Mixed-Signal ASIC Design Engineer for Analog Frontends and ADCs (f/m/div.)

As a Mixed-Signal ASIC Design Engineer at Bosch, you will craft high-performance analog interfaces for automotive sensor modules within mixed-signal SoCs. You collaborate with customers to translate requirements into precise specs and drive the development of signal paths, amplifiers, and converters. You’ll model and validate functionality with Matlab/Simulink and Verilog-A, and support testing and qualification to ensure product quality. This role lets you influence advanced frontends for ultrasound, inertial, and radar applications in a cutting-edge mobility context.

• flexible working models
• mobile working
• job sharing
• pension plan
• performance-related pay
• bonus

• Design and verification of high-performance amplifiers, analog filters, ADCs, DACs and supporting circuits
• Develop reference models of signal paths using Matlab/Simulink and/or Verilog-A for simulation and validation
• Collaborate with customers to define requirements and translate into technical specifications
• Support layout, series test program development, and drive validation of samples and characterization results
• Take responsibility for qualifying samples and ensuring product quality

• Practical IC design experience, especially low-noise amplifiers and converter circuits
• In-depth knowledge of semiconductor processes and solid-state devices
• Experience with state-of-the-art EDA tools for schematic entry, simulation, layout, and design flows
• Practical experience with Matlab/Simulink
• Excellent cross-functional communication and coordination skills
• Fluent German and English (written and spoken)

• Ability to drive complex technical topics across departmental boundaries
• Structured, responsible, and goal-oriented work style
• Clear communication and effective coordination within a team
• Low-noise amplifier design
• Converter circuit design (ADCs/DACs)
• Analog frontends for sensors ( ultrasound, inertial, radar )