Senior Embedded Motor Controls Engineer

SLB; Houston (TX); Sur place; USD 120 000 - 180 000; Plein temps

Résumé du poste

SLB is seeking an Embedded Firmware Engineer – Motor Controls to own firmware development for high‑performance electromechanical systems. You will implement and tune motor control strategies and collaborate with the electronics team to integrate and validate the motor‑drive system.

You will drive firmware requirements, architecture, and verification, while bringing up new hardware and ensuring robust control under a range of operating conditions.

Qualifications

• Typically 10+ years of embedded firmware development.
• At least 3 years implementing and tuning motor controls on physical hardware.
• Ownership of an embedded motor-drive or electromechanical product from requirements through integration and verification.

Responsabilités

• Own firmware requirements, architecture, implementation, integration, and verification.
• Develop motor controls including field-oriented control, current/torque and speed regulation.
• Lead firmware bring-up on revised hardware and verify sensing calibration, ADC/PWM timing, and gate-control interfaces.
• Develop and integrate command and telemetry interfaces with fault recovery.
• Validate operation under low-speed, high-torque, stall, and changing-load conditions.
• Maintain version-controlled firmware, documentation, and test evidence.

Connaissances

Firmware development

Motor control algorithms

C/C++

RTOS

HW/SW integration

Formation

Electrical/Computer/Mechatronics degree

Master’s in controls/embedded systems/power electronics

Outils

TI C2000 DSPs

MSP430

CAN/CANopen

UART

Description du poste

SLB is seeking an Embedded Firmware Engineer – Motor Controls to own firmware development for high‑performance electromechanical systems. You will implement and tune motor control strategies and collaborate with the electronics team to integrate and validate the motor‑drive system.

You will drive firmware requirements, architecture, and verification, while bringing up new hardware and ensuring robust control under a range of operating conditions.