Mechatronics Engineer

Job Summary:

The Mechatronics Engineer is responsible for selecting, designing, developing, applying, and maintaining sensors, solenoid actuators, and drivers/controllers for hydraulic valves and systems. They will also support the development hydro-mechanical and electro-hydraulic cartridge valves. New Product Development team to determine technical, economical, and safety feasibility.

Duties/Responsibilities:

• Develop new sensors and drivers/controllers for hydraulic cartridge valves

• Oversee upgrades to driver/controller software

• Research new electrical actuators for hydraulic applications

• Support and maintain solenoid tube and coil lines

• Submit and carry out Engineering Change Notices (ECNs) effective and efficiently

• Coordinate with suppliers, manufacturing engineering, and operations teams for:

• Design for Manufacturing, Cost, Assembly

• First Pass Yield (FPY) Improvements

• Work with customers, distributors, integrators, etc. to answer technical questions

• Drive the project management of new releases from initial conception to final through to production release

• Prepare and deliver presentations at reviews and meetings

Qualifications

Required Skills/Abilities:

• Hands-on capability to carry through the complete project from conception to final sign-off by the customer

• Ability to read and interpret blueprint documents

• Proficiency with CAD/3-D modeling software

• Familiarity with magnetic, CFD, and FEA simulation theory

• Circuit breadboarding, soldering, wiring, etc.

• Ability to coordinate and communicate tasks across a wide range of cross-functional teams

• Ability to identify and seek needed information/Research skills

• Analytical thinking skills

• Oral and written communication skills

• Microsoft Office suite (Excel, Word, PowerPoint, etc.)

Education and Experience:

• B.S. degree in Mechatronics or Mechanical Engineering is highly preferred

• Experience with simulation tools (Magnetic, FEA, CFD, 1-D, etc.) preferred

• Familiarity with state-of-the-art sensor technologies for measuring pressure, flow, position, and rotation

• Application of communication protocols and chipsets (WiFi, Bluetooth, CAN, J1939, etc.)

• Thorough understanding of materials, linear and nonlinear behavior of materials, fatigue, and corrosion

• Understanding of GD&T standards and best practices

• Understanding of 6 Sigma principles

Physical Requirements:

• Ability to sit for prolonged periods of time

• Ability to lift 35 pounds at times