Randolph Township, New Jersey, United States · On-site
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Randolph Township, New Jersey, United States · On-site
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Randolph Township, New Jersey, United States · On-site
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Randolph Township, New Jersey, United States • On-site
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The Process Engineer is responsible for developing, implementing, and improving manufacturing processes to ensure scalability, quality, and cost-effectiveness. This includes owning assigned processes, supporting New Product Introduction (NPI), and driving continuous improvement through data-driven decision-making.
A Bachelor's degree in Engineering and 5-7 years of experience in regulated manufacturing environments like aerospace or medical devices are preferred. Candidates should possess strong skills in statistical methods, process validation, and structured problem-solving.
SUMMARY: The Process Engineer is responsible for developing, implementing, and continuously improving manufacturing processes to ensure they are scalable, repeatable, and capable of meeting quality, cost, and delivery objectives.
This role serves as the technical owner of assigned processes, supporting New Product Introduction (NPI), process validation, and ongoing production performance. The Process Engineer executes engineering strategies defined by leadership, ensuring processes are statistically capable, compliant with the Quality Management System (QMS), and aligned with business objectives.
Working cross-functionally with Quality, Production, Applications Engineering, and Supply Chain, this position plays a key role in driving process stability, yield improvement, scrap and rework reduction, throughput improvement, and data-driven decision-making in a high-mix, low-volume manufacturing environment.
CORE VALUES
All employees are expected to demonstrate the Company’s Core Values through daily actions, decision-making, and interactions:
ESSENTIAL DUTIES AND RESPONSIBILITIES:
SKILLS AND ABILITIES:
KEY COMPETENCIES:
EDUCATION AND/OR EXPERIENCE:
OTHER QUALIFICATIONS:
Physical Demands: | The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodation may be made to enable individuals with disabilities to perform the essential functions. q Ability to alternate between sitting, standing, and walking throughout the workday while supporting engineering activities in office and production areas. q Must be able to move through manufacturing, laboratory, and office areas to observe processes, support trials, and collaborate with cross-functional teams. q Requires frequent use of a computer and the ability to review technical drawings, process data, procedures, and reports. q Frequent use of hands for computer work, documentation, measuring devices, and interaction with tools, fixtures, or equipment during process support activities. q Ability to reach, bend, and maneuver as needed to observe equipment, review setups, and support validation or troubleshooting activities safely. q Ability to communicate effectively in office and production settings, including speaking, hearing, and exchanging technical information with operators, technicians, and engineers. q Occasional lifting or moving materials, components, fixtures, or equipment up to 20 pounds may be required. q Physical activities may include extended computer work, shop-floor observation, participation in process trials, and movement between departments to support production and continuous improvement initiatives. |
Work Environment: | The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job. Reasonable accommodation may be made to enable individuals with disabilities to perform the essential functions. q Work is performed in both office and manufacturing environments, with regular time spent on the production floor supporting process development, validation, troubleshooting, and continuous improvement activities. q Exposure to typical manufacturing conditions may include moderate noise, moving equipment, mechanical hazards, and use of required personal protective equipment in designated areas. q Occasional schedule flexibility may be required to support validation activities, production trials, equipment qualifications, training, or other critical manufacturing needs; limited travel for training or supplier support may also be required. |
Hermetically Seal Virtually Any Conductor Or Optical Fiber
For over 80 years, Douglas Electrical Components interconnect solutions designed to meet the challenging demands of gloveboxes, medical equipment, semiconductor manufacturing, space simulation, military, vacuum systems, electrical distribution, hazardous locations and more. From sealed connectors and hermetic wires feedthroughs to pin headers and electronics encapsulation, we look forward to new opportunities where we can push our boundaries even further to meet your unique application needs. Douglas Electrical can help you reduce your total installed cost for point-to-point sealed electrical solutions while saving you time. Choose the exact connector, cable, wire or fiber you need and partner with Douglas Electrical Components to hermetically seal it within the bulkhead or fitting you require. Our products are designed to provide an optimal balance of performance and price, while exceeding expectations for delivery, quality, and reliability. Douglas Electrical Components developed the industry’s first epoxy-based wire feedthroughs in 1975. Since then, we have continuously improved our epoxy-based sealing technologies. And today, our hermetically sealed feedthroughs and connectors thrive in the most demanding application environments—from oil fields to battlefields to outer space. With its robust mechanical properties and resistance to temperature extremes, epoxy is an ideal material for creating lasting hermetic seals around wires and connectors that pass into pressure or vacuum systems. Our epoxy and epoxy-hybrid feedthroughs and hermetic bulkhead connectors withstand the most stringent performance requirements. In July 2022, Douglas Electrical Components expanded its portfolio through the acquisition of Electronic Products (EPI), a MA-based manufacturer of microelectronic hermetic packages for various industries and applications.
Offices: 5 Middlebury Blvd., Randolph, NJ 07869, US · 85 Parker Street, Newburyport, MA 01950, US
Hermetically Seal Virtually Any Conductor Or Optical Fiber
For over 80 years, Douglas Electrical Components interconnect solutions designed to meet the challenging demands of gloveboxes, medical equipment, semiconductor manufacturing, space simulation, military, vacuum systems, electrical distribution, hazardous locations and more. From sealed connectors and hermetic wires feedthroughs to pin headers and electronics encapsulation, we look forward to new opportunities where we can push our boundaries even further to meet your unique application needs. Douglas Electrical can help you reduce your total installed cost for point-to-point sealed electrical solutions while saving you time. Choose the exact connector, cable, wire or fiber you need and partner with Douglas Electrical Components to hermetically seal it within the bulkhead or fitting you require. Our products are designed to provide an optimal balance of performance and price, while exceeding expectations for delivery, quality, and reliability. Douglas Electrical Components developed the industry’s first epoxy-based wire feedthroughs in 1975. Since then, we have continuously improved our epoxy-based sealing technologies. And today, our hermetically sealed feedthroughs and connectors thrive in the most demanding application environments—from oil fields to battlefields to outer space. With its robust mechanical properties and resistance to temperature extremes, epoxy is an ideal material for creating lasting hermetic seals around wires and connectors that pass into pressure or vacuum systems. Our epoxy and epoxy-hybrid feedthroughs and hermetic bulkhead connectors withstand the most stringent performance requirements. In July 2022, Douglas Electrical Components expanded its portfolio through the acquisition of Electronic Products (EPI), a MA-based manufacturer of microelectronic hermetic packages for various industries and applications.
Offices: 5 Middlebury Blvd., Randolph, NJ 07869, US · 85 Parker Street, Newburyport, MA 01950, US
