The Manager II – PCB Simulation role is a hands‑on technical leadership position within the Digital Data & Networks (DDN) business unit at TE Connectivity. This role leads a team of engineers focused on high‑speed Signal Integrity (SI) simulation and supporting domains including Power Integrity (PI), EMC/RFI, and thermal analysis.
The primary objective of this role is to ensure PCB designs meet performance, reliability, and manufacturability requirements through accurate simulation, early risk identification, and close collaboration with design and cross‑functional engineering teams—prior to prototyping and mass production.
Key Responsibilities
Team Leadership & Execution
Lead, mentor, and develop a team of PCB simulation engineers with a robust focus on Signal Integrity (SI) for high‑speed interfaces.
Manage workload distribution, project prioritization, and technical quality of deliverables.
Support capability development, onboarding, and continuous technical upskilling within the team.
Simulation Technical Ownership




Drive hands‑on SI simulation for high‑speed interfaces such as DDR, PCIe, Ethernet, and high‑speed serial links.
Support simulations related to PI, EMC/RFI, and thermal behavior as part of holistic PCB validation.
Interpret simulation results and provide clear, actionable recommendations to PCB design teams.
Design Review & Validation
Conduct PCB design and simulation reviews to identify risks and performance gaps early.
Ensure simulation correlation with lab / experimental results.
Drive design optimizations to enable first‑time‑right manufacturability for prototypes and volume production.
Cross‑Functional Collaboration
Work closely with global hardware design, mechanical, and manufacturing teams to align simulations with product requirements.
Communicate simulation outcomes, design risks, and improvement recommendations to stakeholders, customers, and suppliers when needed.
Process & Quality Improvement
Improve simulation methodologies, workflows, a

📌 MGR II R&D/PRODUCT DVL ENGINEERING (Bengaluru)
🏢 TE Connectivity
📍 Bengaluru