Mechanical Engineer

Key Responsibilities

• Manages multiple project components or independently oversees complex portions of larger automation initiatives.
• Leads small to mid-sized projects within their engineering discipline.
• Applies advanced knowledge across one or more automation or engineering domains to support team and organizational objectives.
• Operates as an experienced professional capable of working independently with minimal direction.
• Collaborates with production teams and leadership to drive continuous improvement in automated processes.
• Communicates technical concepts clearly to engineering peers, operations personnel, and leadership.
• Works effectively with internal teams and external suppliers to resolve automation challenges.
• Incorporates customer or stakeholder requirements into system designs and project plans.
• Troubleshoots and resolves intermediate-level issues with existing automation systems.
• Partners with operators, technicians, and vendors to diagnose and correct system malfunctions.
• Reads and interprets engineering documentation including schematics, drawings, datasheets, and technical reports.
• Implements operating procedures, resolves system issues, and provides technical guidance to support safe and efficient operation.
• Provides training and ongoing support for automated equipment and manufacturing systems.
• Prioritizes work based on evolving operational needs and project requirements.
• Creates schematics, mechanical layouts, and work instructions for projects ranging from simple upgrades to full system builds.
• Sources components and prepares specifications for materials, equipment, and automation hardware.
• Uses engineering design tools and software to model, simulate, and document automation solutions.

• Programs and troubleshoots PLCs, industrial PCs, HMIs, drives, robots, and related control elements.
• Integrates hardware and software components within control systems.
• Designs and works with low‑voltage and high‑power electrical elements.
• Uses standard electrical tools to build, modify, and troubleshoot control panels and automation equipment.
• Preferred familiarity with comparable platforms such as:
• PLCs, motion control systems, HMIs
• Industrial safety devices and sensors
• Industrial robots (e.g., ABB, Fanuc or similar)
• HMI/SCADA software (e.g., Ignition, Factory Talk View or similar)

• Integrates mechanical subsystems within automated equipment.
• Designs and fabricates mechanical components for automation cells.
• Uses standard mechanical tools to build, repair, and troubleshoot automated systems.
• Preferred familiarity with:
• Welding and fabrication
• 3D printing and prototyping
• Sheet metal and weldment design
• CAD and CAM software

• Requires deep technical knowledge and substantial hands‑on experience.
• Solves complex problems and introduces new perspectives using established engineering methods.
• Actively expands technical and operational expertise.
• Works independently with limited guidance.
• Serves as a resource and mentor for less experienced engineers.
• Represents a senior‑level engineering role that may serve as a long‑term career level.

• Bachelor’s degree with 6–9+ years of relevant experience, or Master’s degree with 3–6+ years of experience, or Associate/Technical degree with 8–12+ years of experience.