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ChurnZero

Customer teams use ChurnZero to drive revenue and retention, work more efficiently, and deliver the best possible customer experience. ChurnZero unifies your customer data, team expertise, and AI in a single system that gives clear insight into what customers need and helps you deliver it. AI agents, purpose-built for customer success, automate your follow-through within existing workflows while you stay in control of strategy. More than software, ChurnZero is a true partner whose customer success, implementation, and support teams ensure you succeed at scale. Visit us at www.churnzero.com.

Neuron Industries (YC S26)

About the role You’ll own the electrical architecture and product electronics inside Cortex: embedded compute, industrial I/O, and power. Your designs will go from requirements and first schematic through bring-up, validation, and production. This is a hands-on role for an electrical generalist who can make system-level decisions and execute the details. You’ll work directly with the founders and firmware and software engineers, establish practical hardware engineering standards, and help shape future electrical engineering hires. What you’ll build Architect boards and interfaces across embedded compute, mixed-signal I/O, communications, and power. Design schematics, select components, and develop or direct PCB layouts in Altium Designer. Bring up hardware, debug across electrical and firmware boundaries, and turn measurements into design improvements. Validate designs against EMC, thermal, vibration, brownouts, surges, and miswiring. Own manufacturing handoff, DFM reviews, test strategy, first-article issues, and production improvements. Establish useful design reviews, release documentation, and engineering practices that help a small team ship reliable hardware quickly. What you’ve already proven Bachelor’s degree in Electrical Engineering, Computer Engineering, Electronics Engineering, or a closely related engineering discipline. You’ve personally taken new electronics from concept through production and can explain the architecture, your contribution, what you tested, and what changed. You’ve made system-level decisions across digital processing, analog interfaces, communications, and power. Strong signal integrity, power integrity, and mixed-signal design fundamentals. You own board debugging with oscilloscopes, electronic loads, and rework tools, and can support firmware bring-up. Proficiency in Altium Designer. You’ve traced manufacturing or field failures to their root causes and improved subsequent designs. You can prioritize with incomplete requirements and explain technical tradeoffs to a small team. What gets you here faster Industrial automation or robotics products with demanding reliability requirements. SoC or FPGA boards, high-speed interfaces, or high-channel-count industrial I/O. EMC testing, manufacturing test development, or contract manufacturer management.