Top Tech Jobs & Startup Jobs

Manage new product introduction and production support for semiconductor products. Diagnose wafer probe and test-floor issues, analyze yields and setup failures, coordinate with product engineering, improve yield and test efficiency, qualify new test systems, and lead equipment and process introductions through manufacturing change approval.

Drives forecasting, budgeting, variance analysis, monthly financial reporting, cost analysis, capital expenditure evaluation, and financial modeling for a manufacturing facility. Partners with factory leadership, the controller, operations, planning, and procurement to improve cost efficiency and financial performance. Supports audits, reporting compliance, process improvements, dashboards, and ad hoc financial analysis.

Leads a test engineering team responsible for developing and optimizing production tests for precision ADCs. Drives test strategies, cost reduction, yield improvement, DFT, validation, failure analysis, qualification, and tester-agnostic methods. Analyzes test data, resolves technical issues, collaborates across design, manufacturing, quality, and reliability teams, and coaches product and test engineers.

Develops probe and final test solutions for complex mixed-signal DAC, ADC, and other integrated devices. Responsibilities include creating test plans and programs, designing ATE interface hardware, debugging and characterizing silicon, analyzing yield and failures, optimizing test time, supporting qualification and validation, and releasing products to volume production. The role collaborates with design and manufacturing teams to deliver robust, cost-effective test solutions.

Perform hands-on analog and power IC layout for high-density PMICs, including matching, symmetry, current density, electromigration, IR drop, high-voltage isolation, parasitic-aware design, power devices, bond pads, and ESD structures. Collaborate with circuit designers, complete DRC/LVS/PEX verification, adopt new tools and flows, improve design processes, and deliver high-quality layouts on schedule.

Evaluates, selects, installs, upgrades, maintains, and supports semiconductor manufacturing equipment. The role monitors equipment performance and reliability, improves uptime, resolves manufacturing-impacting equipment issues, supports repair and process engineering teams, and develops preventive maintenance programs. Expertise with semiconductor equipment, vacuum technologies, cleanroom protocols, SPC, and equipment monitoring is preferred.

Provides technical application support for DDR PMICs used in data centers. Responsibilities include customer design-in support, schematic and layout reviews, board-level debugging, EVM and reference design development, bench characterization, automation, datasheet and application note creation, and new silicon evaluation. The role collaborates with systems engineers and global DRAM customers while supporting product qualification and adoption.

Leads complex semiconductor product development programs from concept through market release. Coordinates cross-functional global teams spanning design, wafer fabrication, assembly, testing, qualification, production ramp, customers, and suppliers. Manages project plans, risks, budgets, resources, schedules, logistics, quality validation, reliability testing, and failure analysis. Provides stakeholder updates, drives issue resolution, maintains development systems, and ensures products meet specifications, cost targets, quality standards, and customer milestones.

Develop and optimize semiconductor production test processes, fixtures, and software using automated test equipment. Troubleshoot test, quality, and device performance issues; analyze yield and test data; verify solution robustness; support multi-factory manufacturing flows; and collaborate with fabs and cross-functional teams to improve production outcomes and reduce costs.

Supports semiconductor manufacturing capacity, throughput, scheduling, and process-improvement activities. Analyzes operational data and system logs, develops reports, automates data extraction, supports capacity modeling, and performs basic coding for manufacturing applications. The intern collaborates with industrial engineering and data analytics teams in a clean-room environment to identify efficiency improvements and increase fab output.