Top Product Engineer Jobs

Own product-layer performance for agentic AI systems in healthcare. Design prompting, retrieval, context, memory, tool use, evaluation, escalation, and human-review workflows. Build production-grounded evaluations, diagnose failures, improve accuracy, reliability, latency, cost, and steerability, and approve model changes. Partner with Product and Engineering while maintaining model cards, intended-use guidance, limitations, and failure-mode documentation for safe, transparent deployment.

Validates enterprise SSD firmware through verification planning, automated Python test development, execution, regression testing, and failure analysis. The role tests NVMe features and customer specifications, investigates root causes, reports quality metrics, and collaborates with firmware, data science, and AI/ML teams. It also applies AI-assisted development, anomaly detection, and intelligent automation to improve test coverage, efficiency, and validation workflows.

Develop and execute firmware verification plans for enterprise SSDs and NVMe protocols using white-box, grey-box, and black-box testing. Build Python-based test automation, analyze regression failures, perform root-cause analysis, improve coverage, and communicate results. Apply machine learning, generative AI, LLMs, and agentic solutions to anomaly detection, failure analysis, validation workflows, documentation, and engineering productivity. Collaborate with firmware, test, and AI/ML teams while contributing to code reviews and quality improvements.

Lead cross-functional development and industrialization of silicon photonics and high-speed optical products from concept through high-volume manufacturing. Define product plans, manage technical risks and tradeoffs, drive manufacturing readiness, coordinate fab, assembly, test, quality, and operations teams, and communicate product status and recommendations to leadership. Support wafer planning, qualification, capacity analysis, customer sampling, and assembly/test site certification.

Design and build security foundations for AI products, including agent runtimes, tool permissions, retrieval, content writes, observability, and auditability. Create reusable security libraries, guardrails, test fixtures, and automated red-team testing for prompt injection, data exfiltration, tool misuse, cross-tenant leakage, and unsafe mutations. Translate threat models into engineering requirements and launch criteria, and continuously harden systems using production signals and incident learnings.

Develops, improves, and sustains wafer metrology processes for R&D and high-volume manufacturing. Provides hands-on production-line support, conducts statistical analyses and measurement system evaluations, investigates failure mechanisms, and drives yield and quality improvements. Collaborates with R&D, quality, manufacturing, supply chain, and external partners on NPI projects. Creates technical documentation and supports semiconductor consumable production in laboratory and cleanroom environments.

Own product design and validation for compact construction equipment attachments from concept through production. Responsibilities include structural, hydraulic, mechanical, electrical, and controls design; CAD modeling; prototyping and testing; design optimization; engineering change management; documentation; and cross-functional collaboration with manufacturing and quality teams. The role requires solving product issues, supporting new product launches, and ensuring products meet performance, cost, safety, and manufacturability requirements.

Provides technical support for semiconductor test systems by troubleshooting field issues, diagnosing system and component faults, analyzing field performance, supporting installations and repairs, writing test plans and incident reports, developing documentation, training field service personnel, and serving as a technical liaison for customers and suppliers. The role requires domestic and international travel, cross-functional project participation, and onsite work in Lake Forest, California.

Designs and develops mechanical powertrain products and components for heavy-duty specialty vehicles. Uses CAE, finite element analysis, multi-body simulation, and fatigue analysis to solve vehicle design problems. Supports prototype design, testing, fabrication, and assembly while collaborating with marketing and industrial design teams to meet technical, manufacturing, and cost requirements.

Supports electronic assembly and test operations through PCBA troubleshooting, nonconformance resolution, corrective actions, process and tooling development, and new product introduction. Drives cost reduction, quality improvement, lead-time reduction, Lean and Six Sigma initiatives, supplier development, documentation, and data-driven process improvements while collaborating with Engineering, Quality, Supply Chain, and Operations.

Design, analyze, and deliver industrial power transmission products. Develop new solutions, produce engineering designs and bills of materials, support manufacturing and customers, collaborate cross-functionally, ensure compliance with standards, and communicate technical status, risks, and outcomes.

Provides Level 3 technical support for Philips healthcare products, diagnosing complex hardware, software, networking, and configuration issues. Leads global product support strategy, escalation resolution, service processes, reliability monitoring, training, communications, continuous improvement, and end-of-life planning. Partners with field teams, customers, R&D, and functional management to improve product performance, reduce ownership costs, and increase customer satisfaction.

Build and maintain software across the application stack, primarily with TypeScript, React, Node.js, and PostgreSQL. Develop product capabilities, APIs, and AI-powered features while collaborating with product and design teams. Own work from discovery through production, write technical specifications, participate in roadmap planning, and join an on-call rotation. Use agentic coding workflows with tools such as Claude Code or Codex, and contribute to pragmatic technical decisions in a fast-growing environment.

Design and develop consumer electronic products from prototypes through mass production. Responsibilities include electrical system architecture, schematic capture, PCB layout, bring-up, characterization, production test infrastructure, reliability testing, and prototype development. The role collaborates with mechanical, embedded software, industrial design, product, manufacturing, and overseas supplier teams. Candidates should have strong mixed-signal consumer electronics experience and expertise in ECAD tools, Altium, SMT, and flex PCB manufacturing.

Defines and controls manufacturing processes for new products, including tooling and equipment. Validates design specifications and shop-floor applications, solves manufacturing problems, and executes engineering activities with some autonomy. Collaborates across teams, applies technical expertise to advanced electrical and mechanical components, documents and plans programs, and provides informal guidance to newer team members.

Lead end-to-end development of ultra-low-power wireless embedded products, including architecture, production C code, custom sub-GHz protocols, hardware integration, board bring-up, and HIL/SIL testing. Collaborate across electrical, mechanical, industrial design, and validation teams. Use Python, Bash, Linux, and Git to automate workflows and maintain quality codebases. Apply systems engineering, power optimization, RF knowledge, and math and physics fundamentals while mentoring teams and supporting manufacturing.

Build Clarity’s product experiences end to end, collaborating with product design to create an intuitive user experience. Develop frontend infrastructure, abstractions, design systems, performance and monitoring capabilities. Own product improvements and make decisions amid ambiguity. Support customers, participate in sales calls and onboarding, and explore generative AI applications that solve customer problems.

Develops and leads quality processes for automated guided vehicle products across design, manufacturing, and deployment. Responsibilities include DFMEA and PFMEA leadership, quality documentation, field issue investigation, root-cause analysis, corrective and containment actions, design-for-manufacturing reviews, process compliance audits, and data analysis. The role collaborates with engineering, manufacturing, project management, sales, customers, and other stakeholders to improve product quality, productivity, cost, and customer satisfaction.

Leads the design and development of automated material-handling products, including conveyor, sortation, and automation equipment. Responsibilities include engineering calculations, modeling and simulation, prototyping, test-plan execution, on-site verification, troubleshooting, purchased-part selection, and design reviews. The role collaborates with manufacturing, quality, purchasing, vendors, and design teams; manages project milestones; leads work teams; and mentors junior engineers. Travel is required up to 20%.

Own and secure the cloud infrastructure for a multi-tenant SaaS product: design secure cloud architecture, deploy infrastructure security (access, certificates, logging), develop isolation/sandboxing, review IaC changes, audit environments for vulnerabilities, and create secure cloud policies and procedures.

Design, prototype, test, and troubleshoot mechanical systems for autonomous agricultural weeding robots. The engineer will own mission-critical vehicle systems, solve field issues, build durable designs, and collaborate across disciplines in a fast-paced startup environment. Designs must withstand challenging farm conditions and reach production quickly.

Designs and develops mechanical products and components from concept through launch. Responsibilities include CAD design, simulations, FEA, design verification, validation testing, failure analysis, documentation, and product improvement. The role supports APQP, PPAP, prototyping, production readiness, quality resolution, and customer technical requirements. It also provides technical leadership across suppliers and internal teams while managing multiple development projects, presenting technical findings, and traveling to customers, suppliers, and company facilities as needed.

Reviews customer purchase orders and specifications, manages customer-specific projects, and coordinates production resources and schedules. Creates work orders, engineering change orders, production and test procedures, drawings, specifications, reports, bills of material, and product memorandums. Verifies component availability, coordinates procurement, supports inventory and production needs, assists with electrical test equipment setup, and interfaces with customers, vendors, quality, safety, production, and test teams.

Leads new product initiatives from market ideation through engineering, prototyping, validation, and manufacturing launch. Develops SolidWorks CAD models and drawings, applies DFM principles, conducts FEA and qualification testing, creates product specifications and business cases, benchmarks competitors, and manages engineering changes, supplier transitions, and cost-reduction projects.

Develops and leads complex laser-based medical device product development projects from prototyping through production readiness. Responsibilities include process development, parameter optimization, troubleshooting, metrology programming, test method validation, engineering drawing interpretation, quality documentation, customer communication, quoting support, and cross-functional project leadership. The engineer also mentors technical staff, supports continuous improvement, and applies advanced manufacturing, materials science, and validation methods to high-precision medical device manufacturing.