We are seeking a highly motivated RF engineer to join
our Wireless Connectivity RF Design Validation (RF-DVT) team. The successful
candidate will play a key role in validating, characterizing, and optimizing RF
performance of Bluetooth and IEEE 802.15.4 products across process, voltage, and temperature (PVT) variations. This role provides a unique prospect to influence product performance from early silicon through production by driving RF tuning, performance closure, calibration optimization, and characterization activities in close collaboration with RFIC, modem, firmware, and systems engineering teams.

Your roleKey responsibilities in your new role

• Lead end-to-end RF validation activities for Bluetooth and IEEE 802.15.4 wireless connectivity solutions, ensuring high-performance and standards-compliant products.
• Define and execute comprehensive RF validation strategies, test plans, and coverage for performance, protocol compliance, and interoperability requirements.
• Drive RF characterization and optimization across Process, Voltage, and Temperature (PVT)



variations to ensure robust product performance.
• Evaluate RF sensitivity to silicon process variations and implement improvements to enhance performance margins and reliability.
• Collaborate closely with RFIC and modem design teams to optimize RF performance and achieve specification compliance across all operating conditions.
• Conduct performance closure activities and establish production guard bands through detailed characterization and statistical analysis.
• Investigate and resolve complex RF, silicon, firmware, and system-level issues using data-driven debugging methodologies.
• Develop, automate, and maintain RF validation, characterization, and regression test frameworks to improve efficiency and scalability.
• Analyze large-scale validation and production datasets to derive actionable insights that enhance product performance, yield, and manufacturability.
• Mentor and guide junior engineer

📌 Staff Engineer (Bengaluru)
🏢 infineon
📍 Bengaluru