Korry Electronics
What You Will Do
As a Manufacturing Engineer, you will apply your technical and analytical skills to analyze, develop, implement, and maintain manufacturing and production methods, tooling, equipment, operational sequences, and controlling documentation for new and existing products. You will identify and characterize productivity and cost savings opportunities and cross-functionally scope, plan, and implement solutions and associated deliverables. You will contribute to failure analysis, root cause‑corrective action, and material review. At Korry, you will be challenged to assess priority, make decisions, drive improvements, and develop the experience necessary for your intended career path.
Primary Responsibilities
Identify and characterize cost savings and productivity opportunities; scope project resources and timelines to determine, plan, and implement solutions
Plan and improve production methods including production flow, tooling, manufacturing methods, documentation, and equipment
Propose, plan, and implement process improvements through the application of automation and new technologies, at times, identifying and working with vendors to communicate requirements and develop solutions
Determine and develop the methods, operational sequences, equipment, layouts and tooling for the fabrication of parts and the manufacturing of components, subassemblies and final products
Assess the integrity of and appropriately modify existing manufacturing systems, processes, and controlling documentation to drive quality, efficiency, and compliance
Provide training and sustaining support to production personnel
Advise design engineering of current and developing production capabilities to improve producibility, mitigate obsolescence, and contribute to design development
Assist in the failure analyses, dispositions, and root cause‑corrective actions for rejected parts, customer returns, and process failures
Determine the feasibility and cost effectiveness of reworking parts and provide instructions and support to perform rework
Participate in PFMEA (Product Failure Mode and Effects Analysis) team and take actions to mitigate identified risks
Estimate manufacturing costs and determine time standards
Balance production support, cost savings initiatives, and business priorities with a focus on risk and impact
Maintain the highest ethical standards, even when challenged.
Preferred Education and Qualifications
Bachelor’s degree in Manufacturing Engineering, Mechanical Engineering, or similar
Minimum 7‑10 years relevant experience
Proven problem‑solving expertise through the application of various methodologies
Desire to work in a fast‑paced environment and be empowered to own challenges and solutions
Self‑starter and highly accountable with a hands‑on and detail‑oriented approach
Strong communication and interpersonal skills who is able to effectively present information and respond to feedback at all levels of the organization
Ability to work on‑site
Creo, SolidWorks, or other CAD program experience
Experience in aerospace or another highly regulated industry is a plus
Project management experience is a plus
Salary Range Please note the typical hiring range is $108,800–$147,200 annually. Job offers within the range are based on significant job qualifications and pay equity.
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Primary Responsibilities
Identify and characterize cost savings and productivity opportunities; scope project resources and timelines to determine, plan, and implement solutions
Plan and improve production methods including production flow, tooling, manufacturing methods, documentation, and equipment
Propose, plan, and implement process improvements through the application of automation and new technologies, at times, identifying and working with vendors to communicate requirements and develop solutions
Determine and develop the methods, operational sequences, equipment, layouts and tooling for the fabrication of parts and the manufacturing of components, subassemblies and final products
Assess the integrity of and appropriately modify existing manufacturing systems, processes, and controlling documentation to drive quality, efficiency, and compliance
Provide training and sustaining support to production personnel
Advise design engineering of current and developing production capabilities to improve producibility, mitigate obsolescence, and contribute to design development
Assist in the failure analyses, dispositions, and root cause‑corrective actions for rejected parts, customer returns, and process failures
Determine the feasibility and cost effectiveness of reworking parts and provide instructions and support to perform rework
Participate in PFMEA (Product Failure Mode and Effects Analysis) team and take actions to mitigate identified risks
Estimate manufacturing costs and determine time standards
Balance production support, cost savings initiatives, and business priorities with a focus on risk and impact
Maintain the highest ethical standards, even when challenged.
Preferred Education and Qualifications
Bachelor’s degree in Manufacturing Engineering, Mechanical Engineering, or similar
Minimum 7‑10 years relevant experience
Proven problem‑solving expertise through the application of various methodologies
Desire to work in a fast‑paced environment and be empowered to own challenges and solutions
Self‑starter and highly accountable with a hands‑on and detail‑oriented approach
Strong communication and interpersonal skills who is able to effectively present information and respond to feedback at all levels of the organization
Ability to work on‑site
Creo, SolidWorks, or other CAD program experience
Experience in aerospace or another highly regulated industry is a plus
Project management experience is a plus
Salary Range Please note the typical hiring range is $108,800–$147,200 annually. Job offers within the range are based on significant job qualifications and pay equity.
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