Jobs at Voltify

Develop and test embedded firmware and software for battery-electric locomotive control systems. Responsibilities include C/C++ and Python development, industrial HMI design, Linux configuration, communication protocols, high-voltage control algorithms, SCADA and MQTT integration, safety-critical validation, and system testing. The role collaborates with electrical and mechanical engineering teams across laboratory and field environments.

Lead and grow a multidisciplinary engineering team from 10 to 30 members, owning product development and testing from concept through deployment. Coordinate hardware, electrical, and software integration, establish Agile/Scrum practices, manage timelines and commercial commitments, develop supplier partnerships, present technical progress to customers, and balance strategic leadership with hands-on execution.

Build Voltify’s sales and go-to-market engine from the ground up by developing rail-industry relationships, securing strategic partnerships, closing contracts, and creating recurring revenue. The role includes defining pricing, deal structures, revenue models, pilot conversion strategies, sales KPIs, pipeline processes, and scalable commercial systems while leveraging AI and automation.

Design and integrate electrical systems for battery-electric locomotives, including schematics, PCB layouts, wire harnesses, communication protocols, embedded controllers, testing, EMC mitigation, and high-voltage DC safety. Collaborate with mechanical, software, and production teams to optimize designs for manufacturing and harsh rail environments. Support Linux-based configurations and automated testing while contributing to safety-critical and sustainable transportation technologies.

Lead migration to and administration of a SolidWorks PDM environment, organize CAD data, establish modeling and drawing standards, and produce manufacturing-ready assembly and detail drawings. Collaborate with remote manufacturing teams, support ECOs, train engineering staff on revision control, and contribute to mechanical component and subassembly design for rail locomotive rebuild operations.