Joseph Leonard Email & Phone Number

St. Louis, Mo, Us

Springfield, Missouri, United States

Responsible for assisting with routine testing, KPI reporting, and program development for the performance analysis of AECI's generation fleet.

Rolla, Mo

Lead a team of 16 engineers to design, build, test, and compete an open wheeled race car. Directed test day operations to ensure safety and the collection of usable data.Determined high level engineering decisions that determined the overall path of the team

Rolla, Missouri, United States

Designed, validated, and integrated the upright assembly of an FSAE car.Coordinated with team sponsors to supply and machine parts for the upright assembly.Simulated tire behavior using tire data provided to FSAE teams in order to better understand vehicle dynamics. Collected on track tire data to improve performance realized in quicker lap times in each event the team competes.

Rolla, Missouri, United States

Managed group deadlines and general production schedule for an FSAE vehicle while coordinating with over 20 team members.Developed TIG welding skills while welding a 4130 chromoly steel tube frame chassis.Designed and integrated fixtures to accurately locate and retain mounting interfaces with a steel tube chassis.Successfully managed three separate budgets totaling over $3000 while purchasing tools, equipment, and material.

Rolla, Missouri, United States

Developed manual machining skills on a mill and lathe making over 350 individual parts for the construction of a formula 1 style race car. Expanded knowledge of race car development and design.

Springfield, Missouri, United States

Developed performance calculators for 5 cooling towers in order to determine their capability. The goal being to determine viable operational modes and the need for maintenance/upgrades.Investigated the cause of a step change in heat rate of a 2 on 1 combined cycle unit. Developed a performance test valve walk down list to ensure no unnecessary steam is lost during important testing.Created reporting tools that allow discrepancies between manual and automatic reports to be more… Show more Developed performance calculators for 5 cooling towers in order to determine their capability. The goal being to determine viable operational modes and the need for maintenance/upgrades.Investigated the cause of a step change in heat rate of a 2 on 1 combined cycle unit. Developed a performance test valve walk down list to ensure no unnecessary steam is lost during important testing.Created reporting tools that allow discrepancies between manual and automatic reports to be more easily identified thus saving time. Show less

Little Rock, Arkansas, United States

• Drafted drawings in AutoCAD for the construction of concrete driveway extensions to allow for safer and more cost-effective maintenance of combustion turbines• Developed MS Excel tools to reduce flow meter data processing time by 80%• Researched flow metering options for the main cooling tower and the main high- and low-pressure steam lines to more accurately determine total megawatt losses• Utilized flow metering research to conduct testing that determined flow rates of the main… Show more • Drafted drawings in AutoCAD for the construction of concrete driveway extensions to allow for safer and more cost-effective maintenance of combustion turbines• Developed MS Excel tools to reduce flow meter data processing time by 80%• Researched flow metering options for the main cooling tower and the main high- and low-pressure steam lines to more accurately determine total megawatt losses• Utilized flow metering research to conduct testing that determined flow rates of the main cooling tower in multiple configurations• Researched solutions for mitigating main cooling tower inlet blockages Show less