Quentin Cooper Email & Phone Number

Moline, Il, Us

Product owner for yield monitoring system on combine harvesters.

Moline, Il, Us

• Harvesting Domain: Consists of separation, threshing, cleaning, grain handling, residue management, and auxiliary systems.• Technical lead for the development and delivery of electrical system requirements for the harvesting domain of the combine harvester.• Provide technical direction to resources assigned.• Ensure electrical system requirements are aligned with division standards and processes.• Facilitate meetings with internal stakeholders to define and gain alignment on expected system behavior in the harvesting domain that will satisfy customers’ expectations and meet design constraints imposed by electrical, mechanical, software, hydraulic, user experience (UX), and safety perspectives.

Moline, Il, Us

• Continued to lead the development of subsystem requirements for grain handling and other harvesting systems.• Presented to leadership to provide progress updates for subsystems on product risk assessment.• Participated in the FMEA process to identify and mitigate potential failures from occurring within different grain handling systems.

Moline, Il, Us

• Developed test cases using Rally software and verified software features were aligned with electrical system requirements.• Reviewed test cases’ results with internal team and assigned defects to software and electrical systems stakeholders to address failures.

Moline, Il, Us

• Continued to lead the development of subsystem requirements for grain handling and other harvesting systems.• Presented to leadership to provide progress updates for subsystems on product risk assessment.• Participated in the FMEA process to identify and mitigate potential failures from occurring within different grain handling systems.

Moline, Il, Us

• Led the development of subsystem and component requirements for grain handling and other harvesting systems.• Facilitated meetings with internal stakeholders and suppliers to define and gain alignment on expected system or component behavior that will satisfy customers’ expectations and meet design constraints imposed by electrical, mechanical, software, hydraulic, user experience (UX) and safety perspectives.• Gained alignment with PV&V engineers to define test plans to verify new components meet John Deere Quality (JDQ) standards.• Provided electrical systems support at the experimental shop and limited production builds at the factory.• Provided electrical systems support for test units in the field.• Performed root cause analysis using CAN data logs to address electrical systems failures that were experienced in the field and test validation.• Utilized Creo Parametric to position the electrical components in the appropriate places on the 3D combine harvester model.

Moline, Il, Us

Tractor Product Line – TCAO (Tractor Cab and Assembly Operations)OFP Manufacturing- Managed manufacturing processes in stations for 7R tractor and 8R tractor lines.PDP Manufacturing- Managed the teams document that captures the required updates needed to manufacture a new product in the shop floor.Factory Automation- Resolved issues with automation systems that caused disruptions throughout the factory.Industrial Engineering- Conducted time studies on how long production workers to complete multiple assembly operations.- Compared current and historical data to identify gaps on the expected time required to complete several tasks.

Boston, Ma, Us

Linen is an investing app that helps you earn shares in community-owned projects. It democratizes wealth building by connecting the ownership economy, DeFi and social tokens.

Atlanta, Georgia , Us

Analysis of Acoustic Tags for High-Frequency Side-Scan Sonars--Designed and constructed frame apparatus to hold and control multiple degrees of freedom of different tags.--Used sonar device to measure the reflection intensities of multiple tags at different orientations and distances.--Used Matlab to conduct analysis on data collected from trial runs.

Irving, Texas, Us

New Capital Introduction (NCI) in Manufacturing-- Analyzed the performance of machines to provide data for business proposals of new machines-- Observed manufacturing process to create stand work sheets and element sheets for new machines-- Conducted statistical analysis to determine the capability of the new machines with Minitab-- Designed layouts for a cell consisting of new and current machines, storage and equipment -- Measured features of in-processed parts to compare against Caterpillar Specifications-- Created presentation to present the findings of my results and to receive approvals from six sigma stakeholders in order to place the new machine into production.