סקירה כללית
Company Description hiSky is a leader in agile IoT networks, enabling seamless connectivity for businesses, individuals, and devices from anywhere. Offering a reliable and cost-effective hybrid IoT network, hiSky integrates an intuitive cloud-based management platform for monitoring, alerting, and billing. With full redundancy and smooth transitions between network layers, our solutions transform end-user devices into hybrid-ready systems. Companies benefit from secure, high-volume data connectivity to cover diverse terrains and establish private IoT networks. Role Description * Lead and mentor a team of hardware, power, and ATE engineers, fostering technical excellence and strong execution. * Own the design, development, and validation of high-speed digital boards. * Design digital and power-supply board solutions from concept and simulation through prototyping, bring-up, and lab validation. * Architect and participate in ATE systems, ensuring robust manufacturing and test processes, including automation SW. * Work closely with cross-functional teams
– hardware, RF, software, systems, mechanical, and production
– to ensure seamless product integration. * Provide production support, including debugging, root-cause analysis, and continuous improvement of products and test systems. * Diagnose, troubleshoot, and resolve issues across digital and power domains. Qualifications * B.Sc. or higher in Electrical Engineering * 3+ years of hands-on experience in digital board design. * Strong expertise in high-speed digital design (interfaces, signal integrity, timing) * Knowledge in power supply design (DC/DC, regulators, power architecture). * Familiarity with FPGA design, implementation, and lab validation. * Hands-on proficiency with lab test equipment (oscilloscopes, logic analyzers). * Experience with EDA tools for schematic and PCB layout (Altium Designer), as well as SI/PI analysis.
דרישות המשרה
* B.Sc. or higher in Electrical Engineering * 3+ years of hands-on experience in digital board design. * Strong expertise in high-speed digital design (interfaces, signal integrity, timing) * Knowledge in power supply design (DC/DC, regulators, power architecture). * Familiarity with FPGA design, implementation, and lab validation. * Hands-on proficiency with lab test equipment (oscilloscopes, log
