SoC RTL Verification Engineer Intern

This internship offers a role as a SoC RTL Verification Engineer, focusing on pre-Silicon functional validation. Responsibilities include developing test cases and test benches using UVM methodology, performing RTL and GLS simulations, and creating test plans. The role also involves identifying and implementing corrective measures for failing tests and contributing to verification infrastructure. Candidates should have a Bachelor's or Master's degree in relevant fields and an understanding of industry standard interfaces like NOC, AXI, AHB/APB.

Must Have

• Bachelor or Master's degree in Microelectronics, Electrical/Computer Engineering or Computer Science
• Understanding industry standard interfaces and fabrics such as NOC, AXI, AHB/APB
• Develop pre-Silicon functional validation tests
• RTL and GLS Simulation
• Create test plans for RTL validation
• Use UVM methodology

Job Description:

A verification Engineer owns one or more architectural functional blocks on IP or SOC to perform all verification related tasks including creating test cases and test bench using UVM methodology. Responsibilities would include:

• Develop pre-Silicon functional validation tests to verify system will meet design requirements.
• RTL and GLS Simulation.
• Create test plans for RTL validation, define and run system simulation models, and find and implement corrective measures for failing RTL tests.
• Develop infrastructure with regressions and volume validation.
• Identify, document test plans across various platforms - IP library, Complex-IPs and Subsystems
• Participate and contribute to Verification infrastructure and methodology.
• Adopting Verification tool flows and methodologies and translating the best-in-class verification methodologies from industry to internal deployment such as Formal Verification, Low Power Verification, Performance Verification, Co-Simulation.

Qualifications:

• Bachelor or Master's degree in Microelectronics, Electrical/Computer Engineering or Computer Science
• Understanding industry standard interfaces and fabrics such as NOC, AXI, AHB/APB
• Ability to work in a dynamic and team-oriented environment
• Strong verbal and written communication skills.
• Strong independence and proven ability to set and meet own goals