Staff Analysis Engineer — Electromechanical Modeling (MATLAB)

Allient; Village of Williamsville (NY); On-site; USD 120,000 - 190,000; Full time

Job summary

Allient Inc. is seeking a Staff Analysis Engineer to join our team at our corporate innovation center and headquarters in Buffalo, NY.

The role focuses on modeling, simulation, and quantitative analysis of electromechanical systems, with emphasis on MATLAB and Simscape for dynamic, thermal, and power-flow analyses. The candidate will lead cross-disciplinary engineering efforts, mentor engineers, and support proposals through technical definitions and trade studies.

Qualifications

• Master’s degree in electrical, mechanical, or aerospace engineering with 9+ years of experience.
• Bachelor’s degree with 11+ years as an alternative.
• Strong MATLAB and Simscape experience for dynamic, thermal, and power-flow analysis.
• Experience leading cross-disciplinary engineering efforts.
• Preferred: Ansys for FEA/CFD and knowledge of electric/hybrid propulsion systems.
• Preferred: ITAR, government contracting, or defense program experience.

Responsibilities

• Lead modeling, simulation, and quantitative analysis of electromechanical systems.
• Define and validate system requirements, performance, reliability, and safety.
• Develop test plans and correlate test data with models.
• Mentor engineers across experience levels and support proposals.
• Travel up to 15% may be required.
• Review designs to adhere to best practices and support system integration.

Skills

Leadership

Cross-disciplinary collaboration

Mentoring

Modeling & simulation

Education

Master’s degree in electrical, mechanical, or aerospace engineering

Bachelor’s degree with 11+ years

Tools

MATLAB

Simscape

Ansys (FEA/CFD)

Electric/hybrid propulsion knowledge

Actuation technologies (motors, gearing, ball screws)

Job description

Allient Inc. is seeking a Staff Analysis Engineer to join our team at our corporate innovation center and headquarters in Buffalo, NY.

The role focuses on modeling, simulation, and quantitative analysis of electromechanical systems, with emphasis on MATLAB and Simscape for dynamic, thermal, and power-flow analyses. The candidate will lead cross-disciplinary engineering efforts, mentor engineers, and support proposals through technical definitions and trade studies.