Top Tech Jobs & Startup Jobs

Integrates superconducting qubit hardware and semiconductor process modules, including Josephson Junctions, wiring, resonators, BEOL structures, packaging, and cryogenic interfaces. Executes process development, DOEs, characterization, and data analysis to improve performance, yield, variability, and scalability. Collaborates across device, process, metrology, packaging, reliability, design enablement, and cryogenic testing teams while translating quantum requirements into manufacturable flows, specifications, design rules, and yield-learning activities.

Leads medium to large-scale technical programs from concept through delivery, coordinating engineering and cross-functional teams across multiple sites. Responsibilities include managing schedules, costs, resources, risks, and technical challenges; guiding engineering decisions; mentoring engineers; collaborating with suppliers and external organizations; and reporting program status to leadership. The role also represents the organization at industry forums and requires up to 10% travel.

Entry-level semiconductor manufacturing engineer supporting development and continuous improvement of 200mm semiconductor processes. Responsibilities include improving throughput, cost, yield, and reliability; designing and analyzing process and equipment experiments; troubleshooting complex performance issues; collaborating with technicians, operators, technology development, quality, and integration teams; and supporting safe, high-quality product delivery.

Leads the Hot Process Module Engineering team supporting furnace and RTP toolsets in 200mm semiconductor manufacturing. Oversees engineers and technicians, manufacturing KPIs, yield, quality, cost, equipment availability, continuous improvement, and operational excellence. Partners across technology development, integration, quality, supply chain, and other fabs to improve methods and results. Requires substantial manufacturing engineering experience, people leadership, cleanroom work, and flexibility to support 24x7 operations.

Lead the roadmap, architecture, and design of next-generation photonic devices and subsystems. Translate customer and system requirements into manufacturable product concepts, collaborate across photonics, fabrication, packaging, and test teams, evaluate industry innovations, engage senior customer stakeholders, and mentor junior engineers.

Perform electrical characterization and wafer test disposition for high-volume semiconductor manufacturing. Analyze electrical, optical, health-of-line, and inline SPC data; identify variation sources; improve process control, yield, and transistor variability. Support fab operations, process changes, manufacturing ramps, cost reduction, and risk analysis while collaborating with customers and engineering teams on targeting and performance trends.

Designs and advances large-scale AWS cloud platforms supporting global Design Engineering, Software Engineering, and R&D organizations. Leads cloud architecture, platform engineering, Kubernetes and container orchestration, infrastructure automation, CI/CD, developer enablement, and cloud-native infrastructure for more than 5,000 users. Translates business and engineering requirements into secure, scalable, highly available architectures while partnering with engineering, infrastructure, security, SRE, and operations teams. The role also supports regulated environments and global engineering workloads, including EDA and software development platforms.

Leads strategic semiconductor customer programs from design enablement through qualification, production ramp, and high-volume manufacturing. Owns schedules, milestones, risk mitigation, manufacturing readiness, customer communications, escalations, and recovery plans. Coordinates Product Management, Engineering, Manufacturing, Quality, Supply Chain, and Operations teams while ensuring technical and operational commitments are delivered. Provides executive-level updates and serves as the primary customer-facing program leader for the FDX product portfolio.

Lead workload-driven AI/ML systems architecture across hardware and software. Own workload characterization, analytical performance modeling, KPI definition, and hardware performance analysis to guide SoC, memory, and HW/SW co-design decisions. Evaluate compute, memory, latency, and software bottlenecks; collaborate with CPU, compiler, runtime, and ML framework teams; present recommendations to leadership; and mentor junior engineers. The role requires expertise in processor and memory architecture, edge AI acceleration, performance modeling, and cross-functional technical leadership.

Supports R&D financial planning, budgeting, forecasting, reporting, and performance analysis. Develops financial models, dashboards, business cases, and analytical tools; provides insights for resource allocation and decision-making; prepares management reviews; improves reporting, planning, automation, and data quality processes; and partners with Finance, R&D, HR, Operations, and business leaders on strategic initiatives and financial governance.