Chase Mcdaniel Email & Phone Number

Reno, NV, US

Reno, Nevada, United States

• Responsible for leading cost reduction efforts across global NPI product lines.
• Led production trials from the corporate engineering and R&D business sectors to ensure cohesive plant integration and all trial objectives are met.
• Delivered sustainable quality systems and training for all new products brought into production phase
• Initiated multiple line kaizens with plant management delivering towards 21.6% increased OEE

Reno, Nevada, United States

• Managed multiple CapEx projects centered around reduction in downtime, rejects, and increased RTY delivering a cumulative annual savings of $827,000.
• Worked proactively with project stakeholders to determine project lead times and deadlines.
• Performed the DMAIC process during all mechanical, electrical, and process upgrades to track benefits and sustain improvements for the future.

Richardson, Texas, United States

• Designed and fabricated a proprietary pharmaceutical grade packaging solution for retail pharmacies.
• Evaluated finite element analysis results to determine sealing pressure and maximum load tolerance of the design.
• Placed second place at the 2020 National ASME Manufacturing Science and Engineering Conference design competition.

Richardson, TX

• Identify new marketing strategies to optimize resident retention rates and attract new residents
• Negotiate and close leasing contracts with prospective residents while building value proposition
• Coordinate on and off property events to improve resident satisfaction
• Responsible for managing logistics for move in and move out for 1600 residents
• Contact prospective residents through phone, email, in person to build rapport

Midlothian

• Researched and initiated 3 large scale improvement projects to increase mill OEE, resulting in 289k annual savings.
• Drafted training and hand off documentation to allow projects to be sustained under future project managers
• Analyzed bottleneck model of Bar Mill in order to determine the most efficient use of resources in order to reduce downtime due to constrained areas in the mill.