Job summary
This role involves designing and developing analog and mixed-signal electronic hardware for advanced cardiovascular ultrasound systems. The engineer works on complex circuit architectures and PCB design, focusing on optimizing system performance and reliability. The position requires collaboration with an international team of experts across multiple engineering disciplines to support new product development and lifecycle management in healthcare technology.
Location and work setup
- Location
- Horten
- Work setup
- On-site
Responsibilities
Design and define circuit architectures for future ultrasound products. Develop complex analog and mixed-signal circuit boards, including ultrasound transmitters, receivers, and power supplies. Optimize noise levels, distortion, dynamic range, and signal integrity. Investigate PCB issues related to noise, power, thermal, and electromagnetic effects. Support high-speed interfaces like PCIe and JESD204. Conduct hands-on prototyping, board bring-up, debugging, and hardware verification. Lead or assist in root-cause analysis, feasibility studies, and design trade-offs. Contribute to technology roadmaps, design documentation, quality, and reliability efforts. Provide technical mentorship and collaborate with cross-functional teams including FPGA, software, systems engineering, and manufacturing. Engage in new product development, design changes, and reliability investigations for hardware platforms.
Qualifications
Master's degree or PhD in electrical engineering or related field. Extensive experience in analog or mixed-signal electronics design. Strong expertise in analog circuits, mixed-signal systems, and signal integrity. Experience with schematic capture, PCB layout interaction, lab testing, debugging, and design validation. Familiarity with high-speed digital interfaces such as PCIe and JESD204. Excellent analytical, problem-solving, and communication skills. Fluency in English required. Preferred experience includes development for medical or imaging devices, knowledge of relevant safety standards, and working within international engineering environments.