Top Tech Jobs & Startup Jobs

Lead the architecture and development of safety-critical embedded software for industrial systems. Build low-level firmware in C/C++ and Rust, control actuators, process sensor data, develop fault-tolerant control logic, and create automated validation infrastructure. Manage and mentor a small engineering team while partnering with multidisciplinary teams on hardware integration, safety analysis, troubleshooting, commissioning, and production deployment.

Lead and grow General Matter’s Applied AI team, set technical direction and priorities, remain hands-on in architecture and implementation, and partner with engineering teams across licensing, safety, design, and manufacturing. Build AI-driven tools using LLMs, agents, RAG, and related techniques to accelerate engineering workflows. Establish scalable processes for experimentation, evaluation, production handoff, and team development while communicating progress and tradeoffs to leadership.

Own hardware reliability through accelerated life, component, and reliability demonstration testing. Develop test plans, determine sample sizes and durations, analyze life and field data, conduct Weibull and statistical analyses, and lead failure investigations. Build reliability models including FMEA/FMECA, fault trees, and reliability block diagrams. Partner with test, design, manufacturing, and quality teams to drive corrective actions, design-for-reliability practices, reliability metrics, and a scalable reliability test capability.

Mechanical Engineering Interns will design, prototype, test, and optimize mechanisms and mechanical structures supporting uranium enrichment technology. Responsibilities include participating in the product lifecycle, evaluating hardware through thermal, vibration, shock, and durability testing, analyzing test failures, developing mitigations, and collaborating with electrical, software, manufacturing, nuclear, materials, and physics engineers. Interns will gain hands-on experience bringing hardware from concept through production.

Design and own enterprise systems architecture across ERP, manufacturing, quality, supply chain, finance, HR, analytics, identity, integrations, data flows, and hosting. Lead ERP selection and full-cycle implementation architecture, define APIs and ETL/ELT integrations, establish data governance and system-of-record ownership, and design secure data movement across environments with differing sensitivity. Translate enterprise roadmaps into target-state architecture, mitigate technical risks, and guide integration engineers, administrators, analysts, and implementation partners.

Electrical Engineering Intern supporting the design and coordination of power, lighting, low-voltage, medium-voltage, grounding, backup, and electrical distribution systems for industrial and mission-critical facilities. Responsibilities include BIM modeling, load calculations, circuit analysis, panel schedules, construction documentation, interdisciplinary coordination, and workflow automation using Revit, AutoCAD, Dynamo, Grasshopper, Python, or C#. The role provides hands-on exposure to high-reliability facility design in an AEC environment.

Manufacturing Engineering Interns will develop scalable manufacturing processes, collaborate with design engineers on manufacturability and cost improvements, build and validate prototypes and test stands, troubleshoot test failures, perform root-cause analysis, and establish manufacturing and quality practices for production. The role provides hands-on shop-floor experience assembling hardware and supporting reliable nuclear fuel enrichment systems.

Electrical Instrumentation and Controls Engineering Intern supporting the design, analysis, testing, documentation, and implementation of electrical power, instrumentation, automation, and control systems for a uranium enrichment facility. Responsibilities include load calculations, power distribution studies, component selection, prototyping, hardware debugging, qualification testing, and cross-functional engineering collaboration.

Own and operate integrations across MES, WMS, QMS, PLM/PDM, and ERP systems. Develop C#/.NET API integrations, monitoring, alerting, logging, retry and reconciliation workflows. Manage PLM/PDM-to-MES pipelines, data mappings, documentation, authentication, access controls, CI/CD, and production support. Lead data migration from legacy finance systems, including extraction, cleansing, validation, cutover, and troubleshooting. The role is fully onsite in Los Angeles and may require extended hours or weekends.

Develop reliable, performant software in C++ and Python for control systems, distributed hardware coordination, sensor data pipelines, monitoring, and deployment infrastructure. Assist with system architecture, technical and code reviews, automated testing, and CI/CD pipelines. Collaborate with multidisciplinary engineering teams on complex technical problems involving safety-critical physical systems. Interns may focus on backend services, distributed systems, or developer tooling.