Experteer OverviewIn this role you will lead the digital IC design flow for SOCs within NXP’s Industrial & IoT Edge initiatives, partnering with analog, mixed‑signal, and software teams. You drive innovative architectures and verification strategies to meet
Senior Analog IC Design Engineer Renesas is seeking a Senior Analog IC Design Engineer for our Power Product Group, Performance Computing Power Team in Catania (Italy). Reporting to the Director of Engineering, you will have responsibility for the design, verification
Job Description We are looking for a talented Sr Staff Digital Design Engineer with a BSc/MSc in Electrical/Computer Engineering (EE/ECE) and industry experience of 10 plus years. The successful candidate will be reporting to the Senior Manager
NXP’s Industrial & IoT Edge solutions range from the smallest MCUs to very high-performance processors to provide real-time insights and efficient automation when performance matters most. NXP’s advanced portfolio of edge processing solutions lets developers explore
Experteer OverviewIn this role you will lead digital design activities for cutting‑edge power management ICs, shaping design methods and automation within a high‑innovation team. You will oversee blocks from requirements to implementation, mentor juniors, and drive verification
We are looking for a talented Snr Staff Digital Design Engineer with a BSc/MSc in Electrical/Computer Engineering (EE/ECE) and industry experience of 10 plus years. Successful candidate will be reporting to the Snr Manager of Design Engineering.
Experteer Overview Join Renesas Power Product Group as a Senior Analog IC Design Engineer to shape power management ICs for leading HPC platforms. You will own transistor-level design, verification, and validation across the full lifecycle, collaborating with cross‑functional teams
Job Responsibilities Architect, model, and define sub‑system specifications for advanced power management solutions, including DC‑DC converters (inductive and capacitive), LDOs, shunt regulators, and multi‑rail PMIC architectures. Translate system‑level specifications into elegant, robust, and cost‑effective silicon solutions;