Process Engineer

About the role

Process-engineering capabilities focused on cost, quality and delivery improvements in order to hold up a manufacturing organization.

What a typical day looks like

• Recognize the manufacturing process, technologies, techniques and the product
• Define, implement and evaluate proposed designs and processes for manufacturability
• Have the capability to singly or with other engineering stakeholders identify root causes of failures in the manufacturing process
• High level participation in daily production activities and effective problem solving on daily issues
• Prepare justification, purchase and implement capital equipment for production
• Hold up and oversee new process equipment production
• Hold up the raising and introduction of engineering change orders (ECOs)
• Establish robust, repeatable and reproducible process parameters
• Trouble shoot process related issues and help to develop, implement and take ownership of process control methodologies
• Participate in activities pertaining to cycle time and process improvements
• Evaluate and select various engineered materials
• Implement statistical process research on new and existing products
• Implement safety, productivity and give in improvements
• Improve manufacturing techniques and through put
• Provide continuous development of manufacturing techniques that will improve in-house capabilities and gives in
• Develop and maintain process documentation and review processing methods
• Interface with production of all activities associated with new process implementation and transfer
• Assist in the development of training and provide training to production personnel during new technology transfer
• Provide equipment maintenance, repair hold up as required and guide cost improvement/reduction programs

Qualifications

• Typically requires a Bachelor's degree in mechanical, chemical or industrial engineering field or equivalent experience and training with experience for 5 years with customer focus team in Automation, Mechanical engineering or industrial engineering
• Experience with AutoCAD tools
• Root cause failure analysis
• Process improvement utilizing several lean manufacturing methodologies
• Experience with Kanban and Six Sigma certification is good to have
• Experience with Dispense systems such as Asymtek, PVA, Mycronic or other with processes including Underfill, Staking, Masking, Conformal coat, Edgebond, Thermal interface material dispense, Cure process knowledge and Automated optical inspection post material dispense
• Use of the following tools may be required: Electronic Assembly: color code, component, and schematics

Schedule

Shift Hours: 2:30 pm – 11:00 pm, M-F