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Sensor technology is a dynamic field that involves electrical or optical devices for monitoring and measuring an application or device. This information is utilized to improve a product’s functionality, processes and systems. The current growth in innovative sensor technology enables development of sensors and sensing systems to be used in practices such as health, environmental and safety issues. A growing

Florida Polytechnic University recently released Future Proof, a comprehensive digital innovation whitepaper on the advancement of Science, Technology, Engineering and Mathematics (STEM) and its impact on Florida’s economy and education system. From business leader insights to the student perspective, Future Proof features a range of informative interviews. For example, Aubury Erickson, a student in Florida Poly’s Inaugural Class, discussed the

Electrical engineers take the science of electrical power and microchip applications to create devices by finding innovative ways to solve today’s global challenges. Electrical engineers may work on projects involving power transmission, power distribution and power consumption. Advancements in technology, combined with a rising demand for electrical engineers, makes pursuing a degree in Electrical Engineering an exciting opportunity for students.

Business leaders in innovation and technology from throughout the the Southeast traveled to Florida Polytechnic University’s campus Wednesday for Florida Poly’s Second Annual Industry Partner Summit. The event brought together more than 100 professionals from industry-leading firms, including Nielsen, Tech Data, Florida Blue, Publix, Mosaic and Saddle Creek Logistics, to help inform the University’s curriculum and connect them with additional

University’s degree program in Mechanical and Industrial Engineering. Florida Poly’s extensive curriculum provides students the opportunity to earn an Engineering Degree with a special concentration in the cutting-edge field of nanotechnology. Just what is nanotechnology? This emerging field incorporates engineering, chemistry, physics, materials science, biology, and a growing number of other disciplines. Literally, the “science of the small,” nanoscience focuses

What are the top jobs of the future? Which STEM industries are hiring? Florida Polytechnic University President Dr. Randy K. Avent is part of a panel of distinguished STEM experts and leaders who will take part in a virtual Google+ Hangout on March 31, 2015 at 8 p.m. The best part about the University-hosted #STEMTalks is that you do not

LAKELAND, Fla. (March 25, 2015) – Florida Polytechnic University students and officials filled the Florida Capitol on Wednesday during an annual visit with lawmakers. Florida Poly Day at the State Capitol included high-tech displays showcasing the University’s innovative mission, signature campus, applied research initiatives, industry partnerships and economic impact on Florida. Students from Florida Poly’s Inaugural Class were on hand

LAKELAND, Fla. – Thirteen-year-old Christian Herman is proof that innovation can occur at any age. The Lakeland Christian School seventh-grader has invented a pencil grip that helps children improve their handwriting skills – and he’s done it with a little help from the lab team at Florida Polytechnic University. Constructed using one of Florida Poly’s Makerbot 3D printers, the pencil

Welcome to the STEM-enabled world. As the U.S. transitions to a knowledge-based economy, STEM – or science, technology, engineering and mathematics – increasingly defines how we live and determines our future. STEM informs most every groundbreaking idea that is propelling our technology-driven society, from Apple’s new Smart watch to Amazon’s futuristic delivery drones to Google contact lenses that monitor blood-sugar