Making tall grass short

SamPattersonSam Patterson is one of the voices of John Deere.

A design engineer in John Deere’s rotary mower group, Patterson, ME’06, is passionate about his work — making lawn mowing easy — and it shows in the company’s latest “How We Run John Deere” video, which features Patterson.

Patterson designed the two new high-capacity mower decks on John Deere’s updated X700 tractor. He followed the project all the way through production, working on everything from computer modeling to performance and reliability testing. That breadth of knowledge made him a natural fit for the video.

“Aside from making tall grass short, my main job is to make it very easy for the customer to attach the mower deck to the tractor,” Patterson says.

There is one latch to flip in the front of the tractor, but the majority of the connection to the vehicle is automatic, which makes maintenance and cleaning simple. Patterson says the technology was first developed for large commercial tractors.

“John Deere first developed this feature for our commercial customers on larger tractors, but it is very exciting to give this flexibility to residential customers,” Patterson says. “It allows customers to mow very tall and thick grass while still leaving a manicured look, and gives them tremendous mulching capability.”

Patterson is now working on Deere’s new EZtrack mowers. When he isn’t fine-tuning a mower deck, he travels with his wife, Amy (Edwards) Patterson, Engl’07, and plays guitar in a garage band near their Beaver Dam, Wis., home. He says the problem-solving skills he developed at Missouri S&T were the foundation of his success.

“Missouri S&T gave me the skills, attitude and discipline necessary to work at an innovative company like John Deere,” Patterson says. “The faculty understand exactly what it takes to be an engineer in today’s rapidly changing workplace, and they provided me with the tools I needed to succeed.”

Around the Puck

Seeking TBI therapies

By Delia Croessmann, croessmannd@mst.edu Complications from TBI can be life altering. They include post-traumatic seizures and hydrocephalus, as well as serious cognitive and psychological impairments, and the search for treatments to mitigate these neurodegenerative processes is on.

[Read More...]

Understanding the invisible injury

Students advance traumatic brain injury research By Sarah Potter, sarah.potter@mst.edu “Research is creating new knowledge.”–Neil Armstrong  Research keeps professors on the vanguard of knowledge in their fields and allows students to gain a deeper understanding of their area of study. For students and recent graduates researching traumatic brain injury (TBI) at Missouri S&T, the work […]

[Read More...]

Analyzing small molecules for big results

By Delia Croessmann, croessmannd@mst.edu At only 28 years old, Casey Burton, Chem’13, PhD Chem’17, director of medical research at Phelps Health in Rolla and an adjunct professor of chemistry at Missouri S&T, is poised to become a prodigious bioanalytical researcher.

[Read More...]

To prevent and protect

By Peter Ehrhard, ehrhardp@mst.edu Traumatic brain injuries (TBIs) are an unfortunate but all too common occurrence during military training and deployment. Because mild TBIs often present no obvious signs of head trauma or facial lacerations, they are the most difficult to diagnose at the time of the injury, and patients often perceive the impact as […]

[Read More...]

Q&A

Toughest class … ever Some of your classes may have been a breeze, but others kept you up at all hours studying, and some of you struggled just to pass. As part of his research for the S&T 150th anniversary history book, Larry Gragg , Curators’ Distinguished Teaching Professor emeritus of history and political science, asked […]

[Read More...]