Design, integrate, and maintain flight test instrumentation systems for X‑BAT aircraft.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Design, integrate, and maintain flight test instrumentation systems including sensors, data acquisition hardware, telemetry links, harnessing, and ground station interfaces.
Develop instrumentation architecture, sensor selection plans, wiring diagrams, and installation documentation in accordance with engineering standards.
Support installation and calibration of sensors such as strain gauges, accelerometers, pressure transducers, temperature sensors, current/voltage taps, and position measurement devices.
Configure and validate data acquisition systems including signal conditioning, synchronization, sampling rates, and data integrity verification.
Perform pre‑flight and post‑flight data checks, ensuring completeness, accuracy, and traceability of all captured data.
Requirements
Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Aerospace Engineering, or related technical field.
The Senior Controls Engineer designs, programs, troublesho, implements and tests electrical control systems for automated packaging machinery, leading the full project lifecycle from functional specification to on-site commissioning.
Compensation
Total compensation includes your pay, potential short-term incentive opportunities, comprehensive medical/dental/vision programs, as well as life insurance, disability insurance, paid time off programs, a retirement savings plan with a company match, and a wellness program.
Responsibilities
Develop and debug PLC and HMI programming (primarily Rockwell, Siemens, and Omron)
Design electrical schematics and panel layouts using AutoCAD Electrical
Implement precise motor control utilizing VFDs and Servo systems
Configure Fieldbus communications (EtherNet/IP, Profinet, etc.) and data acquisition systems
Follow and enforce standard procedures for the creation of all technical documentation, functional specs, and training materials
Lead technical design and architecture for electromechanical systems in capital equipment and test platforms for medical devices and robotic systems.
Compensation
Pay range / Rango salarial / Intervalo salarial /Fascia retributiva / Tranche de salaire / Gehaltsband / Salaribereik: Ireland: 94,720.00 EUR - 142,080.00 EUR
Responsibilities
Lead electrical and mechatronic architecture, design and development of capital equipment and test systems
Own system-level integration across motors, encoders, sensors, servo drives, power electronics, safety circuits, electrical cabinets, data‑acquisition hardware, programmable controllers and mechanical interfaces
Translate test objectives, product requirements, motion profiles, load cases and measurement needs into robust electrical, controls and mechatronic architectures and detailed equipment specifications
Develop and review electrical schematics, wiring diagrams, cabinet layouts, cable and harness designs, interface‑control documents, bills of materials and design documentation using appropriate electrical‑design tools
Select and size motors, servo and stepper drives, encoders, load cells, torque sensors, displacement sensors, signal‑conditioning hardware, power supplies, protection devices and industrial communication interfaces
Requirements
Bachelor’s degree in Electrical Engineering, Electronic Engineering, Mechatronics Engineering or a related engineering discipline
Develop automated test systems to support new product development across North America and global laboratories.
Responsibilities
Develop automated test systems with ownership of project scope, requirements, design, build, integration, and deployment
Support project scope discussions and system requirements development with cross‑functional teams
Create and maintain system documentation including BOMs, operating instructions, risk assessments, validation documentation, and design review materials
Partner with vendors for system procurement, technical collaboration, costing, and schedule management
Analyze project risks and communicate concerns related to cost, schedule, procurement, design maturity, quality, and safety
Provide technical leadership for the architecture, design and development of the electromechanical systems that power, sense and control advanced capital equipment and test platforms for medical devices and robotic systems. Own the intersection of mechanics, motors, encoders, sensors, drives, electronics, power distribution and machine controls.
Compensation
Ireland: 94,720.00 EUR - 142,080.00 EUR
Responsibilities
Lead the electrical and mechatronic architecture, design and development of capital equipment and test systems used for instrument performance testing, characterisation, identification, verification and engineering investigations.
Own system-level integration across motors, encoders, sensors, servo drives, power electronics, safety circuits, electrical cabinets, data-acquisition hardware, programmable controllers and mechanical interfaces.
Translate test objectives, product requirements, motion profiles, load cases and measurement needs into robust electrical, controls and mechatronic architectures and detailed equipment specifications.
Develop and review electrical schematics, wiring diagrams, cabinet layouts, cable and harness designs, interface-control documents, bills of materials and design documentation using appropriate electrical-design tools.
Select and size motors, servo and stepper drives, encoders, load cells, torque sensors, displacement sensors, signal-conditioning hardware, power supplies, protection devices and industrial communication interfaces.
Flight Test Instrumentation EngineerNewf7d8749a-72d6-407c-bf98-292ea630c73a · Wichita, US
Reliability Test EngineerBase Power Company · Austin, US