Company Name: VARITE India Private Limited

About The Client:

Client is a Hero Electronix venture and a premier end-to-end silicon and systems partner with over 22 years of experience and 4,000+ employees across 12 countries. Serving over 90% of the world's top 20 semiconductor design firms, the company provides turnkey solutions ranging from design and verification to testing and embedded systems.

Essential Job Functions:
- Ability to collaborate and resolve Energetic & Static IR issues.
- Provide feedback on power grid robustness to Floorplan/APR teams.
- Good exposure to high-frequency design convergence for PDN and decent exposure to VCD flows, RHVoltus/Voltus, and Vmin flows.
- Evaluate and optimize different power distributions (voltage rail assignments, regulator assignment) for a SoC.
- Modeling of the power delivery networks, including on-die power gating and in-rush current profiles.
- Modeling of the current profiles and peak current demands of various IPs.
- Evaluate and optimize voltage rail assignment and regulator requirements for SOC.
- Work with the system, PMIC,



and silicon package teams to model the voltage response of the power delivery network.

Qualifications:

Experience Range
- Total Exp – 7 - 21 Yrs
- Rel Exp – 7+ Yrs

Mandatory Skills (Must Have)
- EMIR, block-level or chip-level Physical Design and EM/IR activities
- Power grid requirement
- Dynamic & Static IR issues
- 7+ years of relevant experience after a Bachelor or Master of Engineering degree in Electrical/Electronic/VLSI Engineering or related field.
- Experience in leading block-level or chip-level Physical Design and EM/IR activities.
- Strong expertise in assessment of power grid requirements and good understanding of package and board-level requirements.
- Understanding of electrical properties of on-die PDN, power gating, package, and system power delivery.
- Strong skills in problem solving, scripting, and data analysis, with experience using EDA tools.
- Teamwork, flexibilit

📌 EMIR profile (Bengaluru)
🏢 VARITE
📍 Bengaluru