Terry Warner Email & Phone Number

Mt. Joy, Iowa

Moline, Illinois, United States

Technical Project Manager with the responsibility for leading the technical teams developing the infrastructure for embedded controller security program, including project planning, leading the PV&V effort, and conducting SFMEAs. Provided training and mentoring to members of John Deere’s electrical and electronics organizations.

Engineering Team Leader for the JD Crop Harvesting Electrical Systems team responsible for the electrical systems on all grain harvesting vehicles, worldwide. The team primarily worked in the following areas: new product combines, new product front end equipment, harnesses, and current product support.

Led the team in a transition from the introduction to production of the first interim Tier4 emissions combine design to the design of the next generation combine with final Tier4 emissions. Guided the team through implementation of running-changes to the production model including quality, and PVV testing.

Group Leader for Cab, Electrical, Grain Tank, Elevator, Styling team in the Harvester Current Product Engineering Team. Supervised a team of 5 individuals working on warranty reduction and cost reduction projects as well as providing for support to the factory and DTAC.

Various increasing responsibilities as an Electrical systems engineer working in several areas of hardware development, software development, and harness development for the combine harvester. Redesigned the combine electrical system from initial concepts through production at three global factories. Key projects included product design of a power relay panel, product design of the Electrical Power Module (EPM) that is used at multiple different platforms and product lines, and embedded software development for several combine features.

Hammond, Indiana, United States

Responsible for design and installation of natural gas control, metering, and regulation stations. Work included developing control system software for valves, boiler systems, odorant injection systems, and metering and measuring systems. Additional work included connecting to the SCADA (System Control And Data Acquisition) system using telecommunications networks and microwave networks.