The PVIT First Robotics team is in high gear, with their building season kicking off at 7:30 am on Sat, Jan 7th. The team is meeting multiple times per week for 6 weeks to build a sophisticated robot to play “Steamworks”, a steampunk-themed game. Stay tuned for more updates as…
Head out to Ruby’s Tuesday, December 13th to support the PVIT program!
South San Diego VEX Tournament
The First Robotics team sent a small but sharp group of freshman to the South San Diego VEX tournament to get some robotics experience. The team performed amazingly well, especially since they only had a week to build the robot, and finished in 3rd Place. Congratulations to Trevor Heise, Garrett…
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Download and print PVIT Application 2016-17
The Palos Verdes Institute of Technology (PVIT) is the award-winning engineering program of Palos Verdes High School.
It is composed of two parts: a program of academic study and Engineering Advanced Projects, a distinguished program of project-based activities. The PVIT academic program, based on the nationally recognized Project Lead the Way (PLTW) curriculum, is open to all students at PVHS, and Engineering Advanced Projects, the PVIT “club”, is open to any high school student in the Palos Verdes Unified School District.
A little background -- after PVHS reopened in 2001, PVIT became the only high school program in the United States to field a DARPA “Grand Challenge” autonomous vehicle. Competing with entries from top universities, such as Cal Tech, MIT, Virginia Tech, and the wining vehicle from Stanford, the PVIT vehicle advanced to the second round of competition. With this established record of success, the PVIT program evolved further to offer pre-college engineering courses while continuing opportunities for engineering competitions, internships, mentoring and research.
Currently, PVIT offers a four-year engineering curriculum starting with Introduction to Engineering and culminating with Engineering Design and Development, the PLTW capstone course. The Advanced Projects program has grown to over 170 students meeting every Sunday to learn and experience hands-on engineering. Students obtain invaluable skills and knowledge while solving real-world problems, often posed through engineering competitions, while being mentored by award-winning teachers and some of the top engineers in our community who have over 500 years of engineering experience combined. Where else can a high school student build an electric vehicle, fabricate an underwater robot for marine exploration, program an autonomous ground vehicle guided only by sensors and GPS, launch, track, and recover a high altitude balloon to 100,000 feet above the earth’s surface, optimize a solar-powered boat for racing, or design autonomous quadcopters for search and rescue missions?