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Product Development Process Engineer Jobs in Kentucky

$69K - $148K/yr

Process Engineer **Reports To**: Engineering Manager **Department**: Engineering **Location ... and product development. 7. Engineer must be able to communicate with various areas of plant.

$76K - $99K/yr

* Responsible for Process Engineering activities in fuel cell stack and column manufacturing ... Work in cross-functional teams with Quality, Product Development, and Manufacturing team to develop ...

Process Engineer Job Responsibilities: * Monitor and improve the efficiency of the plant, ensure ... Provide technical knowledge to improve quality of existing products and/or new product development.

$100K - $125K/yr

The Process Engineer II works with the R&D team to transfer early stage products into the production area to create the commercial process. They are responsible for implementing improved processes ...

Posted Friday, August 14, 2026 at 6:00 AM AMSOIL is looking for a Product Development Engineer! In this role you will assist with developing new products and renovating existing products to align ...

If you are unable to complete this application due to a disability, contact this employer to ask for an accommodation or an alternative application process. Product Development Engr. II Indirect ...

... the development of new products or to troubleshoot problems with existing manufacturing ... Design, Process Control Strategies and Good Engineering practices. Additional * Chemical ...

Product Development Engineer

Frankfort, KY · On-site

$110K - $140K/yr

Position Product Development Engineer - ULTRA Key Responsibilities * Own the full lifecycle of oral pouch product development, from bench formulation to commercial launch. * Design and iterate on ...

$84K - $105K/yr

Whether you are earlier in your product development career and ready to grow, or an experienced product developer prepared to take on greater ownership of the development process, we are interested ...

... product development, as well as existing molds supporting continuous improvement initiatives. Process Engineer II will support production as need to resolve urgent molding process related issues.

$70K - $90K/yr

... and existing products. * Lead process development activities, including mold trials, process ... Bachelor's degree in Engineering, Plastics Engineering, Manufacturing Engineering, Mechanical ...

$84K - $105K/yr

This role combines product development leadership with innovation process deployment, tool ... Collaborate with engineering and manufacturing teams to ensure design feasibility and ...

Powered by chemistry, our products are used in applications that make the products we rely on ... Plan and execute manufacturing trials supporting new‑product development, commercialization, and ...

$150K - $165K/yr

... through engineering and into production. This role serves as a key cross-functional leader ... Product Development Process * Review and provide direction on: * RFQs (Requests for Quotation)

$75K - $120K/yr

Supports the installation, development, and validation of manufacturing processes from concept to ... Supports process and product validation activities including the construction and delivery of ...

$147K - $202K/yr

... D teams on state-of-the-art research and development projects. Role Responsibilities * Design ... Generate internal and external documentation for products, presentations, technical reports and ...

$75/hr

The Product Development Engineer will work in a multi-disciplinary environment with a focus on new ... Develop production ready processes to meet established specifications. * Manage production ...

The Process Engineer will be located onsite in Pueblo, CO and reports to the Manufacturing ... from early development through scale-up and production -- in close collaboration with cross ...

Provide Process Engineering Expertise Support product engineering, product development, product ... management, and quality control teams in the development and launch of new products. Maintain ...

Showing results 21-40

Product Development Process Engineer information

What does a product development process engineer do?

A Product Development Process Engineer is responsible for designing, optimizing, and overseeing the processes involved in developing new products from concept to production. They collaborate closely with cross-functional teams such as design, manufacturing, and quality assurance to ensure products are developed efficiently, cost-effectively, and according to quality standards. Their role often includes analyzing workflows, identifying areas for improvement, and implementing best practices to streamline the product development lifecycle.

How does a product development process engineer typically collaborate with cross-functional teams during new product launches?

Product Development Process Engineers play a vital role in bridging the gap between design, manufacturing, and quality teams during new product launches. They work closely with R&D, production, and supply chain teams to ensure that product designs are manufacturable, cost-effective, and meet quality standards. This involves participating in design reviews, coordinating prototype builds, troubleshooting process issues, and implementing feedback from various stakeholders. Effective communication and project management skills are crucial, as these engineers often lead meetings and facilitate alignment across departments to keep the project on track.

What are the key skills and qualifications needed to thrive as a product development process engineer, and why are they important?

To thrive as a Product Development Process Engineer, you need expertise in engineering principles, product lifecycle management, and process optimization, often backed by a degree in engineering or a related field. Familiarity with CAD software, statistical analysis tools, and methodologies like Six Sigma or Lean Manufacturing is typically required. Strong problem-solving skills, project management abilities, and effective communication help you collaborate across teams and drive innovation. These competencies are crucial for delivering high-quality products efficiently while meeting business objectives and regulatory requirements.

What is the difference between Product Development Process Engineer vs Product Design Engineer?

AspectProduct Development Process EngineerProduct Design Engineer
Primary FocusOptimizing manufacturing and development processesCreating and refining product designs
Skills & CertificationsProcess improvement, Six Sigma, engineering fundamentalsCAD, design software, engineering principles
Work EnvironmentManufacturing plants, R&D labs, cross-functional teamsDesign studios, R&D labs, collaboration with engineers
Industry UsageManufacturing, automotive, electronicsConsumer products, industrial design, electronics

While both roles are integral to product development, the Product Development Process Engineer primarily focuses on streamlining manufacturing and development processes to improve efficiency and quality. In contrast, the Product Design Engineer concentrates on creating and refining product designs. Understanding these differences helps in selecting the right career path or job focus within the product development cycle.

What cities in Kentucky are hiring for Product Development Process Engineer jobs?

Cities in Kentucky with the most Product Development Process Engineer job openings:

$69K - $148K/yr

Other

Posted 9 days ago


Job description

PROCESS ENGINEER# PROCESS ENGINEERFranklin, KY - Franklin, KY 42134## OverviewSalary Range$69,030.00 - $148,680.00 Salary## Description**Job Title**: Process Engineer **Reports To**: Engineering Manager **Department**: Engineering **Location**: Franklin, KY **FLSA Status:** Full Time **Compensation**: SalaryVybond is a global market leader in pressure-sensitive adhesive tapes, delivering innovative solutions to a variety of industrial and specialty markets. Headquartered in Franklin, KY, with facilities in Riverhead, NY, and Bristol, RI, Vybond Group, Inc. manufactures specialty foil, film, and duct tapes and adhesives. With over 1,500 specialty SKUs spanning 500+ product families, Vybond serves 1,500+ customers across the HVAC, building and construction, industrial, retail, medical, aerospace, automotive, and other specialty industries.**Job Summary:** To foster an environment of learning and application. Our commitment is to provide you with a real-life, meaningful experience where you will manage projects from start to finish.**Key Responsibilities:** 1. Develop, control and prioritize a CIP list for your assigned area. 2. Lead CIP activities for your assigned area. 3. Control SPI documents by ensuring all documents are current, concise, and agree with BOM’s. 4. Baseline and monitor process parameters identified as critical to quality (run charts, control charts, etc) 5. Lead actions to eliminate special causes. 6. Identify and lead cost saving projects using DMAIC methodology. 7. Control all other process related documents and ensure they are current. 8. Provide process support for trials. 9. Support root cause analysis of quality complaints.**Other Responsibilities:** 1. Perform additional responsibilities as needed.## Qualifications**QUALIFICATIONS**: 1. Bachelor of Science in an Engineering Discipline. 2. 3+ years in Engineering in a related industry 3. Strong leadership, people and communications skills, problem solving skills 4. Strong AutoCAD skills 5. Experience and understanding of process systems, metrics, CIP and SPC. 6. Six Sigma training preferred **Physical Demands:** 1. Engineer must be able to design and improve processes and equipment at various work stations throughout plant. 2. Engineer must be able to diagnose equipment malfunctions throughout plant. 3. Engineer must be able to manage machine installs. 4. Engineer must be able to complete small project work. 5. Engineer must be able to train employees on machines. 6. Engineer must be able to manage product change and product development. 7. Engineer must be able to communicate with various areas of plant.**Standing**: (Frequent) Engineer must be able to stand to complete various duties associated with essential job functions such as designing/improving processes, making equipment improvements, managing machine installs, completing small project work, training employees and managing product change/development. **Walking**: (Frequent) Engineer must be able to walk to complete various duties associated with essential job functions such as designing/improving processes, making equipment improvements, managing machine installs, completing small project work, training employees and managing product change/development. **Sitting**: (Frequent) Engineer must be able to sit to complete various duties associated with essential job functions such as performing work at desk. **Lifting**: (Occasional) Engineer must be able to lift materials weighing up to 50 pounds from floor to waist height of 36 inches to complete various duties associated with essential job functions such as lifting various parts and boxes of product. **Carrying**: (Occasional) Engineer must be able to complete side and/or front carries with materials weighing up to 25 pounds for distances of up to 200 feet to complete various duties associated with essential job functions such as bring various parts and product to and from work area. **Pushing/Pulling:** (Occasional) Engineer must be able to generate push and pull forces of 50 pounds to complete various duties associated with essential job functions such as pushing carts and pallet jack in order to assist staff in various work areas. **Forward Bending**: (Occasional) Engineer must be able to attain/maintain a forward flexed position of up to 60 degrees to complete various duties associated with essential job functions such as diagnosing machine malfunctions and managing machine installs. **Trunk Rotation:** (Occasional) Engineer must be able to rotate their trunk/torso left-right to complete various duties associated with essential job functions such as managing machine installs. **Reaching**: (Occasional) Engineer must be able to forward and overhead reach to complete various duties associated with essential job functions such as diagnosing machines. **Manipulating/Handling/Gripping:** (Occasional) Engineer must be able to complete gripping, pinching and manipulation of various parts and pieces of equipment utilized for the performance of essential job functions to such as diagnosing machines and managing machine installs. A grip force of 50 pounds is necessary for the completion of tasks. **Climbing**: (Occasional) Engineer must be able to ascend/descend steps, ladders and /or equipment varying from 7–22 inches in step heights to complete various duties associated with essential job functions such as accessing work areas and machines. **Kneeling**: (Occasional) Engineer must be able to kneel to complete various duties associated with essential job functions such as inspecting machines. **Crouching**: (Occasional) Engineer must be able to crouch to complete various duties associated with essential job functions such as inspecting machines. **Crawling**: (Never) **Squatting**: (Occasional) Engineer must be able to squat to complete various duties associated with essential job functions such as managing machine installs. **Postural Balancing**: (Frequent) Engineer must be able to maintain both static and dynamic standing balance while ascending/descending equipment, stairs and/or ladders to complete various duties associated with essential job functions such as designing/improving processes, making equipment improvements, managing machine installs, completing small project work, training employees and managing product change/development.**WORK LEVEL: Medium Work** (Level 3) as defined by the Dictionary of Occupational Titles.**SIGNIFICANT WORKSITE MEASUREMENTS:** Tools: weighing up to 1 pound. Materials: weighing up to 50 pounds. Steps/Ladders: up to 7-22-inch step/rung heights.**TOOLS/EQUIPMENT USED TO PERFORM JOB:** Hand tools, computer, phone #J-18808-Ljbffr