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Mechanical Engineer

Job in City of Rochester, Rochester, Monroe County, New York, 14602, USA
Listing for: Gleason
Full Time position
Listed on 2026-03-07
Job specializations:
  • Engineering
    Mechanical Engineer, Manufacturing Engineer
  • Manufacturing / Production
    Manufacturing Engineer
Salary/Wage Range or Industry Benchmark: 60000 - 80000 USD Yearly USD 60000.00 80000.00 YEAR
Job Description & How to Apply Below
Position: Mechanical Engineer I
Location: City of Rochester

About Gleason

With more than 2,200 employees and 13 manufacturing facilities worldwide, Gleason Corporation is a leader in gear technology. Gleason’s product and service offerings include gear and transmission design software, gear manufacturing machines and related accessories, gear metrology equipment and automation systems. Gleason products are used by customers in e‑mobility, commercial vehicles, aerospace, agriculture, mining, sustainable energy, construction, power tools, marine and many other industries.

Working for Gleason, you will be connected to work that matters, putting your expertise to its best use while developing skills for the future. The result is a career defined by you, supported by Gleason and built on tangible accomplishments. As we continue to grow and evolve, we are looking for the right people to join us on our mission. If you are interested in being part of our team, there are a few things you should know:
We are energized by challenges and the effort needed to solve them. We like working with people who are positive, adaptable and growth‑mindset. We care how work gets accomplished and are deeply invested in the success of our customers and colleagues. If this sounds like you, we invite you to read on and learn more.

Why work at Gleason?
  • Excellent benefits package including a 6% Company 401(k) match
  • Flexible scheduling
  • Tuition Assistance Program
  • Employee Assistance Program
  • Formal and informal Development opportunities.
Position Summary

The primary responsibility for the Mechanical Engineer is to design, develop, and maintain all mechanical aspects for a family of gear manufacturing machines.

Job Responsibilities
  • Design, development, documentation, and troubleshooting of gear manufacturing machines.
  • Work with other engineering groups (Electrical Controls, Fluid Power, Software and Application Engineering) to facilitate a Systems Engineering approach to the machine design.
  • Work with Proposals and Sales to understand customer specifications and applicable safety standards to develop machine cost and schedule estimates.
  • Use Creo for 3D modeling of components and systems.
  • Maintain Master BOMs for current and legacy machines.
  • Ensure unique customer specifications are incorporated into each design.
  • Review prior executions and compare/contrast to current practice.
  • Evaluate technical performance of the resultant machine.
  • Provide part specification changes (Engineering Change Order) based on design requirements.
  • Interface with Assembly Methods to apply the appropriate part coding and documentation to facilitate efficient machine assembly.
  • Prioritize and address Engineering issues in a timely manner from Assembly, Runoff, Field Service or Supply Chain.
  • Actively participate in Design Reviews, FMEA (Failure Mode Effects Analysis) and Risk Management meetings.
  • Respond to internal and external requests for information.
  • Work in fast paced environment.
  • Participate in process improvement efforts that identify deficiencies in Mechanical Engineering and systematically develop solutions.
Qualifications (Knowledge, Skills & Abilities) CAD Skills
  • Solid Model Creation: use of 3D CAD software (Creo preferred). Knowledge of mapkeys, UDFs, skeletons, large assembly management, and piping is desired.
  • Ability to properly create and detail part prints including the use of GD&T.
  • Ability to create and detail assembly drawings with many components on multi‑page drawings.
Business System Skill
  • Bill of Material (BOM) Creation/Maintenance: comprehension of how BOMs work to ensure proper part release strategy.
  • Sales Order BOM: understand Price Book options and their dependencies.
Machine Design
  • Component Design: apply proper fits to precision components, choose a component based on the manufacturer's data to suit a design specification, design for ease of manufacturing.
  • System Design: develop options based on Customer Specifications from similar designs, designs consist of static assemblies, design for ease of assembly.
  • Component/Assembly Identification: attend machine launch meetings and verify machine and assembly completeness and compliance.
  • Impact Estimation: provide Engineering hours and material cost estimation for quotations.
  • She…
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