<h3><strong><span data-contrast="none">About Re:Build</span></strong> </h3> <p><span data-contrast="none">At Re:Build, our mission is to ensure the next generation of important products are made, at scale, in America. We are laying the foundation for a better future for our customers, employees, and communities by revitalizing America's manufacturing base and creating meaningful jobs across the country, including in historically deindustrialized regions.</span> </p> <p><span data-contrast="none">We operate an advanced, end-to-end manufacturing platform that partners with industrial companies and innovators to take products from first concept to full-scale production in critical verticals including aerospace and defense, electrification, medical, energy and environment, and robotics and automation.</span> </p> <p><span data-contrast="none">The way we operate is as important as the work we do. It's guided by The Re:Build Way, 16 principles that shape how we collaborate with each other, partner with our customers and vendors, and contribute to the communities where we operate. </span><em><span data-contrast="none">(link to </span></em><a href="https://rebuildmanufacturing.com/about/rebuild-way/"><span data-contrast="auto">The Re:Build Way principles</span></a><em><span data-contrast="none">)</span></em> </p> <p> </p> <h3><strong>About Re:Build Applied Logix</strong></h3> <p>Re:Build AppliedLogix provides product OEMs with leading-edge embedded systems design services and product commercialization expertise. Our senior team of electronics, software, and mechanical engineers are fluent in a broad range of applications including fuel cell control and battery management systems, precision agriculture, medical devices, automotive and transportation components, and imaging systems with machine vision and AI processing integration.</p> <p>The Re:Build AppliedLogix Team provides design expertise for all facets of modern digital product development - with custom analog and digital embedded electronics; VHDL and Verilog targeting FPGAs, embedded software on bare-metal, RTOS or Linux; full-stack application development (Linux and Windows). Our mechanical design capabilities include the packaging of embedded systems, tooling design, and manufacturing process development.</p> <p><strong data-start="1004" data-end="1017">Location:</strong> Rochester, NY, with flexibility for hybrid work and periodic onsite collaboration.</p> <p class="isSelectedEnd"><strong>Who We Are Looking For</strong></p> <p class="isSelectedEnd">Re AppliedLogix is looking for an experienced Senior PCB Layout Designer who enjoys solving complex design challenges while helping strengthen the capabilities of the broader team. You bring deep PCB layout expertise, strong technical judgment, and the ability to take sophisticated designs from concept through production.</p> <p class="isSelectedEnd">In this hands-on technical leadership role, you’ll work across advanced energy, automotive, defense and aerospace, medical devices, and robotics and automation. You’ll collaborate closely with electrical, mechanical, and signal/power integrity engineers while helping shape design standards, mentor other designers, and continuously improve our PCB design practices.</p> <p class="isSelectedEnd">The work spans a wide range of PCB complexity, including flex and rigid-flex assemblies, HDI designs, high-voltage and high-current boards, fine-pitch BGA layouts, space-qualified PCBs, RF, high-speed digital, and mixed-signal designs.</p> <p class="isSelectedEnd"><strong>What You Get To Do</strong></p> <ul data-spread="false"> <li><strong>Lead</strong> complex PCB layouts from concept through fabrication, including stack-up development, component placement, routing, and documentation.</li> <li><strong>Apply</strong> advanced layout principles across high-speed digital, RF, mixed-signal, and high-power applications.</li> <li><strong>Collaborate</strong> with signal and power integrity engineers to meet requirements for controlled impedance, loss budgets, length matching, crosstalk mitigation, differential pairs, and power distribution.</li> <li><strong>Partner</strong> with electrical and mechanical engineers to translate product requirements into practical design constraints.</li> <li><strong>Optimize</strong> designs for manufacturability, testability, performance, cost, and schedule while considering EMI/EMC and applicable safety requirements.</li> <li><strong>Lead</strong> design reviews with internal stakeholders and clients, providing clear technical recommendations and rationale.</li> <li><strong>Generate and verify</strong> fabrication packages and assembly documentation, including ODB++, IPC-2581, and Gerber outputs.</li> <li><strong>Develop</strong> PCB layout standards, templates, component libraries, and design guidelines aligned with IPC requirements and industry best practices.</li> <li><strong>Plan and manage</strong> schedules and resource estimates for complex PCB designs to support on-time, on-budget delivery.</li> <li><strong>Mentor</strong> junior and mid-level designers through design reviews, technical guidance, training, and peer coaching.</li> <li><strong>Drive</strong> continuous improvement by evaluating emerging tools, processes, and materials that can strengthen design qualit