Paul Doyle Email & Phone Number

Sunnyvale, Ca, Us

Amazing to be a part of the team at Surface Engineering! I'm working with the team to elevate our capabilities and improve our capacity. We build some tremendously exciting equipment that gets delivered to amazingly high tech companies! I'm proud to say nearly every silicon wafer made in the last 20 years has been on our equipment at one time in it's life!Our machining team specializes in micron accuracy machining on our fleet of hard turning, grinding, and milling equipment. The assembly team builds those systems into micron and sub micron accuracy machines. The entire staff contributes to doing amazing things every day!

Wilmington, Massachusetts, Us

My role has now grown to encompass Mechanical, Electrical, Optical, Wafer Handling Systems, Document Control and Technical Publications. I have a great team working on cutting edge metrology solutions!

Wilmington, Massachusetts, Us

Nanometrics and Rudolph Technology have merged, I am now working alongside my team to bring 21st century metrology solutions to life at Onto Innovation!

Milpitas, Us

Leading the mechanical and electrical engineering teams into a new era for Nanometrics. Helping guide critical architectural and structural decisions for the Impulse and Atlas products to improve performance and satisfy upcoming customer needs. Through strong teamwork and good planning, my mission is to enable and support the engineering team and guide our product development for first time success through disciplined systems engineering practices and detailed simulation of structural response.

Milpitas, California, Us

Leading the mechanical engineering team to design the next generation Surfscan bare wafer inspection platform consisting of an ultra high bandwidth R-Theta scanning stage with nanometer level precision for scanning 450mm silicon wafers, high accuracy environmental thermal control, and environmental isolation.Interacting with our systems engineering and optical engineering teams to help define and document requirements, build and track schedules, and coordinate planning across disciplines

Milpitas, California, Us

Leading mechanical engineering team defining next generation system architecture. Collaborating with optical engineering team to define system layout overall alignment strategy and critical subsystems. Working alongside systems engineers to define system and subsystem requirements.Acted as a key visionary team member working on enhancing particle contamination of currently released product. Our team created ground breaking progress enhancing cleanliness and consistency of contamination results at critically reduced contamination levels creating market differentiation for our products.

Milpitas, California, Us

Supported critical tasks for release of the Surfscan SP3 product. Enhanced optical alignment stability and system cleanliness meeting customer's strict wafer contamination requirements. Staffed key mechanical engineering positions to begin next generation product development.

Milpitas, California, Us

Designed the scanning stage for the industry standard bare wafer inspection system, Surfscan SP3 supporting the first production 450mm capable wafer inspection tool. Granted patent for novel passive athermalization of a high power spindle, maintaining single micron positioning over 25C operating temperature range. Met critical requirements to locate defects with better than 5um defect location accuracy.Designed large sand castings for supporting the scan stage subsystem, and mounting five key optical subsystems. Responsible for defining interfaces and detail design of kinematic mounting features including positioning of kinematic features in three dimensional space within 25 micron true position accuracy on a ~1m^3 cast aluminum structure. Successfully met product goals while minimizing necessary degrees of freedom to speed alignment and system integration time.

Milpitas, California, Us

Successful implementation of high precision low contamination wafer chuck designs, precision motion control and staging for high speed rotating inspection machinery, optomechanical design for ulta clean environments.Designed and granted patents for industry standard edge handling chucking systems for inspection of 200mm and 300mm bare silicon wafers.

Designed mountain bike suspension components, air shocks, coil over shocks, downhill racing forks, hydraulic damping cartridges for front forks. Programmed CNC mill and lathe and proofed programs. Designed fixturing and tooling for production manufacturing.

Bachelor Of Science (Bs), Mechanical Engineering

Education record