Ryan L. Email & Phone Number

United States

Rosemont, Il, Us

Atlanta, Georgia, Us

Product Engineer responsible for: generating bill of materials, general arrangement/cross section drawings, and manufacturing drawings conforming to customer specifications, POs, and AWWA. Additionally worked with the Nuclear Product Group and designed Nuclear ASME Section III Class 2 and 3 valves, adhering to ASME code, customer specifications, and POs. Utilized SolidWorks, AutoCad, and Creo for assembly layouts, drawings, and parametric models. Other areas of involvement include:• Lead Engineer on $14M project encompassing various sized butterfly, ball, and cone valves• Designing 102" butterfly valve per AWWA requirements• Working with various valve product including: butterfly, ball, fixed cone, plug, and check valves• Supporting Manufacturing Engineers and shop personal with quality control and assembly issues• Leading and maintaining weekly backlog meetings• Communicating with vendors on acceptance and deviation criteria • Leading CAD modeling team with international 3rd party vendor• Engineering Admin for PDM (Windchill) system• Performing stress and torque calculations on products• Assisting casting and manufacturing engineers on product casting guidelines

Lafayette, Indiana, Us

Associate Product Engineer responsible for: presenting to the Engineering and Leadership team, 3D modeling projects in SolidWorks and generating production prints, providing input in design reviews, and aiding in product launches. Projects were organized through Six Sigma design process and prints included tolerances and GD&T. Interacted with suppliers to acquire quotes for make/buy analysis. Other areas of involvement includes:• Benchmarking/reverse engineer sample products• Analyzing production prints and convert into 3D parametric models• Creating installation manuals and work processes for aerodynamic products• Field testing and data analysis.• Cost analysis of sub-assemblies• Working with PPAP process for parts and assisting with quality on part and assembly components• Creating pFMEA and dFMEA• Assisting in production runs for composite panels• Developing strength testing for sample panel pieces

Lafayette, Indiana, Us

Product Engineering Intern at Wabash National for the Diversified Products Group responsible for assisting product team by: presenting to the Engineering and Leadership team, 3D modeling projects in SolidWorks and generating production prints, and providing input in design reviews. Other areas of involvement includes:• Benchmarking/reverse engineer sample products • Analyzing production prints and convert into models • Creating installation manuals and work processes for aerodynamic products • Working with PPAP process for parts and assisting with quality on part and assembly components • Creating pFMEA and dFMEA

Everyone in a chapter came to school to learn, to grow, and to prepare for pursuing goals and ambitions for the rest of their lives. Sometimes brothers forget that academics are the most important priority in their undergraduate careers. The Scholastic Chair’s role is to keep the importance of this priority firmly and consistently enacted in the chapter and its programming. The Scholastic Chair’s success not only enhances a chapter’s reputation for scholarship, but helps to ensure the future accomplishments of each brother. By supporting academic programming and by developing opportunities for brothers who are struggling with their grades, the High Sigma makes an important and lasting contribution to the growth of Lambda Chi Alpha and our brotherhood. • Supported and led improvements within my fraternity to accomplish highest GPA in chapter history.• Achieved highest GPA improvement of fraternities by creating and leading a new academic program for my fraternity.• Recognized by others in the Greek Community and shared program to help others• Recognized by Lambda Chi Alpha nationals as top tier academic program

Strong self-starter responsible to plan, organize and deploy the hockey skills development training to a wide variety of age groups each summer. In this role I was accountable to lead and manage groups of 10-25 students through training in physical improvement, skills development and building teamwork. Highly effective at results by adapting my communication style and demonstrations to provide effective results and development opportunities across a wide range of students.• Managed time schedules• Developed training plans and routines• Organized students• Maintained proper expectations• Deployed and led training exercises to build skills and results• Coached and mentored students to be successful

Mechanical Engineering

Education record