A hands-on, zero-to-one role for a Product Designer on the Physical Engineering team, shaping AI-powered physical-engineering experiences from concept through launch.
Responsibilities
Define the product and design vision for AI-powered physical-engineering experiences
Lead design from customer discovery and early prototyping through detailed execution, launch, and iteration
Create intuitive interfaces that help engineers understand, inspect, and refine complex designs, simulations, and model outputs
Work directly with mechanical, electrical, and other physical engineers to understand their tools, constraints, and workflows
Partner closely with product, engineering, research, data science, and forward-deployed teams to translate emerging AI capabilities into practical products
Requirements
Nice to have: Zero-to-one product leadership
Nice to have: Designing CAD, CAE, eCAD, simulation, chip-design, manufacturing, or other engineering software
Nice to have: Building interactive tools for visual, spatial, data-intensive, or technically complex workflows
Nice to have: Designing professional or enterprise products that integrate with established tools and systems
Schulungen in den Programmen: CAD-, ECAD-, SPS- und SCADA
Entwerfen und Aufbauen elektrotechnischer Schaltungen
Erstellung von Steuerungskonzepten und SPS-Programmen sowie Inbetriebnahme von Anlagen beim Kunden
Ausarbeitung von Konzepten und Lösungen in den Themenfeldern Industrie 4.0, Big Data Analytics, digitaler Zwilling, künstliche Intelligenz und vielen mehr
Entwicklung von Softwaresystemen zur Digitalisierung aller relevanten Prozesse im Unternehmen
Responsible for the design and development activities associated with electronic designs, leading all activities necessary to take a design from concept to production.
Responsibilities
Design and develop electronic parts, components, or integrated circuitry for electronic equipment and other hardware systems
Determine design approaches and parameters
Analyze equipment and test plan requirements to perform verification; conduct experimental tests and evaluate results
Select components based on analysis of specifications, cost, continuity of supply, and reliability
Review original design manufacturer and sub-tier vendor capability to support product development and production
Lead the design and development of electronic components and systems for high‑speed networking products, overseeing architecture, schematic design, simulation, ECAD layout, testing, and manufacturing support.
Responsibilities
Lead design from concept to production
Define architecture and design parameters
Perform verification and experimental testing
Select components based on cost and reliability
Review vendor capabilities
Requirements
Bachelor’s degree in Electrical Engineering or related field
Master’s degree in Electrical Engineering or related field
Nice to have: Excellent written and verbal communication in English
Lead the development of Shield AI’s Component Engineering function, defining processes, tooling, and standards for EEE components used in aerospace aircraft.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Establish and scale Component Engineering processes, tools, and standards
Define baseline quality and certification requirements for EEE components across the XBAT aircraft
Qualify and up‑screen EEE components for use in aerospace applications, driving environmental and bench‑top testing
Own component data and governance in PLM and the ECAD part library, including lifecycle status and approved vendor list
Contribute to component failure analysis and root cause efforts
Requirements
B.S. in engineering, physics or materials science
Nice to have: Building or scaling a component engineering function
Nice to have: AEC‑Q, NASA, JEDEC, MIL qualification processes
Nice to have: Electrical component manufacturing processes
Lead and execute hardware development activities for embedded controllers, mixed analog/digital systems, communication devices, motor-drive interfaces, power converters, and industrial electronics.
Responsibilities
Lead the design and development of mixed-signal hardware for embedded control, communications, sensing, motor drives, and power conversion.
Own the PCBA lifecycle, from architecture, requirements, schematics, and component selection through prototyping, bring-up, validation, and production release.
Define hardware requirements, design trade-offs, validation strategies, and acceptance criteria.
Model and analyze electrical systems, including power converters, motor‑drive circuits, protection circuits, and control interfaces.
Define and support digital control requirements using simulations, calculations, and experimental data.
Requirements
Bachelor’s degree in Electrical, Electronics, Mechatronics, Control and Automation Engineering, or a related field
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