Cornelious Williams, P.E. Email & Phone Number

• Lead Process Engineering, Process Control Engineering and Maintenance
• Collaborated within and across teams to test, implement, and support technical solutions to minimize impact on production
• Cultivated nimble team capable of rapidly addressing fluid production needs
• Reduced monthly utilities cost by 30%
• Reduced R&M monthly expenses by 30%

Elk Grove Village, Illinois, US

• Created and managed build out of the $2MM budget for the injection molding and blow molding manufacturing areas; Responsible for creating the utility layout of the manufacturing facility; Responsible for sourcing and.
• Presented to Durant City Council and successfully lobbied for the replacement of their damaged transformer using the city budget
• Modified resource allocation to reduce manufacturing cost by 10%
• Improved product yield by 8% by executing a Minitab formulated DOE on cutting boards, ice trays and sippy cup injection molding processes

Deerfield, Illinois, US

• Responsible for managing 13 maintenance personnel in 3 focus factories across 3 shifts; Responsible for maintaining equipment that produces in excess of 60 MM FDA regulated units annually; Assign preventive maintenance.
• Reduced machine down time12% by improving the on-site spare parts inventory
• Established personnel performance review method that reduced subjectivity
• Manage the implementation and execution of preventive maintenance job plans
• Supervise maintenance personnel providing training, motivation and performance feedback
• Coordinate long repair/preventive maintenance projects with production management to minimize downtime

Saitama City, Saitama, Tokyo, JP

• Manage capital projects for the injection molding business unit; Started new manufacturing plant from an empty warehouse; Installed 6 Nissei 850T, 2 Nissei 650T and one Ube 2500T over 2 years; Coordinated electrical.
• Established process parameters for injection molded parts for IBU components used in Nissan automobiles Murano, Titan and Frontier
• Analyzed processing data using Minitab to confirm part consistency ±5%
• Improved OEE on Injection Machines across three shifts from 48% to 85% to improve quality, output, scrap, and decreased overtime by running a series of DOE’s (Design of Experiments) to optimize the processing.
• Troubleshoot equipment failures to reduce manufacturing down time

Deerfield, Illinois, US

• Manage capital projects for the injection molding focus factory with budgets as much as $2MM; Weekly capital project accountability updates to management and stakeholders; Manage contractors used in the installation of.
• Managed the installation, commissioning and validation of a LSR IMM that consisted of the SAT being performed in Austria, making shipping arrangements and coordinating functional testing with downstream focus factories.
• Managed the upgrade of obsolete IMM to minimize the risk of extended downtimes
• Managed the installation of a system to reduce the risk of curing a LIM mold due to a power outage

• Manage the Research and Development facility; Specify, source and commission capital equipment for process scale-up; Management and training of engineering technicians; Communicate with customers to understand their.
• Designed 40 R&D developed porous plastics products and transferred to production parts that included medical devices, based on customer specifications and requirements that successfully launched and generated over.
• Managed cross functional team during the transition of high profile projects from research and development to production.

Norcross, GA, US

• Managed the execution of airflow visualization studies in controlled manufacturing areas; Executed time studies on production floor; Member of Elevated Investigations for low fill volume complaints of particulates in.
• Wrote and managed the execution of FDA required protocols to validate capital equipment purchased to increase process production capacity.
• Validated manufacturing equipment used in the production of the Solid Phase product line with capital cost of $400,000 that produces sales in excess of $3 million annually.
• Performed DOE studies for dye immersion and torque relaxation on vial components used in the filling process to establish parameters for validations.

• Wrote development reports that document the steps taken to determine the appropriate conditions for cGMP manufacturing of products used in clinical trials; Assisted with the manufacture of transdermal patches that.
• Designed small scale equipment used in the manufacture of numerous cGMP batches of transdermal patches in a class 100,000 clean room for indications such as diabetes and Parkinson’s used in Phase I/II clinical trials.

Fairburn, GA, US

• Product Development Engineer of continuous membrane for the medical testing, pool filtration, IQ/OQ/PQ validated manufacturing process for class III medical devices using PPAP that were transferred to production.
• Design Engineer of stepper motor driven ball screw linear actuator for pick and place device using DMAIC to reduce operator interaction, PLC controlled/pneumatically actuated production equipment to improve batch.

Master Of Science - Ms, Materials Science

Bachelor Of Science - Bs, Mechanical Engineering

Bachelor Of Science - Bs, Mathematics