Power Systems Engineer for Rugged Land Platforms

Larsen & Toubro Limited; Hinoba-an; Sur place; PHP 600 000 - 900 000; Plein temps

Résumé du poste

DEIC-L&T Precision Engineering & Systems IC in the Philippines seeks a power systems engineer to design, develop, and integrate power architectures for ruggedized land platforms.

You will lead power integrity analyses, support servo/BLDC/DC motor drives, power converters, and battery systems, and collaborate with controls, mechanical, and systems teams to ensure EMC-compliant operation under demanding conditions.

Qualifications

• Design and integrate power architectures for ruggedized platforms.
• Lead power integrity analysis including voltage droop, transients, inrush currents and EMI.
• Support integration of servo, BLDC and DC motor drives, power converters, battery systems, and protection circuits.
• Perform electrical modeling, testing, troubleshooting, and root-cause analysis.
• Collaborate with controls, mechanical, and systems teams for EMC-compliant operation under demanding conditions.
• Responsible for power budgeting, interface definition, validation and qualification of subsystems.

Responsabilités

• Design and integrate power architectures for ruggedized platforms.
• Lead power integrity analysis including voltage droop and EMI.
• Support integration of servo, BLDC and DC motor drives and power converters.
• Perform electrical modeling, testing and root-cause analysis.
• Collaborate with controls, mechanical, and systems teams for EMC-compliant operation.

Connaissances

Power electronics

Motor drives

EMC compliance

Modeling & simulation

Electrical testing

Root-cause analysis

Formation

Post Graduate Certificate (PGC)

Outils

Electrical modeling tools

Description du poste

DEIC-L&T Precision Engineering & Systems IC in the Philippines seeks a power systems engineer to design, develop, and integrate power architectures for ruggedized land platforms.

You will lead power integrity analyses, support servo/BLDC/DC motor drives, power converters, and battery systems, and collaborate with controls, mechanical, and systems teams to ensure EMC-compliant operation under demanding conditions.