Manager of Analog Engineering

About the role

Renesas Electronics is looking for an experienced Analog Design Manager to lead and develop its analog design team in Prague. The role combines hands-on analog and mixed-signal IC design, technical leadership and people management, and suits a senior analog designer who wants to stay close to the technology while managing a small, highly skilled team. The Prague team belongs to the global Sensing Division, which develops semiconductor solutions for automotive and industrial sensing, including sensor signal conditioning, inductive position sensing and emerging connectivity solutions.

Key responsibilities

• Lead, develop and mentor a team of about seven analog design engineers, combining technical guidance with direct people management.
• Take part in circuit and architecture development, design reviews, technical problem solving and critical design decisions.
• Own complex analog and mixed-signal circuits and subsystems for advanced sensor interface and connectivity products.
• Guide the team through IC development, from concept and architecture through circuit design, layout, verification, silicon validation, qualification support and production ramp.
• Establish clear technical ownership, effective design reviews and consistent engineering methodologies for first-time-right silicon.
• Maintain an effective interface between the Prague team and the wider Analog Design organization.
• Support team growth by taking part in recruiting, interviewing, onboarding and developing new members.

Required profile

• Bachelor's or master's degree in electrical engineering, microelectronics, semiconductor engineering or a comparable discipline.
• Typically 10 or more years of experience in analog or mixed-signal IC design.

Required skills

• Relevant technical areas may include high-speed and precision analog interfaces, line drivers and receivers, analog front ends and signal-conditioning circuits, clock generation and recovery, data converters and mixed-signal calibration, filters, amplifiers, comparators, references, biasing and power-management circuits, equalization and signal integrity, low-noise and low-power design, ESD and I/O protection, and robustness across process, voltage, temperature, aging and automotive conditions.