Intel Hiring Mixed Signal Design Verification Engineer | Bangalore

Job Description

This position contributes to Intel's engineering efforts focused on developing analog and mixed signal technologies for advanced process nodes. The role involves designing, developing, and optimizing analog circuits that support next generation products and technologies.

You will work on projects related to analog and mixed signal IP development, helping deliver high quality designs that meet performance and efficiency goals.

Key Responsibilities

• Design and develop analog circuits for advanced process nodes used in analog and mixed signal IP.
• Create floorplans, extract chip parameters, and run simulations of analog behavior models.
• Prepare and execute verification test plans based on circuit and block microarchitecture specifications.
• Analyze test outcomes to confirm functionality and alignment with power, performance, area, timing, and yield targets.
• Work with cross functional teams to track design progress and address circuit or performance related issues.
• Improve circuits to achieve better performance, lower power usage, optimized area, and reduced leakage.
• Collaborate with architecture and layout teams to ensure robust functionality and electrical reliability.
• Stay updated on new techniques and developments in analog circuit design.

Business Group

The Central Engineering Group (CEG) at Intel develops scalable engineering solutions across product enablement, custom ASIC development, and foundry enablement. The organization focuses on delivering customer driven, end to end engineering solutions with rapid development cycles that support Intel's product and foundry businesses.

Work Model

This role follows a hybrid work model that allows employees to divide time between on site work at the assigned Intel location and off site work.

Intel follows Responsible Business Alliance (RBA) standards and ethical hiring practices. Candidates are never required to pay recruitment or processing fees during the hiring process.