NXP s Wireless Connectivity DSP team plays a pivotal role in shaping the system-level performance and optimization of next-generation WLAN and Narrowband Bluetooth and IEEE 802 15 4 transceivers This team drives cross-layer tuning PHY algorithm development digital verification and silicon bring-up for NXP s connectivity solutions Key Responsibilities Design and execute experiments to evaluate post-tapeout silicon performance in both cabled and over-the-air OTA environments focusing on PHY metrics Initial validation of new physical layer standards features and enhancements Analyze bring-up data identify root causes of performance gaps and propose design enhancements by applying wireless communications theory concepts Build system-level models and conduct simulations using C C Python and MATLAB to characterize improve PHY behavior and performance Collaborate with design teams to translate algorithmic concepts into efficient hardware implementations develop design-level workarounds and support verification and validation activities Qualifications M S M Tech in Electrical or Computer Engineering with a focus on wireless communications or signal processing 10 years of industry experience in wireless systems signal processing or related domains Robust analytical and debugging skills with effective communication abilities Hands-on experience with RF test equipment e g VSA VSG and lab setup Familiarity with wireless standards such as IEEE 802 11 Bluetooth IEEE 802 15 4 LTE and mmWave Proficiency in Linux and scripting languages Progressive mindset with a focus on continuous improvement and innovation LI-7013

📌 Lead Wireless Systems Engineer (Pune)
🏢 NXP Semiconductors
📍 Pune