Ryan Mccarty Email & Phone Number

Duncan, South Carolina, United States

Greenville, South Carolina, United States

Design engineer responsible for tapered roller and ball bearings applications in automotive powertrain and geartrain systems

Greenville, South Carolina, United States

• Responsible for mechanical design, validation, and production release of electric drivetrain system to include: traction motor, transmission, axle, driveshaft, and rear subframe. Support legacy E-Axle drivetrain.
• Led engineering collaboration efforts with traction motor vendor during new product development. Reviewed vendor test data and root cause/corrective action plans. Collaborated with vendor to develop accelerated cyclic.
• Utilized DAQ tools and acoustics software to investigate electric driveline NVH. Make recommendations to production quality and develop design improvements to mitigate NVH.
• Developed and validated a new fastener design which reduced component cost by 75% and BOM cost by over $200 per vehicle.
• Utilize Catia to design components and assemblies. Perform FEA and physical validation prior to component release.
• Generate DVPRs for new product development projects based upon system requirements. Coordinate with test engineers to execute test plan and collect key data.

Greenville, South Carolina, United States

Charleston, South Carolina, United States

• Plan, resource, and facilitate operations for 750+ personnel within 6 separate organizations geographically dispersed throughout the state.
• Collaborate with adjacent teams to prepare and publish plans to meet the organizational intent of the CEO equivalent.

Appleton, Wisconsin, United States

• Selected out of 15 peers to lead specialized reconnaissance team consisting of 27 total personnel and 4 direct reports for 2 years.
• Planned and conducted a 3-week field exercise in an austere environment with specific focus on collective team operations.

Fond Du Lac, WI

• Led team of 36 personnel including 5 direct reports for over 3 years, to include a 12-month combat deployment to Afghanistan.
• Responsible for training, property management, and overall team performance as a platoon leader.

Oshkosh, Wisconsin

• Led development of cab systems to include blast/ballistic armor, armored glass, fire suppression, seating, and other vehicle interior systems across entire Oshkosh Defense product line.
• Oversaw design effort as cab & survivability lead on a new JLTV variant program. Responsible for full development lifecycle from bid and proposal to detailed design work.
• Utilized Python and Bash scripting to create a post-processing tool for non-linear blast simulation, executed on a high-performance supercomputer which reduced outsourcing costs.
• Responsible for component design and CAD model development within Creo and Windchill PLM. Oversaw technical drawing development prior to design release.
• Presented product development updates and conducted design reviews with Government customers.

• Program vision inspection system to automate the inspection process of high volume parts.
• Utilize 5s methodology and Kanban system of control to write work instructions and coordinate product flow for operators training on vision inspection system.
• Designed and fabricated prototype jig which increased efficiency of two production encapsulant delivery processes by over 200%.

Bachelor Of Science - Bs, Mechanical Engineering

Activities and Societies: Army ROTC Cadet, Engineering Student Council

Master Of Engineering - Meng, Mechanical Engineering

Focus in advanced topics of solid mechanics, failure theory, materials selection, and finite element analysis.