About the Role Our new flight-control system is already alive and flying. Now we want to make it faster, sharper and more capable. As our Flight Control & State Estimation Engineer, you will push the performance of our
The Data Center Engineering Operations Technician (EOT) is responsible for delivery of best practice systems and problem resolution on all data center electrical and mechanical infrastructure (UPS, MV electrical systems, generators, cooling systems etc.) within the
Job Description: Do you want to push boundaries at the heart of Airbus Defence and Space together with a team of great aerodynamic engineers? We want to pave the way into a more digital, sustainable and
Overview In this role you own the control architecture for medium-voltage converter products, guiding the control hierarchy, modulation, sequencing, and fault management. You will develop and validate current, voltage, and power control algorithms and supervise real-time implementation across DSP/FPGA/MCU/SoC
Overview As Electrical Engineer, you define and establish drive system control development at EGYM, building excellence in power electronics simulation. You will develop and optimize drive controls and collaborate across hardware, firmware, and mechanical teams to shape future
Overview Executive role leading intelligent vehicle dynamics at Huawei Munich, driving advanced control architectures and sensor/actuator innovation for autonomous and electric vehicles. You will steer R&D programs, roadmaps, and international collaboration to strengthen core vehicle performance. This
Overview As Principal Engineer in Huawei’s Automotive Engineering Lab, you will shape vehicle dynamics for both human-driven and autonomous driving features. You’ll develop and refine control strategies for lateral and longitudinal dynamics, driving innovations in x-by-wire architectures
Overview In this role you will develop and validate vehicle dynamics control algorithms for stability, steer, brake and suspension systems within Huaweis Automotive Engineering Laboratory. You will collaborate with an international R&D team to explore future trends
The Army Avionics/Electrical Aircraft AM-2 (FAA A&P Or FCC) performs repairs and troubleshoots aircraft systems and malfunctions of avionics, navigation, electrical, and communications systems. + A Valid (FAA) A&P Certificate OR FCC License with Elements 1
The Army Aviation NDI-II (Non-Destructive Inspector Level II) (FAA A&P) performs all aspects of Non-Destructive Inspections on assigned aircraft and associated equipment. Inspects aircraft and equipment condition for safety and ensures compliance with technical directives and
Administrative Vice President (Legal & Finance) The Hainan Bielefeld University of Applied Sciences (BiUH) is the first international independent university in the Hainan Free Trade Port. Our approach combines theory and practice following the renowned \Work-Integrated University-Industry
Overview In this role you will own the electromagnetic design and production-ready development of high-torque, cost-efficient electric motors and integrated actuator systems for scalable robotic platforms at Amazon. You will work closely with cross-functional teams to
Overview As Principal SoC Architect on Infineon’s R&D team, you will shape System-on-Chip architectures balancing performance, efficiency, cost, and safety. You will define differentiating power management IP components and integrate standard blocks, while building architectural models
Overview As Principal Engineer in the Automotive Engineering Lab, you lead development and tuning of steering and steer-by-wire systems for next‑gen, highly automated vehicles. You’ll craft control strategies, ensure system robustness, and integrate steering with vehicle dynamics
Overview In this role you lead the development and calibration of advanced braking and BbW control strategies for highly automated vehicles. You collaborate with a global R&D community within the Automotive Engineering Lab to shape braking architectures
Overview As a Systems Engineer for EMI, you own the end-to-end EMI/EMC lifecycle for airborne platforms, turning electromagnetic requirements into measurable subsystem specs and an EMC control plan. You lead electromagnetic modeling to optimize antenna placement and