragmatic standards.

Design, develop, and optimize HPC software using NVIDIA GPUs, AMD CPUs, MPI, CUDA, and OpenMP. Scale and manage distributed HPC clusters, optimize parallel algorithms, profile applications, and benchmark performance across multi-node environments. Collaborate with scientists, engineers, and IT teams to deliver scalable research and production systems while documenting configurations, processes, and performance improvements.

Build and scale hardware-in-the-loop CI/CD infrastructure for humanoid robots. Responsibilities include developing PR-triggered hardware test pipelines, managing device farms and test cells, automating firmware flashing and data capture, creating regression coverage across robot subsystems, analyzing simulation-to-hardware gaps, and producing trusted test reports and dashboards. The role collaborates across embedded, controls, ML, mechanical, manufacturing, and global integration teams while ensuring safe, reliable unattended testing.

Designs and builds AIM’s safety-critical operator UI, multi-tenant SaaS portal, and shared design system. Responsibilities include developing real-time 3D interfaces with Three.js, teleoperation controls, live video and telemetry integrations, authorization and internationalization features, and production-grade TypeScript and React applications. The role leads architecture, testing, accessibility, performance, observability, code reviews, cross-functional delivery, root-cause analysis, and mentoring while ensuring reliable operation in industrial field environments.

Leads mechanical engineering activities for stimulation equipment, including new product development, sustaining engineering, product improvement, and commercialization. Manages engineering personnel, priorities, resources, projects, design reviews, verification and validation, engineering changes, quality investigations, risk management, and cross-functional collaboration. Ensures products meet customer, safety, reliability, manufacturing, cost, and applicable industry-standard requirements.

Senior Manufacturing Engineer responsible for reviewing CAD models and drawings, assessing manufacturability, generating quotes, developing cost calculators, and providing DFM/DFA feedback. The role supports custom mechanical manufacturing processes, produces ANSI/ASME Y14.5-compliant drawings, improves automated quoting, and mentors engineers across regional teams. Responsibilities also include cross-functional leadership, technical peer review, supplier collaboration, and maintaining QMS standards in a primarily remote environment.

Architect and build an end-to-end ground software system for aircraft telemetry and command operations. Responsibilities include ingesting radio-link data, real-time processing, time-series storage, backend APIs, Mission Control visualization, aircraft health monitoring, and command tools. The role emphasizes approximately one-second latency, fault tolerance, high reliability, cloud systems, and cross-functional interface development with flight software teams.

Own and improve production Laser Powder Bed Fusion equipment from qualification through sustained manufacturing. Troubleshoot mechanical, electrical, controls, software, and process issues; improve reliability, throughput, yield, OEE, and quality; conduct root-cause investigations; and implement corrective actions. Support equipment installation, commissioning, validation, factory expansion, maintenance documentation, configuration management, and fleet-wide engineering standards while collaborating with design, operations, quality, and maintenance teams.