Collaborative Technical Support Engineer with a strong focus on utilizing internal and external relationships to tackle complex issues. Proactively seeks assistance from vendors, colleagues, and external sources to enhance ticket responses and ensure optimal support quality. Combines personal expertise with a collaborative approach to deliver exceptional results. Flexible Technical Support Engineer with six years of experience dedicated to helping clients maintain smooth operations. Recognized for swiftly and effectively resolving downtime situations and efficiently integrating new hardware and components into systems within Semiconductor and cleanroom environments.
As a Technical Support Engineer specializing in Molecular vapor deposition technologies at KLA's SPTS branch, I performed the following key responsibilities:
Diagnosed and resolved technical issues related to MVD equipment, including plasma etchers, reactive ion etchers (RIE), and other semiconductor processing tools.
Collaborated closely with field engineers to troubleshoot complex optical, electro, and mechanical systems specific to MVD processes.
Developed a deep understanding of MVD equipment operating principles, including gas chemistry, plasma physics, and process parameters.
Applied this knowledge to address challenging problems efficiently and effectively.
Traveled both regionally and worldwide to provide on-site support for escalated MVD-related issues.
Responded promptly to critical situations, ensuring minimal downtime for customers.
Created detailed troubleshooting documentation, technical findings reports, and postmortem analyses.
Contributed to best-known methods (BKMs) for MVD equipment maintenance and optimization.
Assisted in the installation, relocation, and upgrade of MVD tools, ensuring seamless integration into customer fabs.
Conducted training sessions for field engineers and customers, sharing insights on MVD processes, tool maintenance, and best practices.
Additionally, I actively contributed to writing technical documents and consolidating information in the technical database:
Authored and maintained user manuals, troubleshooting guides, and service bulletins.
Ensured clarity, accuracy, and completeness in conveying complex technical concepts.
Compiled and organized technical data related to MVD equipment, process parameters, and maintenance procedures.
Contributed to a centralized technical database for easy access by field engineers and support teams.
The Spray Measurement Tool (for Fluid Flow Measurement Tool) represents a significant opportunity to sell as a stand-alone upgrade accessory to existing and new tool builds
The tool is capable of looking at the “as delivered” flow distribution of the fluid emerging from a nozzle manifold at the wafer carrier position inside the rotor
The tool is capable of detecting a blocked or low flow nozzle and obstructions, in addition to allowing for setting up flow uniformity across the load
Characterization of the tool is important for communicating its impact to customers and for providing guidance to end-users on how to diagnose and to troubleshoot flow issues
Semitool Spin Rinse Dryer Benefits:
10.1” HD touch screen with enhanced graphical recipe editing
Smart Parts machine intelligence for enhanced predictive maintenance
Small profile to minimize fab floor space
Over 95% up time
Low cost of ownership (use of DI and N2 utilities only)
SRD Controller system built using industry standard components
High throughout (25 wafer lots)
Objective
More rigorously characterize the vibration behavior of the new SRD 800-Series product line
Data will allow OEM Group to:
Compare vibration performance against customer specifications
Derive maximum vibration limits for use in setting software alarms
Select the critical direction for monitoring vibration
The scope of inspection is to remotely review the SRD 820 which was inspected on the
2019.01.21- 2019.01.25 at OEM Group East 416 South 4th Street Coopersburg, PA 18036, USA
under the TUV Rheinland report no. 31875225.001. Final remote review was completed as TUV
Rheinland report no.: 31875225.002
Classified