Jobs at Stored Energy Systems (SENS)

Designs and develops industrial battery chargers, inverters, and power conversion products from concept through production and field support. Responsibilities include power-system simulation, prototyping, control-loop development, documentation, design reviews, manufacturing transition, compliance, troubleshooting, and cross-functional collaboration. The engineer also mentors team members and contributes to continuous improvement. Required expertise includes power conversion, isolation, EMI/EMC, semiconductors, thermal design, magnetics, control theory, bidirectional topologies, laboratory instrumentation, and volume production launch.

Designs, develops, and supports AI-enabled business process automation across the organization. Partners with business and technical stakeholders to identify inefficiencies, define requirements, and deliver end-to-end automation solutions. Builds secure enterprise AI, LLM, agent, knowledge management, workflow, and integration capabilities, including private and on-premises deployments. Evaluates emerging technologies, establishes governance standards, and provides ongoing troubleshooting, maintenance, documentation, and improvement.

Leads advanced manufacturing projects from concept through production implementation. Develops automation, robotics, smart factory, digital manufacturing, material-flow, and emerging technology solutions. Responsibilities include requirements development, prototyping, ROI analysis, vendor and integrator management, equipment design reviews, commissioning, validation, KPI tracking, and production handoff. Partners with manufacturing, production, quality, safety, IT, and continuous improvement teams to improve productivity, quality, capacity, safety, reliability, and operator effectiveness.

Industrialize new and complex electrical product configurations from engineering release through production implementation. Review schematics, drawings, BOMs, and wiring documentation; create and validate work instructions, material pick lists, and wire cut lists; support first builds; resolve manufacturability and assembly issues with engineering and production teams; and verify documentation, materials, methods, and testing are ready for normal production.

Leads resolution of customer-reported product issues and supports manufacturing through troubleshooting, root-cause analysis, corrective actions, engineering changes, documentation, and test development. Works with electrical, electromechanical, software, and communication-interface systems; communicates technical findings to customers and cross-functional teams; maintains BOMs and engineering records; and supports product reliability, manufacturability, and quality improvements.

Lead PowerCab2 customer projects from order acceptance through delivery, coordinating Sales, Engineering, Production, Supply Chain, Finance, and Customer Success. Own timelines, milestones, risks, escalations, customer communications, and cross-functional accountability. Develop scalable execution processes, configuration standards, handoffs, and governance while identifying and eliminating recurring quote-to-delivery issues.

Owns product configuration management throughout the lifecycle, including BOMs, configurable model structures, configuration rules, product standards, numbering schemes, ERP data, labels, and release documentation. Audits engineering and manufacturing data, supports new product introductions and pricing, trains cross-functional teams, and serves as the quality gatekeeper for accurate product configurations. The role partners with Engineering, Manufacturing, Sales, Customer Service, and Supply Chain.

Designs and develops mechanical enclosures, assemblies, cooling systems, and components for industrial battery chargers, inverters, and backup power systems. Responsibilities include SolidWorks modeling, thermal analysis, vibration testing, material and hardware specification, technical documentation, design validation, production release, and support for manufacturing and field issues. The role covers products from concept through volume production and requires expertise in electronics packaging, manufacturing methods, and thermal management.

Leads the manufacturing engineering team and oversees process optimization, production support, automation, testing, tooling, engineering changes, capacity planning, quality improvements, and capital projects. Manages departmental goals, budgets, KPIs, and cross-functional initiatives involving production, safety, quality, design engineering, and supply chain. Drives root cause analysis, CAPA, Lean Manufacturing, industrialization, scalability, and continuous improvement while developing team capabilities.

Supports channel and enterprise sales by understanding customer technical challenges, specifying power conversion and energy storage solutions, collaborating on customized designs, and presenting technical solutions. Conducts product demonstrations, training, market research, and customer discovery calls. Serves as a liaison between sales, engineering, product development, and marketing while supporting key accounts and technical positioning.

Documents current and future-state business processes, maps data flows and system interactions, translates business needs into requirements and user stories, facilitates stakeholder workshops, supports system design and testing, and recommends process improvements and automation opportunities.

Develop and support industrial power products across the full lifecycle, translating customer and regulatory needs into system requirements, architectures, verification plans, and compliant designs. Coordinate certification, testing, risk mitigation, subsystem integration, design reviews, and product launches across electrical, mechanical, firmware, manufacturing, and external agencies. Maintain compliance documentation, traceability, test equipment, and customer-facing technical specifications for battery chargers, inverters, and related power systems.

Leads the Manufacturing Engineering team and develops departmental goals, resources, projects, and performance metrics. Provides production support, removes constraints, improves uptime and efficiency, and oversees manufacturing processes, testing, tooling, automation, and production software. Drives capacity planning, process validation, industrialization, root cause analysis, CAPA, engineering changes, capital investments, and continuous improvement while partnering with Operations, Quality, Supply Chain, and Product Engineering.

Develop and improve manufacturing Build & Test software and customer-facing utilities. Diagnose performance, reliability, and software-hardware integration issues in mature codebases; design, test, document, and deploy maintainable applications across Windows and Linux. Responsibilities include database and containerized application development, architecture, code reviews, troubleshooting support, and collaboration with Manufacturing, Engineering, Quality, and Customer Service.

Develops and implements electrical hardware tests for new product introduction and manufacturing. Responsibilities include designing test fixtures and harnesses, writing software for calibration and production testing, creating test plans and instructions, analyzing test data, investigating failures, supporting validation, training operators, and coordinating manufacturing readiness, product launches, and corrective actions across engineering and production teams.