BRENT S. BRADLEYNelsonville, OH 45764

https://www.linkedin.com/in/brent-bradley-9b409112b • 740.249.1037 • bbradley12004@yahoo.com

Plant Engineer | Process EngineerBroad-based career with more than 15 years of success in improving productivity and quality

Dedicated and resourceful Engineer skilled at advancing business goals by boosting manufacturing efficiency, increasing product quality and yield, and cutting operating costs. Tenacious in pursuing continuous improvement, excelling at analyzing root causes, taking corrective action, facilitating design control procedures and preparing testing, inspection and specification documents. Adept at collaborating across departments and with cross-functional project teams in fast-paced environments to accomplish objectives. A skillful team leader using project management expertise, sound judgement and strong communication and interpersonal skills.

Process Development and Implementation / Quality / Troubleshooting & Issue Resolution / Lean and Kaizen Methodologies / Continuous Improvement / Microelectronics and Microbiology /

Compliance / Recipe Creation / Yield Improvement / Equipment Installation

TECHNICAL PROFICIENCIES

IT Tools: C programming, CMMS, Dataview, JMP, SPC, Microsoft Office, UNIX, Windows

Processes: Tools:

Photolithography, Semiconductor, Microbiology

Photolithography scanners and resist tracks, metrology, high speed packaging, lyophilizing chambers, automated inspection systems, pneumatics, hydraulics, chemical distribution, HVAC, electronics, mechanics, gas / chemical plumbing

PROFESSIONAL EXPERIENCE Diagnostic Hybrids/Quidel Corporation, Athens, OHPlant Engineer / Process Engineer (2013 – 2015)Manage plant and process operations to deliver an optimal production environment for the company’s Molecular Lab, Special Products Group, Cell Culture, and Distribution departments. Design, construct and maintain equipment, managing vendor relations to ensure high levels of customer service. Establish standards and policies for quality control, testing, operating procedures, and employee safety according to engineering principles and safety regulations. Ensure efficient and effective operations by leading process improvement projects, providing technical expertise, compiling user manuals and training technicians. Perform validations to assure compliance with FDA, WHO, and ISO 9001 guidelines and obtain Underwriters Laboratory (UL) certifications. Key Achievements:

Improved overall yield and production volume capability of the plant, serving as plant engineer for four departments and supporting 9 processes and 43 personnel.

Assisted in driving $750,000 in annual savings by playing a critical role in managing a smooth transition of the entire production facility from California to Ohio by handling shipping logistics, facilities, critical needs, and process transfer.

Reduced product contamination from 15% to less than 1% in the cell culture department by identifying and correcting issues in the production and handling of products by personnel, changing the equipment layout to reduce particle contaminants, and reviewing all clean room maintenance records.

…Continued…

BRENT BRADLEYPAGE TWO

Improved department performance by 17% for the Special Products Group through continuous improvement efforts determined through trend analysis and direct observation.

Intel Corporation, Chandler, AZ Process Engineer (2000 – 2010)Configured, developed, improved, and maintained photo patterning and resist processes to support the production of microprocessors. Developed and implemented innovative solutions to improve processes, efficiencies, yields, quality and costs. Managed equipment facilities, collaborating with cross-functional teams to identify and implement areas of improvement. Provided technical expertise and trained technicians to improve product quality and employee safety. Tracked production metrics and reported project and production progress to senior management. Managed vendor relationships, contracts, and resource procurements. Key Achievements:

Produced multimillion dollar savings by identifying, testing and implementing a process improvement that was adopted at all Intel factories that provided a 5% yield improvement for factory output by greatly reducing blocked etch defects during the spin on glass steps.

Generated annual savings of $500,000 by changing and implementing reductions in the use of solvents and high purity gases by 25% without affecting production yields.

Reduced preventative maintenance downtime by 30% and increased equipment availability by 10% by improving maintenance procedures through task time studies and training.

Lead engineer in photolithography area for technology transfer and startup of two state of the art production factories.

CAREER NOTES

Laboratory Manager, Mississippi State University, Starkville, MSManaged 20 laboratory sections in the Electrical and Computer Engineering College, maintaining all equipment, hiring and training staff, and supporting research projects involving pulse power, hybrid semiconductor materials, laser research, and remote sensing.

Senior Photolithography Equipment Engineer, Texas Instruments, Richardson, TXProvided optimum manufacturing support by managing the complete product lifecycle for the photolithography toolsets. Configured toolsets, compiled operational specifications, and trained technicians. Identified problems and implemented statistical process control checks to increase production efficiency and high yields.

Aircraft Maintenance Specialist, Grissom Air Force Base, IndianaCompleted inspections, performed scheduled maintenance, and made necessary repairs according to Federal Aviation Administration (FAA) regulations. Honorably discharged.

EDUCATION AND TRAINING

Bachelor of Science in Electronics EngineeringDeVry Institute Technology, Columbus, OH