Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors

2020 NFPA Robotics Challenge Scholarship Winner Announced

Engineering & Design
NFPA robotics challenge

2020 NFPA Robotics Challenge Scholarship Winner Announced

The National Fluid Power Association recently announced that Matthew Morley of Sunnyvale, California, is the winner of the 2020 NFPA Robotics Challenge Scholarship. Despite a number of FIRST® Robotics and National Robotics League event cancellations this year, the scholarship program received 87 applications from students who built their robots using pneumatics.

This scholarship program helps build awareness of fluid power benefits and careers among high school students. The scholarship awards $40,000 ($10,000 per year for four years) to a high school senior who participates in a FIRST® Robotics or National Robotics League Competition Team and uses fluid power in the competition robot. The money awarded may be used to study engineering at any accredited technical college or university in the United States. Matthew will be using the scholarship to pursue a degree at Northeastern University in Boston, Massachusetts.

Matthew already has a background in a number of engineering-related activities:

I was born and raised in Sunnyvale, California and graduated from Design Tech High School in Redwood City this June. Design Tech’s personalized curriculum and focus on design thinking gave me the opportunity to develop my passions and hobbies. In my spare time, I enjoy working with and fixing my homemade 3D printers, playing video games with friends, sailing on our high school varsity team, and contributing my knowledge of modern control theory to the open-source FIRST® Robotics Competition robot code library.

Participating in my school’s FIRST® Robotics team, 5940 BREAD, opened my eyes to the possibilities of engineering. I joined the team in my freshman year when it was in just its second year and relished the open-ended real-world engineering problems that we had to solve to be successful as I rose to Technical Captain my junior year. My participation in the team gave me an outlet for my engineering passions as I developed my mechanical design, fabrication, programming, and leadership skills.

This fall I’m excited to be studying mechanical engineering at Northeastern University. Northeastern is known for its strong co-op program, where undergraduate students participate in six-month industry-sponsored co-ops. From my FIRST experience, I know that I love to dive into technically challenging engineering problems, learning what I have to in order to be successful along the way, and these co-ops are the perfect opportunity for me to do so.

The honor of this scholarship award will not only help give me the financial means to pursue my education at Northeastern, but will also help me focus my interests on the design challenges that can be found in the member companies of the NFPA.

NFPA Fluid Power Robotics Challenge
The NFPA judges who interviewed Matthew were impressed by his knowledge of pneumatics and his sincere interest in the experiences that they had in college. Thank you to all of our judges: Bob Hammond of Deltrol Fluid Products, Frank Langro of Festo, Bill Haley of FORCE America, Tom Peterson of Husco, Olia Mladenova of HYDAC, Travis Schmidt of HydraForce, Jim Kaas of Iowa Fluid Power, Bradlee Dittmer and Charles Werdehoff of IMI Precision, Tom Blansett of the International Fluid Power Society, Jeff McCarthy of SunSource and Andrew Kleitsch.

If you would like to be a judge for next year’s Robotics Challenge Scholarship applications, please contact Lynn Beyer at lbeyer@nfpa.com or (414) 778-3364.

About the NFPA
NFPA is a trade association focused on strengthening the hydraulics and pneumatics industry. With more than 340 fluid power manufacturers, distributors, and suppliers in its membership, NFPA works to advance fluid power education, technology, and the industry as a whole.

Related Articles

Related Whitepapers

Five Reasons To Choose A Bearingless Torque Sensor

Benefits that improve your torque measurements Best real-world accuracy Highest Overload Highest Overrange

Advanced Sealing and Condition Monitoring Strategies In Water and Wastewater Plants

Introduction As a plant/maintenance manager or reliability engineer for a water or wastewater facility, you want to know about the best technologies to help your…

Downthrust Measurement in Vertical Pumps Prevents Failure: The Benefits of Measuring Axial Force in Real-Time

“Himmelstein’s Thrustmeter has proven to be accurate and repeatable, which are two of the main things that define quality in an instrument. It’s been a…

Electricity, Power, and Emissions: Using Motor Power Data to Create a Climate-Informed Maintenance Plan

Take Action Today To Make Your Pumps More Efficient Pump motor power levels and energy consumption provide valuable input about the status of and changes…

Comments

Leave a Reply

Your email address will not be published. Required fields are marked *