Analog Circuit Design Technical Lead

Analog Circuit Design Technical LeadLocation: Greater Bengaluru AreaGLOBAL MNC:Our main business focuses on automotive microcontrollers and SoCs. The solutions cover a wide range, such as Edge-ECU to ADAS applications, dedicated to creating a comprehensive solution for automotive chips.It will continue to integrate the latest electronic and electrical architecture (E/EA) designs from automakers, realize the demands of the next-generation software-defined vehicle, and apply a chip design-oriented, human-centric service-oriented architecture (SOA) to the automotive field. This approach aims to meet the diverse needs of users and provide consumers with a new user experience.We are seeking a highly experienced Analog Circuit Design Technical Lead with 15+ years of proven expertise in the design, development, and productization of advanced analog and mixed-signal IPs for high-performance semiconductor solutions. The candidate will be responsible for Analog Design , driving innovation, ensuring robust design execution, and collaborating with cross-functional teams to deliver state-of-the-art silicon.Key ResponsibilitiesTechnical LeadershipLead and mentor the analog design team, providing architectural, circuit-level, and system-level guidance.Drive innovation in high-speed and low-power analog design for cutting-edge SoCs.Define design methodologies, best practices, and ensure technical excellence across the team.Design OwnershipLead the design and development of analog IPs such as SerDes (PAM4/NRZ), ADCs, DACs, PLLs, LDOs, CDRs, Tx/Rx front-ends, clock/data recovery circuits, and other high-performance analog building blocks.Oversee schematic design, transistor-level simulations, layout, parasitic extraction, and verification.Guide architecture trade-offs to balance performance, power, area, and manufacturability.Cross-functional CollaborationWork closely with digital design, verification, system, packaging, and technology teams to ensure seamless integration of analog IPs into SoCs.Partner with foundries and EDA vendors to leverage advanced process technologies (FinFET, advanced CMOS, etc.).Project ExecutionOwn the analog design project execution cycle from feasibility study to silicon validation.Drive technical reviews, design sign-offs, and ensure first-pass silicon success.Contribute to IP and SoC-level bring-up, debug, and validation.Innovation & RoadmapKeep abreast of industry trends in high-speed interfaces (e.g., PCIe, Ethernet, GMSL/ASA, USB, DDR) and contribute to technology roadmap definition.Drive continuous improvement in analog/mixed-signal design methodologies, flow automation, and productivity.Required QualificationsExperience: 15+ years in analog/mixed-signal IC design, with a track record of successful silicon delivery in advanced process nodes.Technical Depth:Expertise in design of high-speed SerDes (NRZ, PAM4), ADCs/DACs (high-speed, high-resolution), PLLs/DLLs, CTLEs, CDRs, LDOs, and other analog building blocks.Strong knowledge of signal integrity, jitter analysis, noise coupling, and layout considerations.Hands-on experience with Spectre, HSPICE, Verilog-A/MS, and other circuit simulators.Solid understanding of system-level trade-offs (BER, jitter tolerance, channel modeling, equalization techniques, PAM4 signaling).Leadership: Proven ability to lead, mentor, and grow high-performing analog design teams.Process Knowledge: Experience with FinFET and advanced CMOS nodes (e.g., 28nm, 16nm, 7nm, and below).Education: Master’s or PhD in Electrical Engineering (Analog/Mixed-Signal specialization preferred).Preferred SkillsExperience with automotive-grade (AEC-Q100) and functional safety (ISO 26262) requirements.Exposure to EDA flow automation, machine learning for circuit optimization, or custom design methodologies.Strong publication/patent record in analog/mixed-signal design.Excellent communication, cross-site collaboration, and stakeholder management skills.Why Join UsOpportunity to be a part of and shape a world-class analog design team.Work on cutting-edge technologies in automotive and high-speed connectivity.Be a key contributor to the success of next-generation semiconductor productsEmail: Technologies the Knowledge Community"