Experienced ECHO Equipment Engineering Role

•      Semiconductor fab Equipment Engineer

•      Maintain, upgrade, and monitor wafer fabrication equipment in various semiconductor equipment supporting Photo, Etch, Cleans, Metrology or Films

•      Identification and variation reduction of process & tool performance

•      Increasing production capacity on new and existing toolsets

•      Identify and support defectivity/scrap reduction efforts

•      Defining Out of Control Action Plans

•      Improving tool reliability and availability

•      Improving cost performance of processes

•      Improving process monitoring and sensor capabilities

•      Qualifying alternate parts

•      Developing and writing specifications

•      Implementation of Six-Sigma statistical process control methods

•      Participating in and/or leading cross-functional and lean activity teams

Job Qualifications:

• BS or higher in Chemistry, Chemical Engineering, Electrical Engineering, Materials Science, Physics, or another technical field.
• At least 2 years of experience in semiconductor manufacturing supporting equipment.
• Must be able to obtain and maintain an Export Control Clearance.
• Ability to generate, analyze, interpret equipment, process performance data, and produce a timely action plan to resolve recurring failures.
• Demonstrated presentation skills. Candidate will be called upon to train others and present complex datasets and process problems/ solutions to diverse audiences.
• Competent in troubleshooting problems and capable of applying logic to isolate and repair them.
• Ability to deal with multiple issues and shifting priorities.
• Strong verbal and written communication skills.
• Ability to interact effectively with multiple disciplines in a 24x7 manufacturing facility.
• Good foundational problem-solving skills with creative solutions and out-of-the-box thinking.
• Self-motivated; able to take initiative and effectively prioritize work for self.
• A strong desire to help create a positive, winning, world class working environment.
• Improving tool availability and throughput and availability
• Reducing Mean Time Between Failure (MTBF)
• Working with and training technicians and peers
• Improving cost performance
• Specifying, sourcing, and qualifying new equipment and parts
• Safety minded approach and work habits.
• Quality minded approach and work habits.