Pune, Maharashtra

Job Summary

DC IR Drop Analysis: With Copper thickness and temperature assumptions
Current density and power dissipation plots
DC current distribution maps
Worst-case voltage drops per rail
Voltage at load vs regulator output
AC Impedance / Frequency-Domain Analysis. PDN impedance vs frequency plots
Identification of resonance and anti-resonance peaks
Capacitor contribution breakdown (bulk / mid / high frequency)
Effect of package + via inductance
Compliance to target impedance curve3. Decoupling & Bulk Capacitor Optimization Capacitor placement strategy
Cap values, types, ESR/ESL justification4. Radiated Emission Simulation Report
Near-field and far-field plots
Hotspot identification
Coupling path analysis
Preliminary recommendations
Design Improvement Recommendation Document
Layout and stack-up improvements
Shielding/filtering suggestions
Expected impact on RE performance

Updated Simulation Report (Post-Revision)
Before/after comparison
Quantified improvement

HFSS Simulation Files & Models




Project files, boundary conditions, field results

Test Lab Debug Support Summary
Observations during testing
Correlation with simulations
Final recommendations for compliance readiness

Key Responsibilities
Design and test emi/emc solutions to meet regulatory requirements and ensure electromagnetic compatibility.
Optimize hvac systems for maximum efficiency, comfort, and cost-effectiveness.
Collaborate within team to integrate low power rf,emi/emc and hvac systems into larger projects.
Troubleshoot and resolve any issues related to low power rf, emi/emc, or hvac systems.
Stay updated on industry trends and technologies related to low power rf, emi/emc and hvac systems.

Skill Requirements
Proficiency in low power rf system design and implementation.
Robust knowledge of emi/emc design principles and practices.
Experience in optimizing hvac systems for energy efficiency and p

📌 Senior Developer Pune
🏢 HCLTech
📍 Pune