... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
... ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process ... Owner. The Process Owner is responsible for the engineering of the department, including defining ...
The Process Owner is responsible for the engineering of the department, including defining the ... Broad knowledge of ceramic core removal using various corrosive materials. * Familiar with metal ...
The Process Owner is responsible for the engineering of the department, including defining the ... Broad knowledge of ceramic core removal using various corrosive materials. * Familiar with metal ...
Material Engineer - Ceramic
Gibsonton, FL · On-site
Optimize core manufacturing processes including injection molding, slip casting, debinding, and ... Chemical Engineering, or a related discipline * 3-8+ years hands-on experience with ceramic ...
Material Engineer - Ceramic
Gibsonton, FL · On-site
Optimize core manufacturing processes including injection molding, slip casting, debinding, and ... Chemical Engineering, or a related discipline * 3-8+ years hands-on experience with ceramic ...
Senior Product Engineer
Hialeah, FL · On-site
$140K - $150K/yr
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Senior Product Engineer
Hialeah, FL · On-site
$140K - $150K/yr
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Senior Product Engineer
Hialeah, FL · On-site
$140K - $150K/yr
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Senior Product Engineer
Hialeah, FL · On-site
$140K - $150K/yr
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Senior Product Engineer
Hialeah, FL · On-site
$140K - $150K/yr
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Senior Product Engineer
Hialeah, FL · On-site
$140K - $150K/yr
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
Lead and mentor a team of Product Engineers responsible for Ceramic-based RF component and module NPIs. * Support the end-to-end NPI and productization process, from requirements definition and ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
In this role, you will lead the engineering, optimization, and continuous improvement of the ceramic shell and dewaxing processes used to manufacture complex aerospace investment castings. As the ...
Ceramic Process Engineer information
What does a Ceramic Process Engineer do?
A Ceramic Process Engineer specializes in designing, optimizing, and overseeing the manufacturing processes for ceramic materials and products. They work with raw materials, develop processing techniques, and ensure product quality by controlling variables like temperature, pressure, and composition. Their responsibilities often include troubleshooting production issues, improving efficiency, and collaborating with other engineers or scientists to develop new ceramic products. Ceramic Process Engineers are employed in industries such as electronics, aerospace, automotive, and construction, where ceramics are used for their unique properties like heat resistance and electrical insulation.
What are some typical challenges a Ceramic Process Engineer faces when scaling up from laboratory to full-scale production?
Ceramic Process Engineers often encounter challenges such as maintaining material consistency, controlling firing conditions, and ensuring product quality when transitioning from lab-scale experiments to industrial production. Variability in raw materials, differences in equipment, and the need for precise temperature control can affect the final product's properties. Close collaboration with production teams, quality assurance, and R&D is essential to troubleshoot issues and optimize processes for efficiency and reliability at scale.
What are the key skills and qualifications needed to thrive as a Ceramic Process Engineer, and why are they important?
To excel as a Ceramic Process Engineer, a strong background in materials science, ceramics engineering, and process optimization—often supported by a relevant engineering degree—is essential. Familiarity with tools like CAD software, thermal analysis instruments, and quality control systems is typically required. Analytical thinking, attention to detail, and effective communication are crucial soft skills for solving complex problems and collaborating with multidisciplinary teams. These competencies are vital to ensure efficient production, high product quality, and innovation in ceramic manufacturing processes.
What is the difference between Ceramic Process Engineer vs Materials Engineer?
| Aspect | Ceramic Process Engineer | Materials Engineer |
|---|---|---|
| Required Credentials | Bachelor's in Ceramic Engineering, Materials Science, or related field | Bachelor's or higher in Materials Science, Metallurgy, or related field |
| Work Environment | Manufacturing plants, R&D labs focused on ceramics | Research labs, manufacturing, product development across various materials |
| Industry Usage | Specialized in ceramic materials for electronics, aerospace, and industrial applications | Broader industry applications including metals, polymers, composites, and ceramics |
The main difference is that Ceramic Process Engineers focus specifically on the manufacturing and processing of ceramic materials, while Materials Engineers work with a wider range of materials, including metals, polymers, and composites. Both roles require similar educational backgrounds and may work in overlapping environments, but their specialization areas differ significantly.
Are ceramic process engineers in demand?
Ceramic process engineers are in demand in industries such as manufacturing, aerospace, and electronics, where advanced ceramic materials are used. They typically require knowledge of materials science, process optimization, and sometimes certifications, with employment opportunities often linked to technological innovation and manufacturing growth.
How much does a ceramic process engineer make?
The average salary for a ceramic process engineer typically ranges from $70,000 to $110,000 annually, depending on experience, location, and industry. Professionals in this role often have a background in materials science or chemical engineering and may work in manufacturing or research environments.
What are popular job titles related to Ceramic Process Engineer jobs in Florida?
For Ceramic Process Engineer jobs in Florida, the most frequently searched job titles are:
What job categories do people searching Ceramic Process Engineer jobs in Florida look for?
The top searched job categories for Ceramic Process Engineer jobs in Florida are:
What cities in Florida are hiring for Ceramic Process Engineer jobs?
Cities in Florida with the most Ceramic Process Engineer job openings:
Manufacturing Engineer - Rough Finish/Special Process
Tampa, FL • On-site
chromalloy •
Aerospace Product and Parts Manufacturing • 1 - 5K employees1,001 - 5,000 employees
8.1
Based on 26 frontline employees who took The Breakroom Quiz
152nd of 495 rated machine equipment manufacturers
Good employer
Paid breaks
Recommended by parents
Respectful managers
Uninterrupted breaks
Full-time
This job post has expired today. Applications are no longer accepted.
Job description
The Rough Finishing Department of Chromalloy Castings Tampa processes superalloy castings through various mechanical and chemical cycles to removing castings from gating and ceramic shell as well as ceramic cores. The area is monitored by a Manufacturing Engineer, also referred to as a Process Owner. The Process Owner is responsible for the engineering of the department, including defining the processes, techniques, and equipment used to remove castings from gating and ceramic shells and cores. They also document these procedures and standards. The Process Owner is expected to be a self-starter and the engineering expert for their area. They are responsible for identifying and solving problems, as well as continuously improving the area in terms of safety, throughput, and scrap reduction.
Responsibilities:
- Leverage expertise in casting methods, engineering fundamentals, and creative problem-solving to design efficient processes that meet customer specifications and delivery deadlines.
- Analyze customer specifications and blueprints and translate them into accurate process procedures.
- Participate in and perform hands-on troubleshooting, calibrations, maintenance (including preventative maintenance) and repair of the heat treatment furnaces and related equipment.
- Develop and maintain clear, concise shop instruction templates to ensure consistent production practices
- Request and follow up on quotes for equipment and supplies
- Drive continuous improvement in the Rough Finishing area by sourcing new equipment and fixtures, implementing process improvements, and recommending upgrades.
- Perform & evaluate pyrometry surveys to maintain accurate temperature readings.
Qualifications:
- Bachelor's degree in Chemical Engineering or a similar discipline and/or equivalent experience
- Broad knowledge of ceramic core removal using various corrosive materials.
- Familiar with metal cutoff, metal gate grinding, and CNC
- Familiarity with chemicals to facilitate ceramic core removal
- Proficient in Microsoft Office Products (Word, Excel, PowerPoint, Outlook)
- Knowledgeable with Six Sigma Methods and Tools, and Associated Engineering Statistical Methods
- Self-motivated with a strong sense of ownership
About Chromalloy
Sourced by ZipRecruiter
Industry
Aerospace product and parts manufacturing
Company size
1,001 - 5,000 Employees
Headquarters location
Palm Beach Gardens, FL, US
Year founded
1951
Website
What Chromalloy employees say
Pay
Benefits
Hours and flexibility
Workplace
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