Join our Team

About this chance:

Are you a hands-on engineer and ready to shape the future of silicon verification methodology and tools on a global scale?

Join our Design Verification Methodology team — a newly established global group defining methodologies and EDA workflows across our R&D; sites in Bangalore, Austin, Stockholm, and Lund.

We are part of the Ericsson Silicon engineering unit, developing state-of-the-art ASICs and FPGAs at advanced technology nodes for Ericsson’s 5G and 6G product portfolio. Our environment offers deep technical challenges, opportunities for growth, and a wealth of expertise to learn from. Last year we started a new Silicon R&D; center in Bangalore, ready to join?

You will do:

In this high-visibility role, you will shape the next generation of Front-End CAD (FECAD) methodologies, DV flows, and infrastructure for ASIC IP and SoC development.
Major part of your work is to work with DV activities of our proprietary tools development.
Your impact will be central in optimizing methodologies and EDA workflows,



driving efficiency and innovation across our global silicon engineering community.
We are particularly interested in individuals with exposure to or interest in applying AI/ML techniques to silicon design and verification — a significant plus as we invest in AI-driven design automation.
If you thrive on solving technical challenges, spotting opportunities for improvement, and driving continuous innovation, we’d love to have you on our team.

You will bring:

Deep expertise in Testbench Architecture using SystemVerilog and UVM at IP, ASIC, and/or SoC level.
Previous hands-on experience in scripting (Python, Perl, bash, csh, etc.).
Strong knowledge of layered UVM environments, reusable testbench components, and block/subsystem/SoC-level verification strategies.
Solid understanding of directed and constrained-random verification, SVA, functional and code coverage closure.
Proficiency with front-end EDA tools: Verilog simulator

📌 Senior Engineer (Bengaluru)
🏢 Ericsson
📍 Bengaluru