Top Tech Jobs & Startup Jobs

Leads enterprise learning, leadership development, employee engagement, culture, and organizational effectiveness initiatives. Designs scalable leadership programs, learning architecture, listening strategies, organizational development tools, measurement frameworks, and executive-ready insights. Partners with HR, business leaders, IT, HRIS, and vendors to implement systems and leverage analytics and AI-enabled tools. Requires a practical, data-driven builder who can translate organizational needs into measurable capability and culture improvements.

Leads the design, integration, validation, and lifecycle support of precision mechanical systems for semiconductor wafer probing and test equipment. Designs positioning stages, wafer handling mechanisms, probe interfaces, and motion-controlled assemblies; performs tolerance, structural, thermal, FEA, and vibration analyses; builds and tests prototypes; troubleshoots performance issues; creates technical documentation; collaborates cross-functionally; and mentors junior engineers.

Leads advanced RF, microwave, millimeter-wave, and high-speed interconnect development for semiconductor test and measurement products. Defines architectures and technology roadmaps, develops calibration and measurement methodologies, drives electromagnetic modeling and validation, and guides products from concept through manufacturing. Provides technical leadership across engineering disciplines, customers, suppliers, and industry partners while influencing strategic investments, mentoring engineers, and advancing innovation through patents, publications, and standards contributions.

Develop, qualify, implement, and sustain tight-pitch semiconductor manufacturing processes. Lead product conversions, optimize yield and cycle time, establish SPC controls, analyze manufacturing data, implement corrective actions, maintain engineering documentation, support equipment qualification and production ramp, train technicians, and collaborate with manufacturing, quality, product engineering, and wafer engineering teams on troubleshooting and continuous improvement.

Develops business cases, financial and operational models, data models, executive decision packages, portfolio dashboards, and benefit-validation reporting for cross-functional transformation initiatives. Extracts and analyzes enterprise data using SQL, Python, spreadsheets, and visualization platforms; automates repeatable workflows; standardizes metrics; tracks value realization; and partners with Finance, IT, data engineering, and business leaders to support decisions and embed sustainable reporting processes.

Leads cross-functional business process transformation and continuous improvement initiatives. Responsibilities include mapping current-state processes, identifying root causes and control gaps, designing future-state workflows, facilitating Lean and Six Sigma improvements, implementing pilots, establishing governance and metrics, supporting adoption, and transferring ownership to business functions. The role partners across finance, IT, supply chain, operations, quality, commercial, and data teams to deliver scalable, measurable process improvements.

Support and improve photolithography and etch processes in high-volume semiconductor manufacturing. Monitor process performance using SPC and Cp/Cpk, run DOEs, perform root cause analysis and CAPA, support process validation and transfers, drive continuous improvement (Lean/Six Sigma), maintain process docs and KPIs, and collaborate cross-functionally to improve yield, throughput, and cost.

Develop scalable planning analytics and automation for a global supply chain: build data pipelines and models (demand forecasting, inventory optimization, capacity/backlog modeling), support SIOP scenario planning, operationalize analytics with IT, establish data governance and standards, and train/mentor analysts to embed analytics into decision-making.

Supports mechanical assembly readiness, process development, tooling and fixture design, manufacturing documentation, and production build execution for cryogenic and semiconductor test products. Reviews drawings and BOMs, develops work instructions, provides DFM feedback, resolves process and quality issues, supports ECOs and NPI, and drives Lean continuous improvement. Collaborates with engineering, quality, supply chain, and production teams to improve safety, efficiency, repeatability, and manufacturing capability.

Lead development and delivery of advanced cooling solutions for probe card technologies. Define thermal strategy and roadmap, manage and scale engineering teams, drive product development using PLC methodology, coordinate cross-functional prototyping and manufacturing, resolve critical product issues, and deliver program outcomes for schedule, cost, and technical performance.