#JOHNS HOPKINS APPLIED PHYSICS LAB SOFTWARE#
Investigate commercial hardware and software productsĮxpand the capabilities of our enterprise XR infrastructure environmentĪpply innovative immersive technology solutions for some of our most important projectsĭevelop XR applications bringing to bear artificial intelligence, machine learning, and human machine teaming technologies You will.ĭevelop custom augmented and virtual reality experiences as part of an interdisciplinary team The Section develops groundbreaking solutions to support a wide range of mission challenges, with a focus on matching sponsor requirements with emerging technology capabilities.Īs an XR Applications Developer, you will create immersive content for APL and our sponsors while expanding APL's XR capabilities and services. As a member of this diverse Group, you will contribute to a robust, ever-growing immersive technology service area within the Engineering Tools and Process Support Section. Our team is in the Enterprise Applications Group that builds foundational tools and applications used across the organization.
We are seeking innovative team members like you who will develop pioneering capabilities, perform significant research, and drive us to success. If so, come join our team of hardworking professionals and embrace the opportunities that ITSD has to offer.ĪPL has been ranked one of the Top places to work in IT for the past 5 years and #3 on the Fast Company’s top 100 list of Best Workplaces for Innovators. solutions, Computer Sciences Corporation, Discovery Networks, Comcast, and APL.įor more information regarding the TEAMS competition, a diagram detailing the competition’s objectives, or a list of participating schools, visit you searching for an opportunity to apply your augmented and virtual reality development skills in an innovative and collaborative environment? Would you love to engage in relevant work in the exciting field of immersive technologies? The event is sponsored by The Odyssey School, NASA Goddard Space Flight Center, a.i. APL, a division of The Johns Hopkins University, is located at 11100 Johns Hopkins Road, Laurel, Maryland. Interested members of the press should contact Kristi Marren for more information. at APL’s Kossiakoff Center and includes photo opportunities. Media are invited to attend the event, which begins at 8:30 a.m. “This competition is a fun way for students to learn and practice teamwork skills, and helps them understand how teamwork and technology can be applied to space technology careers,” says Kerri Beisser, of APL’s Space Department Education and Public Outreach Office. “Our activities present students with realistic challenges that require them to work together over extended periods of time to achieve success,” says Dave Weidow, founder of TEAMS and a teacher at The Odyssey School, Stevenson, Md. Trophies will be awarded to the three teams with the highest scores, with additional awards for best teamwork, best robot design, and sportsmanship.įor five to six months prior to the competition, students spend a few hours each week on classroom activities focusing on teamwork and the use of technology. A third robot on each team will score additional points by simultaneously maneuvering a weighted, wobbly ball into a designated section of the playing field. Each team will employ one robot to chase balls to the opponents’ side of the table while another robot tries to prevent opponents from doing the same.
#JOHNS HOPKINS APPLIED PHYSICS LAB SERIES#
Rather than flying broomstick-type games, students will task their remotely controlled robots with a series of complex maneuvers involving three different size balls on a regulation-size ping pong table. Each student team will design, build and operate three robots that will compete against those of other teams in the game of Robo-Quidditch. This year’s robotic competition is based on Harry Potter’s favorite game, Quidditch. Through robotic games, the TEAMS program is designed to show middle school students how teaming enables them to solve technology problems that could not be solved individually, and relate this concept to the design and construction of spacecraft. Schools from Baltimore City and Baltimore, Prince Georges, Montgomery, Carroll and Howard counties are participating in this year’s event. More than 400 middle school students from 22 schools across Maryland will compete in the third annual TEAMS (Technology Education Alliance with Middle Schools) science and technology competition May 6 at The Johns Hopkins University Applied Physics Laboratory (APL) in Laurel, Md.
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