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Designs and validates analog and mixed-signal integrated circuits from architecture and schematic through post-layout simulation and silicon validation. Uses MATLAB and Cadence for circuit design, simulation, modeling, and data analysis. Performs feedback, stability, reliability, debugging, and root-cause analysis. Collaborates with systems, layout, test, verification, and digital design teams throughout product development, contributing to design reviews, characterization, documentation, and technical presentations.

Serves as the technical bridge between customers, field teams, and product development groups. Engages customers, identifies market needs, influences product roadmaps, defines analog and mixed-signal IC products, leads cross-functional development, promotes product portfolios, supports design wins, and creates technical documentation. Requires expertise in semiconductor product lifecycles, system evaluation, board debugging, and Mandarin-English communication.

Lead an analog IC design team through product definition, design, verification, silicon evaluation, validation, and manufacturing release. Guide physical design and layout, coordinate with systems, applications, marketing, product, validation, and test engineering teams, support customer discussions, contribute to product roadmaps, and help hire, develop, and evaluate personnel.

Develops and executes probe and final tests for complex mixed-signal power management devices. Responsibilities include creating test plans and programs, designing ATE interface hardware, characterizing and debugging silicon, correlating ATE and bench data, analyzing yield fallout, improving test time, supporting failure analysis and qualification, and releasing products to volume production. The role also defines test strategies for new DC/DC converter products and collaborates across design, production, and manufacturing teams.

Participate in a 12-month development program while driving manufacturing quality improvements. Responsibilities include resolving customer returns, performing root-cause analysis, leading cross-functional teams, serving as a liaison between fab and business unit quality teams, communicating performance and solutions, and improving quality systems and processes.

Support semiconductor manufacturing and process development in a diffusion operation. Qualify and enhance processes, improve yields, efficiency, quality, capacity, and cost competitiveness, and lead root-cause investigations into process or equipment issues. Analyze manufacturing data, resolve excursions, optimize thermal processes, and collaborate with engineering and operations teams in a fast-paced fab environment.

Join Texas Instruments’ Embedded Processing Software Engineering Tools team in Toronto through a first-year Career Accelerator Program. Develop desktop and cloud-based embedded tooling, contribute to complex application software, learn software development life cycles, and work with embedded devices, SDKs, and industry-standard tools. The role requires collaboration, problem-solving, communication, and programming experience with TypeScript, JavaScript, React, HTML, and CSS.

Leads global cross-functional semiconductor new product development programs from opportunity assessment through market release. Manages schedules, budgets, quality, reliability, qualification, material logistics, manufacturing coordination, customer milestones, and return on investment. Directs internal teams and external fabrication and assembly/test organizations, resolves reliability failures with failure analysis, maintains project systems, and reports program status, risks, and milestones to senior management.

Verifies analog and mixed-signal semiconductor designs against design rules, procedures, specifications, and best practices. Performs equipment analysis, experimental testing, software simulations, component selection, and results evaluation to confirm device performance and reliability. Reviews vendor capabilities and collaborates with internal and external stakeholders. Requires a bachelor’s degree in electrical engineering or equivalent design experience.

Develop, evaluate, automate, regress, deploy, and support analog EDA tools, flows, and methodologies for IC and SoC design teams. Collaborate with internal stakeholders and EDA vendors such as Cadence and Synopsys across process nodes. Create training materials, support worldwide deployments, and help improve semiconductor performance, power, area, and time-to-market outcomes.