Field Application Engineer
Allegro MicroSystems
Field Application Engineer
Allegro MicroSystems
Semiconductor sensing and motion control solutions
The Allegro team is united by a clear purpose—advancing technologies that make the world safer, more efficient, and more sustainable. With over 30 years of experience in semiconductor innovation, we bring that purpose to life across every part of the business—from breakthrough product development and customer success to how we show up for each other and the communities we serve.
We are seeking a Field Application Engineer (FAE) whose primary focus is firmware support for our motor control SoCs in data center infrastructure — cooling fans, liquid-cooling pumps, and rack-level thermal management. Most of the role is spent in customer firmware: integrating our SDK, configuring device registers and peripherals, tuning control loops, and debugging commutation, timing, and fault behavior on real hardware. The FAE sits between our customers' firmware and hardware teams and our internal design organization. It suits an early-career engineer grounded in embedded firmware and motor control fundamentals (BLDC/PMSM, FOC, inverter topologies).
Key Responsibilities
Firmware ownership: SDK and API integration, device register and peripheral configuration, toolchain and build setup, and firmware porting onto the customer's platform.
Firmware debug and tuning:sensorless and sensored FOC, trapezoidal commutation, speed and torque loop tuning, startup and stall handling, and PWM/ADC interrupt timing.
Customer support: pre-sales and post-sales technical support to data center OEM and ODM customers, from device selection through firmware bring-up and production release.
Device selection: recommend motor drivers, gate drivers, MCUs, and current-sense and position-feedback schemes against customer power, efficiency, acoustic, and form-factor targets.
Hardware bring-up: schematic and PCB layout review, evaluation-board demos, and hands-on debug of commutation, current loops, and startup behavior.
Field issues: diagnose thermal performance, efficiency, audible noise, EMI/EMC compliance, and reliability problems under continuous-duty operation.
Collateral and feedback: maintain sample firmware, reference designs, and application notes, and feed customer requirements and field data back to product and design teams.
Required Qualifications
Bachelor's degree in Electrical Engineering, Electronics Engineering, Mechatronics, or a related field.
1–3 years of experience in motor control, power electronics, or embedded systems; relevant internships and co-ops considered.
Working experience of BLDC/PMSM motor control — sensorlessFOC, trapezoidal commutation, PWM generation, and inverter/half-bridge topologies.
Strong embedded C on an MCU, DSP, or motor control SoC — bare-metal — with the ability to read, modify, and debug production motor control firmware.
Practical firmware debugging with IDE such as Keil or IAR and serial or trace tooling, plus familiarity with on-chip peripherals (PWM, ADC, timers, SPI/I2C/UART).
Comfortable with lab instrumentation (oscilloscope, current probes, power analyzer, thermal camera) and able to read schematics.
Strong written and spoken English, and willingness to travel to customer and manufacturing sites (approximately 20–30%).
Preferred Qualifications
Exposure to data center, server, or telecom hardware, or to thermal and cooling system design.
Experience with sensorless control algorithms, field weakening, or acoustic noise reduction techniques.
Familiarity with EMI/EMC standards and mitigation for switching power stages.
Experience with a vendor motor control SDK or GUI tuning tool, or with firmware optimization for code size and control-loop latency.
Prior customer-facing experience as an FAE, applications engineer, or in technical support.
What We Offer
Direct technical ownership of customer designs early in your career, with mentorship from senior applications engineers.
Exposure to the fastest-growing segment in power electronics — AI data center infrastructure.
Competitive compensation and benefits, plus a defined path toward senior FAE or systems engineering roles.
Why Allegro?
Join Allegro and become part of a team where your contributions truly matter.
We foster a culture of Real Innovation, empowering you to push boundaries, develop cutting-edge solutions, and drive continuous improvement.
Your work will create a Real Impact by solving complex real-world challenges that fuel our success and shape the future of technology.
You’ll experience Real Connection, collaborating with talented colleagues around the globe in an environment built on trust, respect, and a shared purpose.
Join us—and help build what’s next.
Semiconductor sensing and motion control solutions
Allegro MicroSystems designs, manufactures, and sells semiconductor products that sense, regulate, and drive electromechanical systems, focusing on power and sensing for motion control and energy-efficient applications. Its products include sensors, power-management ICs, motor-drive ICs, and related algorithms used by automotive OEMs and industrial customers worldwide. The company differentiates itself through global engineering and manufacturing capabilities, a broad customer base, and decades of experience enabling integrated, high-performance sensing and power solutions at scale. Its goal is to enable energy-efficient motion control across automotive and industrial markets by expanding its semiconductor offerings and providing strong engineering support.
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