Mechatronics Engineer

## Mechatronics Engineer

**Position Summary**

• Build, support, and iterate on prototypes and pre-production units—assembling, diagnosing issues, and

driving improvements.

• Plan and execute functional testing and validation (mechanical, electrical, and refrigeration-related as

applicable) to confirm performance and reliability.

• Troubleshoot issues across hardware, wiring, sensors, motors, mechanisms, and controls—performing

root-cause analysis and implementing corrective actions.

• Partner with manufacturing, suppliers, and service teams to resolve build issues, improve quality, and

support production schedules.

**Specific Job Duties**

• Support new and existing products through prototype builds, validation, and production readiness—

owning issue resolution from discovery to closure.

• Assemble, evaluate, and refine electromechanical systems and subassemblies, working hands-on to

improve function, durability, and serviceability.

• Develop test plans, collect and analyze data, and document results (findings, recommendations, and

corrective actions) to support engineering decisions.

• Troubleshoot product and process issues using structured root-cause methods; coordinate fixes with

engineering, manufacturing, and suppliers.
## Qualifications
**Skills/Experience/Education Requirements** (must complete)

• Bachelor’s degree in Mechanical, Manufacturing, Industrial, or Electrical Engineering preferred;

comparable technical degree or equivalent hands-on experience will be considered.

• Working knowledge of 3D CAD and drawings (enough to review, communicate changes, and support

documentation).

• Able to thrive in a fast-paced environment with changing priorities, frequent collaboration, and

aggressive development/production schedules.

• Strong organizational skills with the ability to manage multiple projects and deliverables at the same

time.

• Comfort working in areas where requirements are evolving and engineering precedents may be limited—

using sound judgment to define a path forward.

• Ability to diagnose and interpret basic mechanical and electrical systems (wiring, sensors, motors,

mechanisms, etc.) using hands-on troubleshooting and sound judgment.

• Demonstrated problem-solving skills and the ability to apply engineering theory to real-world

manufacturing and product challenges.

• Self-directed work style with the judgment to escalate questions and seek guidance when needed.