Jim Rushing Jr Email & Phone Number

Phoenix, Arizona Area

EIC Phoenix site

Mesa Az

- Co-Owner-Design and create custom graphics for CNC laser engraving onto a variety of substrate materials using Corel Draw, Draftsight, Blender and Adobe Graphics Suite. - Assembles completed laser body in chassis, and installs and aligns electronic components, tubing, and wiring to connect controls, such as valves, regulators, dials, and switches. - Performs operations, preventative and corrective maintenance on CNC Laser systems and PLC controlled coating ovens. - Design and fabricate jigs for mass productions and motorcycle accessory customization. - Assessed and evaluated financial performance of organization with regard to long-term operational goals, budgets and forecasts. Identified, acquired and implemented Quicken and QuickBooks software to provide critical financial and operational information that allows business to grow and prosper.

Ocotillo, Az

* Currently tackling the demanding job of disassembly and reassembly of Ebara CMP toolsets into new fab. Including equipment upgrades, troubleshooting and vendor qualification. * Facilitate with construction trades on electrical, mechanical and chemical support on each tool projected timeline to ensure that customer critical dates are met. * QA 2D and 3D blueprints to ensure all equipment configurations, base settings and critical placement dimensions have been met* Team Lead of 4 working directly with Ebara and reporting to Intel management on this tool relocation project.

Phoenix, Arizona Area

Contracted as a Construction Coordinator/Project Manager to oversee 24 different types semiconductor equipment (Wet Benches, CMP tools, Metrology Tools, First of Kind (FOK) tools, Wafer Scrubbers and Wafer handling systems) currently in base build design to construction/installation phase for Intel.* As Acting Tool Owner, attended daily meetings to go over all 2D tool specific blueprints and 3D bay tool to tool layout, in order to alleviate any potential support system installation issues. Ensured current blueprints were corrected and up to date and logged differences from reference print. * Research and evaluate multiple construction phases from Fab layout design to actual equipment installation, ensuring safety, layout designs meet required specifications, support systems, schematics and material logistic protocols meet customer high standards for all facilities and tool support systems.* Track project performance, specifically to analyze the successful completion of short- and long-term goals. Resolve any discrepancies between the completed milestone, quality documentation. and clarify specific requirements of each project. * Ensures the quality records, acceptance certificates, mechanical completion certificates and the documentation for specific systems and buildings/areas are prepared and collated in accordance with project requirements.* Perform QA/QC checks on design, fabrication, construction layout, facility design and hazards, safety level testing and tool specific analytics. Including RFI, Electrical checkout, pedestal construction and tool placement through equipment level 2 phase. * Team lead of 10-person team. * Proficient in Office Software, Primavera Systems and Gannt Charts

Ocotillo, Arizona Area

Accountable for engineering design, equipment validation, mechanical systems design, tool installation and process implementation in a High-Volume Environment. Drove enactment of Lean methods throughout product and process development and production. Solicited for cross-functional collaborations in design and process implementation. Managed high-performing team of 12 technicians and influenced engineering staff and corporate leaders in process design and decision making.• Transferred processes and designs from R&D to production environment, ensuring cross-functional collaborations and ownership to accomplish quality and safety requirements and CE adherence.• Responsible for equipment maintenace, upgrades, process analysis, equipment installation/construction and process troubleshooting.• Analyze statistically based experiments to define process parameters and provide data as to cause and effect.• Spearheaded efforts to launch two new technology processes, leading teams to achieve process qualifications and tool certifications 6 months ahead of schedule and within budget requirements.• Researched and authored 14+ equipment and process improvements, driving quality output up by 15% and cost reductions of $50K-122K/tool each quarter over the span of 3 consecutive years.• Developed and executed training plans for 15 employees, creating Process and Maintenance experts.• Integrated Lean principles throughout processes, improving uptime 14% and throughput 20%.

Portland, Oregon Area

Responsible for R&D activities related to NEW CMP technologies, informing 15+ Research Scientists of findings. Supported engineering design, equipment validations, mechanical system creation, circuit design, and chemical delivery systems, including tool selection and testing. Collaborated with suppliers to create optimal mechanical process designs to achieve safety, quality, and throughput requirements. Presented technical analysis of each prototype to Engineering Management. • Established baseline procedural specifications (CMS) and enacted remote computer capabilities for 26 tool configurations, providing guidance for optimal flow and equipment communications.• Performed process design analysis, equipment fabrication/installation, construction build out, equipment preventative/corrective maintenance and troubleshooting.• Analyzed statistically based experiments to define process parameters and provide data as to cause and effect using JMP.• Implements and documents complex solutions for process improvement, equipment upgrades and communicated technical analysis to Engineering leaders.• Achieved Safety, Quality, Cost KPIs through equipment improvements, enhancing efficiencies by 10%.• Researched, tested, recommended 16+ manufacturing equipment configurations in defining capabilities and Operational/PM/CAPA procedures. • Completed complex Design of Experiments testing to identify key inputs to material, slurry, equipment processes, guiding improvements yielding savings of $78K/tool per quarter.• Accountable for training and development of 35 junior engineers, vendor and technicians, signing off as Task/Role certifier for Install Safety and Equipment Maintenance procedures.• Facilitated daily connection points to drive testing and evaluations, PMs, and equipment installations.* Developed recipes for 3D thickness measurement and graphics to better see TF topography after polishing for Nanometrics systems.

Supervisor of Shipbuilding – Newport News, VAManaged $635 million worth of electronics package for 688 Class submarines new construction, during last 4 years of my enlistment. As Project Manager oversaw the procurement, installation and testing of all Navigation, Communication, Sonar and Fire Control systems by contracted personnel. Ensured NAVSEA guidelines were strictly followed and project timelines were met in a timely manner. Followed up on critical details on any delays. Submitted Daily Reports to OIC.Other Naval jobs – Advanced Electronics/Crypto Instructor in Hawaii, Served on 7 different submarines as LPO/LCPO responsible for Radio communications, Electronic Navigation/Warfare equipment, radar, cryptography gear, periscopes. Held a TS/SCI clearance while employed. Completed Basic Electronics "A" school and multiple "C" advanced training schools in Electronic Warfare, Radio, Crypto, Radar, Navigation and Periscopes, along with some minor Fire Control Systems. Completed Advanced Electronic/Electrical Engineering Course and General Glasses from UCSD.

Associate Of Science - As, Electrical And Electronics Engineering

Advanced engineering school via Navy education

Mechanical Engineering