Senior Motor Control Software Engineer - Hybrid Role

Franklin Electric Co.; Fort Wayne (IN); Hybrid; USD 120,000 - 150,000; Full time

Benefits offered by this job

Hybrid remote work arrangements

Paid time off & holidays

Parental leave

On-site café & beverage stations

401(k) with matching

Health, dental, vision, life insurance

Tuition reimbursement

Job summary

Franklin Electric is seeking a Sr. Motor Control Software Engineer in Fort Wayne, IN to design, develop, validate, and support motor-control software for our product lines.

You will implement embedded C/C++ algorithms on ARM Cortex cores, perform tests, and collaborate across engineering and manufacturing teams. This role emphasizes real-world motor drive applications, control strategies (FOC/SVPWM/DTC), and functional software quality.

Qualifications

• Bachelor’s degree in Electrical or Computer Engineering or related field.
• 5+ years of relevant engineering experience.
• Experience in embedded software for motor drives and power electronics.

Responsibilities

• Develops products per software design procedures.
• Designs, simulates, codes, and debugs motor control algorithms and applications in C languages.
• Develops software for internal and customer product lines.
• Tests and maintains software in product lines.
• Performs root cause analysis and provides solutions for issues.
• Writes and tests protocols and design verification testing.
• Provides technical support to customers.
• Performs other duties as required.

Skills

Embedded C

C++

Motor control

ARM Cortex

FOC

PWM

DSP

Control theory

Education

Bachelor’s degree in Electrical or Computer Engineering

Tools

UART

SPI

I2C

USB

Bluetooth

Wi‑Fi

Modbus

BACnet

Job description

Franklin Electric is seeking a Sr. Motor Control Software Engineer in Fort Wayne, IN to design, develop, validate, and support motor-control software for our product lines.

You will implement embedded C/C++ algorithms on ARM Cortex cores, perform tests, and collaborate across engineering and manufacturing teams. This role emphasizes real-world motor drive applications, control strategies (FOC/SVPWM/DTC), and functional software quality.