Senior Mechanical Engineer

Job Overview

Join Pro Mach and shine. Whether you’re creative, strategic, persuasive, or mechanically inclined, there’s a place for you here. Be a problem-solver, a closer, a futurist—whatever drives you.

At Pro Mach, you’ll be challenged and rewarded as you help improve packaging performance and shape the future of automation. And we’ll be proud to have you on the journey.

Did you love building as a kid? Do you enjoy taking something apart, just to figure out how to put it back together? Do you geek out on automation? Our engineers drive packaging innovation, creating new ways to improve – and increase – performance. We’re passionate about designing equipment that exceeds our customers’ expectations. Our engineers partner closely not only with our customers, but also with peers across sales, manufacturing, and assembly.

We offer rewarding, challenging opportunities throughout the world, across multiple packaging segments. If you’re excited by how machines work and want to make them better, we want to talk to you.

Ossid is seeking a Sr. Mechanical Design Engineer for food and medical device packaging machinery. The Senior Mechanical Design Engineer will lead the design and development of custom and standard packaging machinery for new designs as well as providing product improvement support for existing designs, overseeing projects from concept through final testing and customer delivery. This individual will manage the design process in alignment with Ossid’s Engineering Development Process and Stage Gate Process, ensuring designs are robust, manufacturable, and meet customer requirements.

The role requires close collaboration with cross-functional teams—including manufacturing, controls, and service—to deliver innovative and reliable packaging solutions. The engineer candidate will report to the Mechanical Engineering Manager. We are considering candidates outside of the market, and will offer relocation assistance.

• Project Leadership :
  Manage packaging machine design projects from concept through final testing following Ossid’s Engineering Development Process and Stage Gate Process while adhering to project scope and timeline requirements.
• Design Ownership :
  Lead the development of 3D CAD models, layouts, BOMs and detailed drawings for mechanical systems and assemblies.
• Team-Oriented Design Development:
  Lead design efforts while working closely with peers, Product Line Managers, manufacturing, assembly technicians, electrical/controls engineering, and service teams to ensure design integrity, manufacturability, and ease of maintenance.
• Apply a strong understanding of controls system components and machine automation (motors, sensors, actuators, pneumatics, etc.) to influence mechanical design decisions.
• Open Communication & Feedbac k:
  Actively seek and incorporate feedback from colleagues, manufacturing, and testing teams to improve designs and processes.
• Oversee prototype build, debug, and final machine testing; incorporate feedback from manufacturing and testing into final designs.
• Process Compliance :
  Ensure all design activities meet Ossid’s documentation standards, design reviews, and stage gate requirements.
• Continuous Improvement :
  Mentor engineers, contribute to design standards, and recommend process improvements to enhance quality and efficiency.
• Analyzes and evaluates competitive products for best application use.
• Participates in machinery assembly testing to identify and solve improvements needed to satisfy customer requirements.
• Applies all defined safety requirements.
• Processes ECNs and other engineering documents required to maintain databases and other support records.

• 7+ years of mechanical design experience in packaging machinery, industrial equipment, or related capital equipment industry.
• Proven experience managing projects through formal development processes (Stage Gate, VA/VE, or other similar Engineering Development processes).
• Strong proficiency in 3D CAD (Solid Works preferred) and PDM/Data Management systems.
• Solid understanding of machine controls components (motors, drives, sensors, pneumatics, HMIs, PLC interfaces) and their impact on mechanical…