Staff Modeling & Simulation Engineer – Electromechanical

Allient Incorporated; Village of Williamsville (NY); On-site; USD 110,000 - 145,000; Full time

Job summary

Allient Inc. in Buffalo, NY, is seeking a Staff Modeling & Simulation Engineer to lead modeling, simulation, and quantitative analysis for electromechanical systems, including motors, drives, gears, actuators, and motion mechanisms.

You will use MATLAB and Simscape to perform dynamic, thermal, and power-flow analyses, shaping requirements, performance, reliability, and safety of products for demanding applications across the company’s innovation center and headquarters.

Qualifications

• Master’s degree in electrical, mechanical, or aerospace engineering with 9+ years of experience.
• Bachelor’s degree with 11+ years of experience.
• Proven track record leading cross-disciplinary engineering efforts.

Responsibilities

• Analyze electrical, mechanical, and actuation systems.
• Use simulation models to define and validate requirements.
• Write test plans, run subsystem tests, and correlate test data with models.
• Support system and vehicle integration.
• Review designs and ensure engineering best practices.
• Collaborate with internal teams and customers to define requirements and present findings.
• Develop new engineering solutions that improve product performance.
• Support proposals with technical definitions, trade studies, and compliance work.
• Improve standard engineering processes and documentation.
• Mentor engineers at every level.
• Travel: limited, around 15%.

Skills

Modeling & Simulation

MATLAB

Simscape

Cross-disciplinary leadership

Systems engineering

Education

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

Bachelor’s degree in engineering

Tools

Ansys

FEA

CFD tools

MATLAB

Job description

Allient Inc. in Buffalo, NY, is seeking a Staff Modeling & Simulation Engineer to lead modeling, simulation, and quantitative analysis for electromechanical systems, including motors, drives, gears, actuators, and motion mechanisms.

You will use MATLAB and Simscape to perform dynamic, thermal, and power-flow analyses, shaping requirements, performance, reliability, and safety of products for demanding applications across the company’s innovation center and headquarters.