The Manufacturing Engineer III primary role is to develop and improve processes within the factory. The areas of focus may include: assembly, fabrication, weld, machining, paint or facility projects. This position maintains production capability, improves quality, reduces cost, improves safety and maximizes throughput.
Essential Duties and Responsibilities:
Design and Process Improvement:
- Develops new and improves existing production areas
- Participates on core teams, designs new processes, researches best practices, involves shop personnel, performs cost analysis/justification, drawing layouts and obtains approvals
- Implements process changes which include: Engineering Change Notices, Tooling Requirements, Routing Creation, Deviations, Tool Work Orders, Kanban Implementation, Time Studies and Training Operators
Maintenance and Documentation:
- Processes tool replacements
- Maintains routing
- Calibrates equipment
- Performs safety reviews
- Performs time study audits
ISO Functions:
- Performs OMS updates
- Processes audit requests
- Implements corrective actions
Problem Analysis:
- Resolves manufacturing and safety issues
- Contacts specialists as needed to resolve issues
- Documents the processes outside of normal operation
Production Maximization:
- Implements the most efficient use of current tooling and personnel to maximize production without reducing quality
Self-Development:
- Maintains the engineering and industry knowledge through on going training
Special Projects:
- Assists in special projects related to inventory, facilities and logistics
Job Description:
The Manufacturing Engineer III primary role is to develop and improve processes within the factory. The areas of focus may include: assembly, fabrication, weld, machining, paint or facility projects. This position maintains production capability, improves quality, reduces cost, improves safety and maximizes throughput.
Essential Duties and Responsibilities:
Design and Process Improvement:
- Develops new and improves existing production areas
- Participates on core teams, designs new processes, researches best practices, involves shop personnel, performs cost analysis/justification, drawing layouts and obtains approvals
- Implements process changes which include: Engineering Change Notices, Tooling Requirements, Routing Creation, Deviations, Tool Work Orders, Kanban Implementation, Time Studies and Training Operators
Maintenance and Documentation:
- Processes tool replacements
- Maintains routing
- Calibrates equipment
- Performs safety reviews
- Performs time study audits
ISO Functions:
- Performs OMS updates
- Processes audit requests
- Implements corrective actions
Problem Analysis:
- Resolves manufacturing and safety issues
- Contacts specialists as needed to resolve issues
- Documents the processes outside of normal operation
Production Maximization:
- Implements the most efficient use of current tooling and personnel to maximize production without reducing quality
Self-Development:
- Maintains the engineering and industry knowledge through on going training
Special Projects:
- Assists in special projects related to inventory, facilities and logistics
Required Skills:
Additional years of experience or education may be substituted for each other as determined by Human Resources.
- A Bachelor’s Degree in Manufacturing or Industrial Engineering or similar discipline is required
- A minimum of 5 year of manufacturing engineering experience is required. Seven (7) years is preferred
- Understanding of production processes and concepts
- Excellent verbal, written and public speaking skills
- Strong analytical and problem solving skills
- Proficient computer skills including CAD, Word, Excel and Access
- U.S. Citizen (Sponsorship will not be provided now or in the future)
#123IND