Jeff Dailey Email & Phone Number

Chandler, Az, Us

Chandler, Arizona, United States

Arizona, United States

Chandler, Arizona

Chandler, Az

+ Managed a diverse litho organization as Shift Engineering Manager. I have shown tolerance of ambiguity allowing for immediate contributions when slotted into a new areas of focus. Tactical coordination and people development successfully managed during assignments with cross-training plans in place and cross functional teams operating on shift. + Developed training plans with lithography modules for the floor technicians and engineering resources. Ensured packages fit the headcount on shift and overall structure of the group. Managed cross-functional teams including scanner and resist track resources simultaneously. Ensured team cohesiveness even though job roles were different between the groups.+ Continuous performance management of employees by setting clear expectations, providing real-time coaching, accountability, and career development. + Coordinated efforts with Track vendors, Scanner vendors, and Litho Engineering to negotiate time on tools, prioritizing vendor and floor resources daily. Ensured required output to meet factory commitments achieved on a shift basis.

Chandler, Az

Lithography Process Engineer at Intel Ocotillo facility.

+ Lead engineer for 150 mm Photolithography with responsibilities that include: guiding process technicians, tracking SPC, troubleshooting equipment issues, scheduling equipment maintenance, specifying capital equipment purchases, and tracking general processing performance. I am also in charge of the area’s equipment including a Canon MPA600FA and SVG coat and develop tracks (8600 series and 8800 series). + Statistically tracked production and newly developed processes utilizing X-bar and R charts. + Wrote and reviewed process specifications for the 150 mm photolithography area.+ Developed and integrated processes for novel low-k ILD materials with low temperature processing requirements.+ Developed spray processes using DOE principles (factorial design) for GEN II panel spray coater utilizing low-k materials vetted on the 150 mm pilot line.+ Reported lot performance using JMP statistical analysis for wafers built with any process splits regarding ILD materials or processes related to spray coating of ILD materials. Statistical analysis was used to qualify the new processes and materials for use in the standard production flow. + Supported Factory Server MES by MASS Group software used to track processes, SPC, and equipment status.

+ Specified low cure temperature/low-k/spin-on dielectric materials for planarization/passivation of stainless steel substrates.+ Specified low cure temperature/low-k/spin-on dielectric materials for use as inter-level dielectric (ILD) for all device architectures on silicon, stainless steel, glass, and PEN.+ Worked with materials vendors to determine best low temperature processes using provided low-k dielectrics.+ Developed and implemented a spin coat process for depositing best known low temperature/low-k dielectric on 150 mm silicon, stainless steel, and PEN substrates.+ Reported lot performance using JMP statistical analysis for wafers built on stainless steel substrates.+ Assisted in implementation of Factory Server MES by MASS Group software used to track processes, SPC, and equipment status.

Trained students in the use of characterization and semiconductor process equipment. Main trainer for Hitachi S4700 FESEM and Torvac E-beam metal evaporation tool. Processed materials in the CSSER cleanroom to support student and professor projects.

Graduate research involved the study of semiconductor (Si and Ge) nanowire growth utilizing vapor-liquid-solid epitaxy. The growth morphologies at various pressures and temperatures were studied and analyzed utilizing FESEM and RBS. I assembled, operated, and maintained UHV equipment, conducted metal and semiconductor depositions using CVD and PVD equipment and was trained in the use of the Center for Solid State Research cleanroom.

Ms, Materials Engineering

Activities and Societies: Member of American Society of Materials (ASM). Thesis research: Vapor Liquid Solid Epitaxial Growth of Germanium.

Bse, Materials Science And Engineering

Activities and Societies: Member and President of the American Society of Materials (ASM).