Project Engineer, Mechanical Engineer

The Project Engineer plays a critical role in the successful execution of integrated packaging and material handling systems. This role bridges engineering design, project management, and field execution—ensuring that systems are not only well-designed, but buildable, installable, and successful in real-world operating conditions.

This is not a desk-only design role. The ideal candidate is comfortable owning projects from concept through commissioning, working across mechanical design, vendor coordination, controls integration, and on-site startup.

A strong mechanical engineering foundation is required, with additional value placed on robotics experience (FANUC preferred) and system-level thinking.

• Lead engineering execution of projects from kickoff through commissioning
• Translate customer requirements into functional system designs and layouts
• Manage project scope, timelines, and technical deliverables in coordination with internal and external teams
• Serve as the technical point of contact for customers, vendors, and internal stakeholders

• Develop and refine system layouts (AutoCAD / Solid Works) for integrated packaging lines
• Design conveyor systems, equipment integration points, guarding, and structural elements
• Ensure designs reflect real-world constraints: product flow, accumulation, ergonomics, serviceability, and safety
• Support design reviews and iterative improvements as projects evolve
• Work across multiple OEMs to integrate best-fit equipment into a cohesive system
• Review vendor drawings and ensure alignment with overall system design and performance expectations
• Coordinate mechanical and controls interfaces between equipment
• Support procurement with technical validation of equipment selections

• Support design and integration of robotic systems (primarily palletizing – FANUC preferred)
• Participate in reach studies, end‑of‑arm‑tooling (EOAT) concepts, and cell layouts
• Collaborate with controls engineers on robot integration and functionality
• Ensure safe and effective robotic cell design (guarding, risk assessments, etc.)

• Lead or support Integrator Acceptance Testing (IAT) at Ambrose facility
• Support Factory Acceptance Testing (FAT) with OEMs when required
• Travel to customer sites for installation support, startup, and system commissioning
• Troubleshoot mechanical and system-level issues during startup and ramp‑up

• Work closely with Applications Engineering during project handoff
• Partner with Controls Engineering on system functionality and sequencing
• Support Sales with technical input when needed (not a primary sales role)
• Coordinate with Service team for long‑term system support considerations

• Bachelor’s degree in Mechanical Engineering and/or 7+ year in related field experience in industrial equipment, automation, or system integration
• Strong proficiency in AutoCAD (Solid Works preferred)
• Experience with mechanical system design and layout development
• Ability to manage multiple projects and priorities in a fast‑paced environment
• Willingness to travel (~25–40%)

• Experience in packaging, material handling, or end‑of‑line automation
• Robotics experience (FANUC highly preferred; palletizing applications a plus)
• Exposure to controls systems (PLC/HMI fundamentals)
• Experience with conveyors, case handling, filling systems, or palletizing
• Project management experience or demonstrated ownership of projects

• Systems Thinking: Ability to see the full line—not just individual machines
• Practical Design Approach: Designs that work in the field, not just on paper
• Problem Solving: Strong troubleshooting and root‑cause analysis skills
• Communication: Clear, direct communication across internal teams and customers
• Accountability: Ownership mindset from design through startup
• Adaptability: Comfortable in a fluid environment with evolving project needs

• Projects are executed on time with minimal rework
• Systems perform as intended in real production environments
• Strong collaboration across engineering, sales, and field teams
• Effective handling of field challenges without escalation where possible
• Continuous improvement in design standards and execution processes